Entries by Pradeep Aswal

How to Become a Blockchain Developer?

February-23 in Understanding Blockchain /by
 

 

How to Become a Blockchain Developer?

How to Become a Blockchain Developer?

Summary​



  • A Blockchain developer is a professional specializing in developing, designing, and maintaining Blockchain-based applications and systems.


  • Blockchain developers require coding skills and knowledge of Blockchain technology and its platforms, such as Ethereum, Bitcoin, and Hyperledger.


  • A degree in computer science, software engineering, or a related field can be beneficial but not required to become a Blockchain developer.


  • Developing skills in programming languages such as Solidity, Java, C++, and Python is important for Blockchain developers.


  • A portfolio of Blockchain projects is essential for aspiring Blockchain developers to showcase their skills and experience.


  • Online courses and certifications are available to help aspiring Blockchain developers gain knowledge and skills in the field.


  • Blockchain technology has a growing demand for developers in various industries, such as finance, telecom, social media, and gaming.

 

Introduction

Blockchain technology has become increasingly popular in modern technical infrastructure. Industry leaders and giants like Meta, Google, Microsoft, and Apple are invested heavily in Blockchain development to develop a business model on either Blockchain or other technologies built on the Blockchain platform. And what is common in this development process of every small to big enterprise working in the sector? 

The answer is the demand for a Blockchain developer – An individual with technical proficiency and sound experience in working with the decentralized technical architecture of Blockchain and a clear understanding of basics to advanced concepts of this emerging new technology. 

These professionals are an important pillar of Blockchain adoption. The recent developments in Blockchain are projecting signs that the current supply and demand ratio for Blockchain developers is yet to increase, and the industry is soon to fall short of active open-source developers to develop Blockchain systems. 

If you are someone with a zeal to learn this new-age technology and benefit from this huge requirement balloon in the industry, this article is a perfect guide to learning the most efficient path of becoming a Blockchain developer. 

Let’s get started!

Why Should You Be a Blockchain Developer?

  • Demand: Blockchain technology is becoming increasingly popular, and there is a growing demand for skilled developers in the field. This means that there are plenty of job opportunities available for those with the right skills and knowledge.
  • Innovation: Blockchain technology is still in its early stages, and there is a lot of potential for innovation and growth in the field. As a Blockchain developer, you have the opportunity to work on cutting-edge projects and contribute to the development of new applications and use cases.
  • High salary: Due to the high demand for Blockchain developers and the scarcity of skilled professionals in the field, salaries for Blockchain developers tend to be quite high compared to other IT jobs.
  • Future-proofing your career: Blockchain technology is likely to become more prevalent in the coming years, and by becoming a Blockchain developer, you can future-proof your career by acquiring skills and knowledge that will be in high demand in the future.
  • Community: The Blockchain community is growing rapidly, and there are many opportunities to connect with like-minded individuals and contribute to open-source projects. This can be a great way to build your skills, gain experience, and make valuable connections in the industry.

Who is a Blockchain Developer?

A Blockchain developer is a software engineer who builds decentralized applications (DApps) and Blockchain-based solutions. They thoroughly understand Blockchain technology and are proficient in programming languages such as Solidity, Java, Python, or C++. They are responsible for designing, developing, and implementing Blockchain protocols and smart contracts to store and exchange digital assets.

Roles and Responsibilities of a Blockchain Developer 

The roles and responsibilities of a Blockchain developer can vary depending on the organization and the project they are working on. Some of the major responsibilities may include:

  • Designing and developing Blockchain-based solutions

This involves working on decentralized applications’ design, architecture, and development using Blockchain technology.

  • Creating smart contracts

Smart contracts are self-executing contracts that are used to automate complex business processes. Blockchain developers are responsible for creating, testing, and deploying smart contracts on the Blockchain network.

  • Writing code

Blockchain developers write code in programming languages such as Solidity, Java, Python, or C++. They use these languages to develop Blockchain protocols and DApps.

  • Testing and debugging

Testing and debugging are critical aspects of Blockchain development. Blockchain developers test the Blockchain network and DApps to ensure they function as intended.

  • Keeping up-to-date with the latest trends and technologies

Blockchain technology is still evolving, and developers must stay up-to-date with the latest trends and technologies. This involves attending conferences, reading research papers, and participating in online forums and communities.

Prerequisites to Become a Blockchain Developer 

To become a Blockchain developer, one must have a solid computer science, mathematics, and programming foundation. A degree in computer science, mathematics, or a related field is preferred, but it is not always necessary. A Blockchain developer should also understand technical details and concepts like cryptography, distributed systems, and databases. Blockchain developers should possess strong problem-solving skills and attention to detail. They should also have excellent communication skills, as they must work closely with other developers, stakeholders, and end-users. There are two major ways to acquire the right skill set to become a credible Blockchain developer. Let’s look closely at them: 

Degree Courses

Blockchain technology is rapidly growing, and various degree courses can prepare individuals to become Blockchain developers. The courses vary in level, duration, and focus, but they all aim to equip students with the knowledge and skills to develop Blockchain-based solutions.

Here are some of the degree courses that can help you to become a Blockchain developer:

  • Computer Science

A degree in computer science is a great foundation for becoming a Blockchain developer. Computer science programs teach students about programming languages, algorithms, data structures, and software engineering. These skills are essential for building Blockchain-based solutions. Students who pursue computer science can specialize in Blockchain technology by taking courses in cryptography, distributed systems, and databases.

  • Mathematics

Mathematics is another field that can prepare individuals to become Blockchain developers. Mathematics programs teach students about complex systems, probability, statistics, and mathematical modeling. These skills are essential for understanding Blockchain technology’s underlying algorithms and protocols.

  • Information Technology

Information technology is a degree program that prepares individuals to design and develop technology solutions for businesses. This program teaches students about computer networks, software development, database design, and cybersecurity. These skills are essential for developing Blockchain-based solutions.

  • Business and Finance

A degree in business or finance can also prepare individuals to become Blockchain developers. These programs teach students about financial systems, accounting, economics, and business operations. These skills are essential for understanding the potential use cases for Blockchain technology in the business world.

  • Blockchain and Cryptocurrency

Some universities now offer degree programs that focus specifically on Blockchain and cryptocurrency. These programs give students a deep understanding of Blockchain technology and its potential use cases. Students in these programs learn about cryptography, decentralized systems, smart contracts, and Blockchain-based applications.

Online Certifications

Online certifications are an excellent option for individuals who want to become Blockchain developers but may not have the time or resources to pursue a full degree program. These certifications are shorter and more focused than degree programs and offer a dedicated certification for a specific skill set. Here are some of the benefits of pursuing an online certification to become a Blockchain developer:

  • Less Time-Consuming

Online certifications are generally shorter than degree programs, which makes them less time-consuming. Many online certifications can be completed in weeks or months, depending on the program’s intensity and the student’s availability. This allows individuals to acquire the necessary skills and knowledge needed to become a Blockchain developer in less time.

  • Dedicated Certification for Specific Skills

Online certifications are designed to provide a specific skill set that can be immediately applied to a job or project. For example, some online certifications focus on Blockchain development using specific programming languages, such as Solidity or Java. These certifications offer a dedicated certification for a specific skill set, which can make job candidates more attractive to potential employers.

  • Flexibility

Online certifications offer flexibility in terms of scheduling and location. Students can complete the coursework at their own pace, which allows them to balance their studies with work and other responsibilities. Additionally, online certifications can be completed from anywhere worldwide, removing the need to relocate or commute to a physical location.

  • Cost-Effective

Online certifications are generally more cost-effective than degree programs. Many online certifications offer competitive pricing; some even offer free or low-cost options. This makes it more accessible for individuals who may not have the financial resources to pursue a full degree program.

Popular Blockchain Developer Certifications

Some of the popular online certifications for Blockchain development include:

  • Certified Blockchain Developer (CBD)

The Certified Blockchain Developer (CBD) certification is offered by the Blockchain Council and is designed to teach students about Blockchain development and its practical applications. The certification program covers various topics, including Blockchain basics, smart contract development, and Blockchain security.

To earn the CBD certification, students must complete the following:

  • Complete the Blockchain Council’s online training program, which includes hours of coursework and practice exercises.
  • Pass the CBD certification exam, which tests students’ understanding of Blockchain development concepts and their ability to develop Blockchain-based solutions using Solidity and other programming languages.
  • Demonstrate proficiency in developing and deploying smart contracts on the Ethereum Blockchain.

The CBD certification is suitable for individuals who want to understand Blockchain development and its practical applications comprehensively. The certification program provides students with the skills and knowledge to develop Blockchain-based solutions using Solidity and other programming languages.

  • Certified Ethereum Developer (CED)

The Certified Ethereum Developer (CED) certification is designed to teach students about developing decentralized applications (DApps) using the Ethereum Blockchain. The certification program covers various topics, including Ethereum basics, smart contract development, and DApp development.

To earn the CED certification, students must complete the following:

  • Complete the Ethereum Foundation’s online training program, which includes hours of coursework and practice exercises.
  • Pass the CED certification exam, which tests students’ understanding of Ethereum development concepts and their ability to develop DApps using Solidity and other programming languages.
  • Demonstrate proficiency in developing and deploying smart contracts on the Ethereum Blockchain.

Key Technical Skills of a Blockchain Developer 

A Blockchain developer is a technical professional with broad technical skills and knowledge required to develop Blockchain-based solutions. Here are some of the key technical skills that a Blockchain developer should possess:

  • Proficiency in programming languages

A Blockchain developer should be proficient in programming languages such as Solidity, Java, Python, C++, and Go. Solidity is the most popular programming language for developing smart contracts on the Ethereum Blockchain.

  • Understanding of Blockchain technology

A Blockchain developer should understand how Blockchain technology works, including consensus algorithms, block creation, and block validation.

  • Smart contract development

A Blockchain developer should have experience developing smart contracts using programming languages such as Solidity. Smart contracts are self-executing contracts with the terms of the agreement between the buyer and seller being directly written into lines of code.

  • DApp development

A Blockchain developer should have experience developing decentralized applications (DApps) using Blockchain technology. DApps run on a Blockchain network rather than a centralized server.

  • Cryptography

A Blockchain developer should have a solid understanding of cryptography, including public and private key encryption, digital signatures, and hash functions. These concepts are critical to ensuring the security of Blockchain-based solutions.

  • Distributed systems

A Blockchain developer should have experience working with distributed systems, including the ability to design and implement distributed systems using Blockchain technology.

  • Knowledge of Blockchain frameworks

A Blockchain developer should know Blockchain frameworks such as Ethereum, Hyperledger, and Corda. These frameworks provide pre-built components and libraries to simplify Blockchain development.

  • Web development

A Blockchain developer should have experience with web development technologies such as HTML, CSS, and JavaScript, as many Blockchain-based solutions involve the development of web-based user interfaces.

  • Testing and debugging

A Blockchain developer should have experience testing and debugging Blockchain-based solutions, including the ability to identify and resolve issues related to smart contracts and DApps.

Why is a portfolio of Blockchain projects important for an aspiring Blockchain Developer?

A portfolio of Blockchain projects is essential for aspiring Blockchain developers because it provides tangible evidence of their skills and abilities to potential employers or clients. It demonstrates that the developer has practical experience working with Blockchain technology and can apply their technical knowledge to real-world problems.

Here are some reasons why a portfolio of Blockchain projects is important for an aspiring Blockchain developer:

  • Showcasing skills and expertise

A Blockchain project portfolio allows aspiring Blockchain developers to showcase their technical skills and expertise. It provides tangible evidence of their ability to develop Blockchain-based solutions, work with smart contracts, and build DApps.

  • Demonstrating problem-solving abilities

A portfolio of Blockchain projects demonstrates the developer’s ability to solve real-world problems using Blockchain technology. This is a critical factor that employers look for when hiring Blockchain developers.

  • Providing a competitive edge

A portfolio of Blockchain projects sets new Blockchain developers apart from their peers. It shows they have a real passion for Blockchain technology and are committed to developing their skills and knowledge.

  • Building a network

Developing a portfolio of Blockchain projects can help an aspiring Blockchain developer build a network of peers and potential employers. This can lead to valuable networking opportunities, mentorship, and job offers.

  • Gaining practical experience

Building a portfolio of Blockchain projects provides practical experience working with Blockchain technology. This experience can help fresher Blockchain developers identify their strengths and weaknesses and better understand the technology.

Career Opportunities for Blockchain Engineers

Blockchain technology is revolutionizing many industries, and as a result, there are various career opportunities for Blockchain developers in different sectors. Here are some examples:

  • Finance

The finance sector is one of the earliest adopters of Blockchain technology. Blockchain developers can work on developing secure, decentralized financial systems, smart contracts, and cryptocurrency exchanges. They can also work with banks and financial institutions to implement Blockchain technology for secure and efficient transactions.

  • Telecom

The telecom industry is exploring using Blockchain technology to secure data and transactions. Blockchain developers can work on developing Blockchain-based solutions for identity management, data storage, and secure communication.

  • Social Media

Social media platforms are exploring the use of Blockchain technology for data privacy and security. Blockchain developers can work on developing Blockchain-based solutions for secure messaging, decentralized social media platforms, and identity verification.

  • Gaming

Blockchain technology has great potential for the gaming industry. Blockchain developers can work on developing Blockchain-based solutions for secure in-game asset ownership, digital asset trading, and transparent game mechanics.

  • Healthcare

The healthcare industry is exploring using Blockchain technology for secure and efficient data sharing and patient record management. Blockchain developers can work on developing Blockchain-based solutions for secure data storage, access control, and patient consent management.

  • Supply Chain Management

The supply chain industry is exploring the use of Blockchain technology for supply chain traceability and transparency. Blockchain developers can work on developing Blockchain-based solutions for secure and efficient supply chain management.

Conclusion

Blockchain technology has potential in other sectors, such as real estate, energy, and logistics. Blockchain technology is revolutionizing many industries, and there are various career opportunities for Blockchain developers in different sectors. Blockchain developers can work on developing Blockchain-based solutions for finance, telecom, social media, gaming, healthcare, supply chain management, and various other industries. The demand for skilled Blockchain developers is expected to grow as the technology continues to evolve and gain adoption in new industries. Check out Blockchain Council’s dedicated Blockchain Developer certifications to learn Blockchain most effectively. 

Certified Blockchain Expert™

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FREQUENTLY ASKED QUESTIONS​​

The time it takes to become a Blockchain developer varies depending on one’s prior experience and education level. However, with Blockchain Council’s self-paced online certifications, you can be a Blockchain developer according to your schedule.

 

Yes, Blockchain developers require coding skills to develop and maintain Blockchain-based applications. Proficiency in programming languages such as Solidity, Java, C++, and Python is important.

 

There is no specific education requirement to become a Blockchain developer. However, a degree in computer science, software engineering, or a related field can be beneficial. Relevant certifications and experience in programming and development can also be helpful.

 

The programming languages required to become a Blockchain developer depend on the platform used. Solidity is commonly used for Ethereum Blockchain development, while Java, C++, and Python are used for other Blockchain platforms.

 

How to Become an Artificial Intelligence Engineer: Roles, and More

February-23 in AI, Web3 /by

How to Become an Artificial Intelligence Engineer: Roles, and More

How to Become an Artificial Intelligence Engineer: Roles, and More

Summary​



  • Artificial Intelligence (AI) engineers design, develop and deploy AI-based systems, working with data scientists and software engineers to identify and solve complex problems


  • AI engineers need to possess strong analytical and problem-solving abilities, proficiency in programming languages such as Python and R, and expertise in machine learning and deep learning frameworks


  • Degree programs and online certifications are ways to start a journey in AI engineering; online certifications can offer industry-specific knowledge and practical skills


  • Mathematics and programming are essential skills for AI engineers to understand AI and its underlying workings


  • Real-world experience is vital to building a strong portfolio for job hunting


  • Critical technical skills for AI engineering include deploying AI systems, calibrating user data, and performing complex machine-learning operations


  • The demand for AI engineers is predicted to grow with the rise of automation, creating exciting opportunities in the field

 

Introduction

Recent developments in AI, including advances in natural language processing and deep learning, have led to the creation of cutting-edge AI applications such as chatbots, autonomous vehicles, and personalized recommendation systems. These advancements have made AI a hotbed for innovation and investment, creating exciting opportunities for those looking to enter the field. Artificial intelligence (AI) has rapidly become a hot topic in the tech world, with its potential to revolutionize various industries, from healthcare to finance. As we enter a new era of automation, AI is predicted to become an integral part of our daily lives, leading to exciting new possibilities and job opportunities. Becoming an AI engineer is a great place to start if you are interested in pursuing a career in this field. However, it can be overwhelming to know where to begin. In this article, we will explore the future of AI and provide a step-by-step guide to becoming an AI engineer most effectively.

Also Read- The Potential Of Decentralized Artificial Intelligence In The Future

Why is AI Important?

AI has been around for a few decades, but recent advances in computing power, big data, and machine learning algorithms have made it more accessible and powerful than ever before. Today, AI is not just a buzzword but a crucial technology that can help businesses solve complex problems, make informed decisions, and improve customer experience. The global AI industry value is expected to increase by over 13x over the next 7 years

One of the most significant benefits of AI is its ability to process vast amounts of data quickly and accurately. With AI algorithms, businesses can extract insights from data that would be impossible for humans to identify. For example, in healthcare, AI can help doctors identify patterns in medical records that could lead to earlier diagnosis and treatment of diseases.

Another important advantage of AI is its ability to automate routine tasks. This not only saves time and reduces errors but also frees up human resources to focus on more creative and strategic tasks. In manufacturing, AI can help optimize production lines, predict maintenance needs, and improve quality control. In marketing, AI can help create personalized campaigns based on customer preferences, behaviors, and demographics.

AI also has the potential to drive innovation and create new business models. For example, in the insurance industry, AI can help companies develop more personalized and accurate risk models, reducing costs and improving customer satisfaction. In the transportation industry, AI can help optimize routes, reduce fuel consumption, and enhance safety. In finance, AI-powered robo-advisors can help individual investors make informed investment decisions at a lower cost.

Also Read- Everything You Need To Know About ChatGPT: Its Applications, Functioning, And Usage

What is an Artificial Intelligence Engineer?

Role and Responsibilities of an Artificial Intelligence Engineer

Artificial Intelligence (AI) Engineers are individuals who design, develop, and deploy AI-based systems that can be used and implemented by businesses, enterprises, or organizations. Their primary role is creating machine learning models and algorithms, such as image recognition software used by platforms like google lens or natural language processing which is massively used by AI chatbots like Sydney and Google Assistant. 

They work closely with Data Scientists and Software Engineers to identify and solve complex problems using AI Engineering. Individuals must use Artificial intelligence to process complex data in internal systems and create sophisticated system structures. 

Skills Required to become an Artificial Intelligence Engineer

Before you start your journey to learn artificial intelligence, you must understand that AI engineers must possess a unique set of skills, including strong analytical and problem-solving abilities, proficiency in programming languages such as Python and R, and expertise in machine learning and deep learning frameworks.

Job Description

Job Description and responsibilities for an AI engineer may vary depending upon the industry. Still, their primary responsibilities typically include the following:

  • Develop AI models: An AI engineer is responsible for designing, developing, and training AI models like ChatGPT and Sydney. They also have to ensure that the models are apt for the purpose it was built for.
  • Data analytics: an AI Engineer’s job is to collect and analyze the data using machine learning and deep learning algorithms to identify the pattern or any other shortcoming related to it.
  • Deployment of AI Algorithm: AI engineer’s job includes writing the code that enables the functioning of the machine. The different algorithm codes work together to ensure the proper efficiency and working of the automated software.

Also Read- Decentralization in Web3: Benefits and Usages

 

Education and Training

There are multiple ways to start your journey as an AI engineer. There are traditional degree courses and online certifications which help you in gaining a complete understanding of the different technologies required to develop AI models for various purposes.

Degree Programs

Degree Programs are a proficient and recognized choice to learn about the basics of AI and skills like the logical interpretation of data and complex problem solving, which are necessary to become an AI Engineer. Some universities offer specialized degree programs in AI or machine learning too.

Degree certifications are often too expensive and have a large curriculum with some topics or subjects that are irrelevant to industrial or practical application. These shortcomings are a massive factor for a new-age learner who prefers an online course that provides practical knowledge needed in the industry.

Online Courses and Certifications

Online courses and certifications are a great way to obtain AI engineering training. The industry-specific approach in the course helps build a practical knowledge of the subject and increases. Blockchain Council offers dedicated AI certifications for AI development, allowing learners to understand the different aspects of Artificial Intelligence through its comprehensive and interactive course module. 

This course explains the basics of AI and its application in the industry, like creating and managing algorithms, integrating Artificial Intelligence into the existing system, and more detail.

Online certification also offers training in programming languages, machine learning, and deep learning frameworks, as well as exposure to real-world AI projects. It helps gain the right expertise with a certification to boost your credibility of skills in AI development which will give you an upper hand while looking for a job in the domain.

Importance of Mathematics and Programming

Mathematics and programming are essential skills for AI engineers to understand Artificial Intelligence and its underlying working in detail. They should have a strong foundation in linear algebra, calculus, and statistics. Now to see how important mathematics is for Artificial Intelligence, we can take the example of self-driving cars that use minimization procedures and back-propagation for their work.

Programming is essential as it helps you apply the knowledge and build software and other solutions for your enterprise. With comprehensive knowledge and proficiency in programming languages such as Python, R, C++, or Java, it is possible to create a robust algorithm or AI solution.

Real-World Experience

Real-world experience helps you test the knowledge and skills you have catered to, and it can be done through an internship or a personal project. You can take part in competitions centered around AI development to test yourself against other individuals and work on the areas where you lack.

It helps you understand how to apply your knowledge in the real world and build a strong portfolio for jobs. Recruiters often ask for projects while hiring, so these projects will become crucial once you start looking for jobs in the domain.

Critical Technical Skills for Al Engineering

Apart from the necessary education and training, you should culminate in some critical technical skills like deploying AI systems and calibrating user data to perform complex machine learning operations, among others. It will help you to obtain a job quickly and become a valued talent in the organization. 

Mathematics (Linear Algebra, Calculus, Statistics)

AI software and its proficiency depend on how well-versed the engineer understands the math required to do it. Mathematical knowledge is extremely important in Self Driving cars, Image Detection security systems, and even the Archeological Equipment calibration module, which utilizes Mathematical concepts like statistics and mapping functions. 

Mathematics is a fundamental component of artificial intelligence (AI) since AI involves the creation of algorithms that analyze and manipulate complex data. Mathematical concepts such as linear algebra, calculus, probability theory, and optimization are critical to developing AI models that can accurately recognize patterns and make predictions.

These mathematical concepts are used to design and train machine learning algorithms, develop neural networks, and optimize data models to increase their predictive accuracy, which is then employed to develop chatbots and more software like Face ID used by Apple in its devices. Therefore, a strong foundation in mathematics is essential for anyone interested in pursuing a career in AI.

Programming (Python, R, C++, Java)

Programming is how you build a structure to deploy and implement your algorithm and build a software or AI solution. To create any software or AI system, AI engineers should be proficient in programming languages such as Python, R, C++, or Java. 

Start your programming journey with a language like Python or c++, as they are easy to learn and implement. Python is also essential in training machine learning models, while Java and rust are majorly used for client-server web applications and android applications. 

Machine Learning (Supervised, Unsupervised, Reinforcement)

Machine learning refers to the use of data to improve the functionality of the system and its efficiency over time. AI engineers should have expertise in machine learning algorithms and techniques, including supervised, unsupervised, and reinforcement learning.

Supervised machine learning refers to the use of structured data to make predictions. Unsupervised machine learning uses scattered data to look for patterns or similarities, i.e., academic research. The last type of machine learning is a reinforcement of data, where the algorithm learns and improves over time by utilizing the data provided to it regularly.

Deep Learning (Convolutional Neural Networks, Recurrent Neural Networks)

Deep learning is a subset of machine learning that involves complex neural networks, such as convolutional neural networks (CNNs) and recurrent neural networks (RNNs). 

While recurrent neural networks create a cycle to reinforce the output to affect the subsequent input, convolutional neural networks extract the main features and data. As an AI Engineer, knowing the types of deep learning and how to use them in building software and other solutions is essential. Some organizations study the user data and provide solutions based on it, and constant lookout for individuals proficient in deep learning has become a norm in recent times.

Natural Language Processing (NLP)

NLP is a field of AI that enables computers to understand and process human language. As an AI Engineer, it is essential to understand the technical and applicative aspects of NLP for your software. Expertise in NLP has been a focal point when hiring individuals in organizations. One of them is open AI, the company which developed the language model GPT-3 and even the chatbot chatGPT. 

NLP is also heavily employed in the sectors like Archeology to gain insights from millennia-old slabs found in ancient sites.

Computer Vision

Computer vision involves enabling computers to analyze and interpret visual data. AI engineers should have expertise in computer vision algorithms and techniques. Its application is essential for organizations providing solutions in archaeology and academia. 

Computer vision is also helpful in designing security systems and construction. It uses the data obtained through computer vision to create facial recognition software and design digital models for buildings.

Building a Strong Foundation in Al

Building a solid foundation in AI is very easy; you can start from general practices and gradually move towards understanding complex problems. Here are some topics to start building your foundation today.

Understanding Al Algorithms and Methods

AI engineers should deeply understand AI algorithms and methods, including machine learning, deep learning, NLP, and computer vision. You can help brands and organizations implement machine learning techniques and deep learning to utilize the data better and implement an advanced working module for their system infrastructure. 

Deep learning and machine learning are extremely useful in making a model that can utilize the data to predict an outcome or find a pattern in a cluster of data, which is used in weather monitoring or social media apps to curate the content. NLP and computer vision are also used in AI assistants like Alexa and self-driving cars.

Staying Current with Advancements in Al Research

AI is a rapidly evolving field, and AI engineers should stay current with AI research and technology advancements. You can attend conferences, read research papers, and participate in online communities. It can help the brand to build solutions based on the new advancements and tech ahead of its competition.

Building AI Projects and Portfolios

Building AI projects and creating a solid portfolio are essential for AI engineers. This demonstrates their technical skills and ability to apply AI technologies to real-world problems. Once you start building projects in the real world, your ability to use your problem-solving skills and create SaaS and PaaS leaps and makes you a valuable asset for your brand.

Collaborating with Other AI Professionals

AI engineers should collaborate with other AI professionals, including Data Scientists, Machine Learning Engineers, and Software Engineers. This collaboration can lead to the creation of more comprehensive and effective AI solutions. Collaboration also helps to understand what skills are more valued in the jobs, and the roadmap required to work on them can be gained by collaborating with experienced folks in the field.

Career Opportunities in Al Engineering

Artificial Intelligence is the hotbed for opportunities, with more and more brands making Artificial intelligence an essential part of their systems infrastructure, user experience, and solutions. Newer blockchains and Web3 applications heavily rely upon AI to perform tasks like simplifying user interaction with the blockchain. Career opportunities are poised to grow with the increasing user base of Blockchain applications.

Job Titles and Salaries

The job titles for AI engineers may vary, but standard titles include AI Engineer, Machine Learning Engineer, and Data Scientist. They are employed at all levels and sectors, from software companies to academia, with the job title changing over time and the role they perform for the organization. The average salary for an AI Engineer is around $120,000 per year, but this may vary depending on location, industry, and experience.

Job Outlook

The job outlook for AI engineers is excellent, with a projected growth rate of 15% from 2019 to 2029 in a recent report by the bureau of labor statistics. As more industries adopt AI technologies, the demand for AI engineers is expected to increase. Organizations that were hesitant to employ AI in their products are now changing their position with the increasing viability of AI and the proficiency of solutions that will be made using it.

Industries Hiring AI engineers

Many industries are hiring AI engineers, including healthcare, finance, manufacturing, and technology. The research-based or product-based industries are hiring the most individuals as they benefit the most from the recent rise in interest in AI. The recent surge in interest is due to the increasing use of AI, like fine-tuning the recently launched AI models like GPT-3. These industries use AI technologies to solve complex problems and improve efficiency.

Future of Al Engineering

The future of AI engineering is promising, with continued advancements in AI technology and increased adoption of AI solutions. AI is a massive component in the rise of Metaverse, too, be it the creation of avatars based on real humans using computer vision or complex algorithms to design the inworld characters who can learn over time.

Recent chat models like Sydney by Binge are just a glimpse of what AI Engineering will look like. Giants like Google and Meta are heavily investing resources in AI to develop their chat models and integrate them into their services, hinting about the prospective boom in the sector.

Conclusion

Becoming an Artificial Intelligence Expert requires unique skills, including strong analytical and problem-solving abilities, proficiency in programming languages, and expertise in AI technologies. While there are multiple certifications and AI Engineering programs, Blockchain Council is the leader in AI courses, curated and designed by experts to help you train and learn the necessary skills to become a proficient AI engineer.

Certified Artificial Intelligence (AI) Expert Interactive Live Training

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FREQUENTLY ASKED QUESTIONS​​

To become an AI engineer, you need a degree in computer science, math, or a related field, as well as experience with programming and machine learning.

 

To become an AI engineer after the 12th, you can pursue a bachelor’s degree in computer science or a related field and gain experience through internships and personal projects.

 

The salary of an AI developer varies depending on location, experience, and industry but can range from around $80,000 to over $150,000 per year.

 

AI is a rapidly growing field with many opportunities for career growth and development, making it a good career choice for those interested in technology and innovation.

 

AI engineers need coding skills to design, develop, and implement machine learning algorithms and models. Python is a common language used in AI development, but other languages may also be used.

 

What Is JSON-RPC (Remote Procedure Calls)?

February-23 in Understanding Blockchain /by

What Is JSON-RPC (Remote Procedure Calls)?

What Is JSON-RPC (Remote Procedure Calls)_

Summary​



  • JSON-RPC (JavaScript Object Notation Remote Procedure Call) is a protocol that enables the communication between client and server applications.


  • It uses JSON to encode data and transmit it over HTTP, making it lightweight and simple to understand and implement.


  • JSON-RPC is a remote procedure call (RPC) protocol. It allows you to call functions directly on the server.


  • It is well suited for simple applications requiring basic client and server communication.


  • The popularity of JSON-RPC is growing in the Web3 ecosystem, as it is being used to build decentralized applications.


  • The simplicity and efficiency of JSON-RPC make it a popular choice for building applications on Blockchain platforms.


  • The future of JSON-RPC is bright, with increasing demand for developers with expertise in building decentralized applications.


  • Opportunities for JSON-RPC experts include building decentralized applications, developing infrastructure for Blockchain platforms, and consulting on JSON-RPC and Blockchain technology.

Introduction

One of the key components of Blockchain networks and data transfer on a Blockchain network is the interaction between wallet applications and full nodes. Wallet applications allow users to interact with the cryptocurrency network, manage their funds, and send and receive transactions. Meanwhile, full nodes are the backbone of the network. These nodes are responsible for maintaining a complete copy of the Blockchain and validating transactions.

A standardized protocol is needed to facilitate communication between wallet applications and full nodes. JSON-RPC is a protocol for transmitting data between applications in a standardized format. It is widely used in ethereum Blockchain-based networks and products like cryptocurrency for communication between wallet applications and full nodes.

What is JSON-RPC?

JSON-RPC is a lightweight and flexible protocol for data exchange between a client and a server. It uses JavaScript Object Notation (JSON) to encode data and messages, making it easy for humans and computers to read and understand. The basic idea behind JSON-RPC is that a client can send a request to a server, and the server can respond with a response.

In cryptocurrency, JSON-RPC enables wallet applications to request information from a full node and execute actions, such as sending transactions. For example, a wallet application can use JSON-RPC to request a specific address’s current balance or broadcast a trade to the network.

JSON-RPC is a simple protocol widely adopted in the cryptocurrency industry. It is supported by many popular cryptocurrencies, including Bitcoin and Ethereum, and various wallet applications and services use it.

Also Read- Web3.js Vs Ethers.js : Know the Key Differences

How does JSON-RPC work in Blockchain technology?

In Blockchain technology, JSON-RPC facilitates communication between Blockchain nodes and client applications, such as wallets or dApps. JSON-RPC enables the client application to send requests to the node to perform certain actions, such as sending a transaction or retrieving information about the Blockchain. The node processes the request and returns a response with the requested information or a result of the action taken.

JSON-RPC is used to communicate with the node through a Web3 provider, a software component that exposes a JSON-RPC API to the client application. The Web3 provider connects the client application to the node and enables the client to send JSON-RPC requests to the node through the Web3 API.

The format of a JSON-RPC request in Blockchain technology is similar to the general format of a JSON-RPC request, with some additional properties specific to the Blockchain domain. For example, a JSON-RPC request to send a transaction might include the following properties:

  • “jsonrpc”: the version of the JSON-RPC protocol (usually “2.0”)
  • “method”: the name of the method to be called, in this case, “eth_sendTransaction”
  • “params”: an object containing the parameters for the technique, such as the transaction data and the recipient address
  • “id”: a unique identifier for the request

The node receives the request and processes it by executing the corresponding method, in this case, “eth_sendTransaction”. The node validates the transaction and, if it is valid, adds it to the Blockchain. The node then returns a response with the transaction hash and other relevant information.

Similarly, a JSON-RPC request to retrieve information about a block might include the following properties:

  • “jsonrpc”: the version of the JSON-RPC protocol (usually “2.0”)
  • “method”: the name of the method to be called, in this case, “eth_getBlockByNumber”
  • “params”: an object containing the parameters for the technique, such as the block number
  • “id”: a unique identifier for the request

The node receives the request and processes it by executing the corresponding method, in this case, “eth_getBlockByNumber.” The node retrieves the block with the specified number and returns a response with the block data, such as the hash, timestamp, and transactions included in the block.

JSON-RPC in Blockchain technology is typically used over HTTP or WebSocket transport protocols. It also supports batch requests, which enable clients to send multiple requests in a single message to improve efficiency. Overall, JSON-RPC is a crucial component of Blockchain technology that allows clients to interact with Blockchain nodes and perform various actions on the Blockchain.

Also Read- What Is An RPC Node – A Comprehensive Guide

How to Implement JSON-RPC? 

Implementing JSON-RPC in a Blockchain involves setting up a JSON-RPC server on the Blockchain node and exposing the JSON-RPC API to clients through a Web3 provider. Here is a technical explanation of how to implement JSON-RPC in a Blockchain:

  • Set up a JSON-RPC server: 

The first step is to set up a JSON-RPC server on the Blockchain node. This involves configuring the node to accept incoming JSON-RPC requests over HTTP or WebSocket, depending on the preferred transport protocol.

  • Define the JSON-RPC methods: 

The next step is to define the JSON-RPC methods that the node will support. This involves implementing the corresponding functionality in the Blockchain node’s code and exposing it through the JSON-RPC API. For example, methods might include “eth_sendTransaction” for sending a transaction, “eth_getTransactionByHash” for retrieving a transaction by its hash, or “eth_getBlockByNumber” for retrieving a block by its number.

  • Expose the JSON-RPC API to clients through a Web3 provider: 

To expose the JSON-RPC API to clients, a Web3 provider is used. The Web3 provider is a JavaScript library that connects the client application to the Blockchain node and provides a standardized way to send and receive JSON-RPC requests.

There are several Web3 providers available for different Blockchain platforms, such as Web3.js for Ethereum, Web3.py for Python, or Web3j for Java. The Web3 provider can be used in both client-side applications, such as web or mobile apps, and server-side applications, such as dApps or Blockchain explorers.

The Web3 provider typically requires the following parameters to connect to the Blockchain node:

  • The URL of the JSON-RPC server
  • The network ID or name
  • The account to use for signing transactions (if applicable)
  • The default gas limit and gas price (if applicable)

Once the Web3 provider is configured, the client application can use its methods to send JSON-RPC requests to the Blockchain node and receive responses with the requested information.

  • Handle JSON-RPC requests in the node code: 

Once the JSON-RPC server is set up and running, the node code must be configured to handle incoming JSON-RPC requests. This involves setting up a listener for incoming requests and executing the corresponding methods.

The JSON-RPC requests are typically sent over HTTP or WebSocket, and include several fields, such as “id”, “jsonrpc”, “method”, and “params”. These fields are used to identify the request, specify the version of the JSON-RPC protocol, indicate the method to execute, and pass any parameters to the method.

The node code should validate the incoming request, ensuring that it includes a valid method name and parameters (if applicable), and that the client is authorized to make the request. Once the request is validated, the node code should execute the corresponding method and return a response with the requested information or a result of the action taken.

For example, if the client sends a “eth_sendTransaction” request to the node, the node code should execute the corresponding method, which involves creating and signing a transaction with the provided parameters, broadcasting the transaction to the network, and returning a transaction hash to the client.

Similarly, if the client sends a “eth_getBlockByNumber” request to the node, the node code should execute the corresponding method, which involves retrieving the block with the specified number from the Blockchain, formatting the block data into a JSON object, and returning the object to the client.

The response to the JSON-RPC request should also include several fields, such as “id”, “jsonrpc”, “result”, and “error”. These fields are used to identify the request, specify the version of the JSON-RPC protocol, indicate the result of the method execution, and pass any error information if there was an error.

The node code should also handle any errors that occur during the method execution and return an appropriate error response. For example, if the client tries to send a transaction with insufficient funds, the node should return an error response with a corresponding error code and message.

By handling JSON-RPC requests in the node code, the Blockchain node can interact with client applications and perform various actions on the Blockchain. This enables developers to build decentralized applications that interact with the Blockchain through a standardized and easy-to-use API.

Comparison between JSON-RPC and Other RPC Protocols

  • JSON-RPC vs. XML-RPC

JSON-RPC and XML-RPC are popular remote procedure call (RPC) protocols that communicate between client and server applications. Both protocols allow you to send requests to a remote server and receive a response, but they differ in how they encode and transmit data.

JSON-RPC uses the lightweight JSON format to encode data, while XML-RPC uses the more verbose XML format. This makes JSON-RPC more efficient and faster than XML-RPC, as JSON has a smaller overhead. JSON-RPC is also easier to work with, as it has a simpler structure and is more intuitive for developers.

However, XML-RPC has been around for longer and is more widely used, especially in older applications. It also has better support for complex data types and can handle a wider range of data structures. JSON-RPC and XML-RPC have their strengths and weaknesses, and the choice between them depends on the specific requirements of your application. If you are working on a modern application that requires efficiency and simplicity, JSON-RPC might be the better choice. But if you are working with legacy systems or need to handle more complex data structures, XML-RPC might be the better option.

2. JSON-RPC vs. SOAP

JSON-RPC is a lightweight and simple protocol that uses JSON to encode data and transmit it over HTTP. It is easy to understand and implement and is well suited for simple applications that require basic communication between client and server.

SOAP, on the other hand, (Simple Object Access Protocol) is a more complex and feature-rich protocol. It uses XML to encode data. SOAP provides many features, such as support for difficult data types, a wide range of security options, and the ability to process transactions. It is well-suited for complex applications that require a high degree of functionality and security.

In terms of efficiency, JSON-RPC is generally faster than SOAP, as JSON has a smaller overhead and is easier to parse than XML. However, SOAP provides more functionality, which might be necessary for some applications. The choice between JSON-RPC and SOAP depends on the specific requirements of your application. If you need a simple and fast protocol, JSON-RPC might be the better choice. But if you require a more complex and feature-rich protocol, SOAP might be the better option.

3. JSON-RPC vs. REST

REST (Representational State Transfer) is a more flexible and scalable architectural style that uses HTTP to transmit data. REST is based on the idea of resources. It allows you to interact with these resources using standard HTTP methods. These methods include GET, POST, PUT, and DELETE. REST is more flexible than JSON-RPC. It will also enable you to build complex and scalable applications. 

Regarding efficiency, REST is generally faster than JSON-RPC, as REST uses HTTP, a well-established and optimized protocol. REST also has better support for caching and can be easily scaled to support many clients. You can choose between JSON-RPC and REST depending on the specific requirements of your application. If you need a simple and efficient way to call functions on the server, JSON-RPC might be the better choice. But if you require a more flexible and scalable solution, REST might be the better option.

Also Read- Top Crypto Acronyms That You Should Know

Security Considerations

While JSON-RPC is a simple and effective protocol, it is important to consider security in cryptocurrency applications. By its nature, JSON-RPC uses HTTP, which is an inherently insecure protocol. If the communication between a wallet application and a full node is not properly secured. In that case, an attacker could intercept the communication and steal sensitive information, such as private keys or transaction data.

To mitigate these risks, it is important to secure the communication between a wallet application and a full node using encryption and authentication. This can be done by using secure connections, such as HTTPS, and by implementing authentication mechanisms, such as API keys or digital signatures.

Conclusion

JSON-RPC is a simple and efficient way to perform remote procedure calls and is well-suited for simple applications that require basic communication between client and server. The increasing popularity of JSON-RPC is changing the Web3 ecosystem, as more and more developers are using it to build decentralized applications. The simplicity and efficiency of JSON-RPC make it a popular choice for building applications on Blockchain platforms and for communication between client and server applications. The future of JSON-RPC is bright, as more and more applications are being built on Blockchain platforms, and the demand for decentralized applications is growing. There are many opportunities for JSON-RPC experts as the need for developers with expertise in building decentralized applications continues to grow. This includes options for building decentralized applications, developing infrastructure for Blockchain platforms, and consulting on JSON-RPC and Blockchain technology.

If you want to keep up with the trends of blockchain industry, join our communities on Discord, Reddit and Telegram.

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FREQUENTLY ASKED QUESTIONS​​

JSON-RPC is a protocol for data exchange between a client and a server that uses JSON to encode data and messages. It allows clients to call functions directly on the server and is widely used in the cryptocurrency industry for communication between wallet applications and full nodes.

 

JSON-RPC encodes requests and responses as JSON objects and sends them over HTTP. A request consists of a method name and an array of parameters, and a response consists of a result or an error message. When a client sends a JSON-RPC request to a server, the server processes it and returns a response to the client.

 

To implement JSON-RPC, you need to define the API you want to implement, write server-side code to handle incoming requests and respond with appropriate results, write client-side code to send requests to the server and receive responses, and test the implementation to ensure everything is working as expected. It is also important to handle errors that might occur during JSON-RPC communication.

 

JSON-RPC and XML-RPC are both remote procedure call (RPC) protocols used for communication between client and server applications. However, JSON-RPC uses the lightweight JSON format to encode data, while XML-RPC uses the more verbose XML format. JSON-RPC is more efficient and faster than XML-RPC and has a simpler structure that is more intuitive for developers. XML-RPC has been around longer, is more widely used, and has better support for complex data types.

 

The popularity of JSON-RPC is growing in the Web3 ecosystem, and there is increasing demand for developers with expertise in building decentralized applications. Opportunities for JSON-RPC experts include building decentralized applications, developing infrastructure for Blockchain platforms, and consulting on JSON-RPC and Blockchain technology.

 

Why Demand For Blockchain Developers Shot Up in 2022-23?

February-23 in Web3 /by

Why Demand For Blockchain Developers Shot Up in 2022-23?

Why Demand For Blockchain Developers Shot Up in 2022-23?

Introduction

2022 was a great year for Blockchain technology as the mainstream adoption took off rapidly and sustained crypto winter. Transparent information sharing within a strong network is made possible by the Blockchain technology database system. Data is kept in blocks connected in a chain and stored in a Blockchain database.

Due to the inability to update the chain without network consensus, the data remains chronologically reliable. These days, Blockchain developers are in high demand as professionals with expertise in Blockchain technology are a key requirement to fulfill the supply-demand scenario considering the growth rate of Web3 adoption.

Several use cases of Blockchain, from decentralized applications and financial solutions to supply chain and gaming ecosystems resulted in a surge in the requirement for Blockchain developers in various industries. This article will discuss the key reasons behind this rapid growth in the requirement for Blockchain developers and the benefits of pursuing a career in Blockchain technology.

Advancement of Blockchain Technology

Decentralized finance (DeFi) saw significant growth in 2022 as more people sought decentralized solutions for their financial needs. DeFi applications such as decentralized exchanges, lending and borrowing platforms, and yield farming protocols experienced a surge in usage and investment.

The integration of Blockchain technology into various industries also accelerated, with sectors such as supply chain management, gaming, and digital identity leveraging its potential for improved transparency and security. The adoption of cryptocurrencies also continued to grow, with more individuals and institutions investing in digital assets and using them for day-to-day transactions.

The trend toward decentralization and digital assets is expected to continue in the coming years. With the increasing popularity of cryptocurrencies and decentralized solutions, now is a great time for IT professionals to explore the exciting world of Web3 and its numerous opportunities.

Shortage of Skilled Developers

In light of the increased demand for decentralized financial solutions and the integration of Blockchain into various industries, the demand for Blockchain developers has also seen a significant rise. Company like webisoft have also reported an increase of demand for blockchain project in 2022 and 2023.

The global shortage of Blockchain developers has created a huge opportunity for IT professionals and developers to transition into the Web3 technologies space. As more companies and organizations adopt Blockchain and decentralized solutions, the demand for skilled developers will only grow.

This has created a favorable job market for those with the right skills, eager to make their mark in the rapidly-evolving world of decentralized finance and Blockchain technology. Several online courses are available to learn Blockchain technology and kickstart your journey to benefit from the ongoing supply crisis of Web3 and Blockchain developers.

Blockchain Council has certifications developed by industry experts that offer a comprehensive understanding of the basics to advanced concepts required in Blockchain development.

Benefits of Becoming a Blockchain Developer

Blockchain is a new-age technology set to transform numerous industries and create solutions for data management and storage concerns associated with traditional technologies based on centralized data storage and management.

The demand for skilled Blockchain professionals is on the rise, and 2022 especially has witnessed the highest growth in the requirements of Blockchain developers in the history of Web3 development.

High Paying Gigs

One of the most prominent benefits of a career in the Blockchain domain is a good pay grade, provided that you are a certified Blockchain developer with hands-on expertise and experience in the technology. The highest reported senior Blockchain developer pay is $1,64,761 per year, which is earned by an experienced developer having roughly 2 to 4 years of software expertise and 0 to 1 year of experience in Blockchain technology.

Blockchain developers, architects, and engineers are in high demand, and they can easily get premium salaries. Moreover, the demand for Blockchain professionals is expected to remain strong for the foreseeable future, providing job security for those with the right skills.

Rapid Growth and Massive Opportunities In the Domain

A career in Blockchain technology brings you the required exposure to great growth opportunities and career development. Technology is constantly evolving, and there is always more to learn and explore. Those who work in the field will have access to the latest advancements and be well-positioned to advance their careers as technology continues to grow.

Work on Real-Life Innovations

Having a career in Blockchain technology brings you one step closer to working in an exciting and challenging environment and provides an opportunity to work on meaningful projects that can impact the world soon. Whether you are a developer, an architect, or an engineer, you will be working on cutting-edge solutions shaping technology’s future. If you’re up for the challenge, a career in Blockchain technology could be the perfect fit for you. You can get started today with a Blockchain Developer certification to learn Blockchain’s basics and advanced concepts.

Conclusion

Decentralized and encrypted databases, such as Blockchains, are a part of Web3 technologies disrupting the entire technology architecture worldwide. The importance of its applications has recently come to light as new use cases, including supply chain management, continue to develop.

With these factors, there is a huge demand for Blockchain developers. While we may also anticipate a 20–25% increase in software developer jobs, the shortage of talent within the Blockchain development field will continue to drive salaries higher than in other tech specializations. One of the most fascinating and cutting-edge industries, Blockchain technology offers great possibilities, strong demand, and rewarding financial benefits.

One of the highest-paying careers in technology is Blockchain development, and it’s a golden period if you look forward to starting your career as a Blockchain expert and professional. However, Salary levels are often based on education, work history, and skill level. Due to the disruptive and fascinating characteristics of the technology they deal with, Blockchain developers are in high demand. There are many job opportunities in this sector.

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Web3 – Decentralization, Disruption, and Digital Assets

February-23 in Web3 /by

Table of Contents

Introduction

For all that Web3 promises, decentralization has evolved into a rallying cry and even a catalyst. But what exactly is Web3, and how is it important beyond being a media term or a mantra for ‘technical devotees’? How can decentralized systems and design philosophies serve as an equalization and a disruptor for the internet’s future? And what role does the advent of the Metaverse play for digital assets or decentralized finance (DeFi)? We will examine how these components affect the challenges and opportunities for the financial services sector throughout this article on the Metaverse and how Web3 development will become mainstream in the financial services sector. 

 

Web3: The Dawn of Decentralized Ecosystems

Web3 is a technology or a concept for creating an internet that empowers individuals and communities with a scope of decentralized organizations. Its base is built on the idea of decentralized infrastructure, design, storage, and access, and therefore is heavily anchored in Blockchain technology and IPFS (InterPlanetary File System). Web3 prioritizes users by empowering them with control over their data and digital assets. It is designed to be more user-centric, as opposed to being controlled by corporations or other centralized entities. Web3 allows users to own and control their online identity and personal data, making the web more secure and privacy-focused. In Web3, users are in charge and can make decisions that impact their digital lives rather than having their experiences shaped by outside entities. This user-first approach sets Web3 apart and positions it as a key player in the future of the web.

 

What does the Future of Web3 behold?

  • By 2026, it’s expected that 25% of individuals will spend a minimum of one hour each day in the Metaverse, based on a survey report by Gartner Group. Additionally, they anticipate that about 30% of businesses will launch goods and services for the Metaverse.
  • The gradual implementation of key Web3 technologies like Metaverse will increase the demand for Web3 experts and professionals in the industry as more businesses start to incline towards adopting Web3 technologies in various business processes, from advertising and marketing to user experience.
  • The formation, storage, or exchange of value in the Metaverse would be powered by Web3, which is essential for enabling this new kind of commerce.

Evolution of Web

The Internet evolved into one of the most crucial productivity tools of the modern era in the 1990s. Like an online encyclopedia, the content was initially uploaded, cataloged, and made available solely for readers.

This early version of the internet, which we now refer to as Web1, was limited by its single-direction resource design. Users accessed content created and offered by providers, and there were few options for monetization. Advertisers flocked to this new platform to boost the content provided by established media giants.

The internet gradually started to develop into its subsequent form, Web2. Platform providers replaced purely content or searched providers. Most internet access points are now “free” services, including social connectivity, messaging, productivity tools, and other content production tools. Platforms powered by artificial intelligence with integrated functionality or a spectacular, albeit 2D, user experience also developed into e-commerce hubs.

 

Decentralization with Blockchain

Blockchain promoted the concept of rebuilding the financial system in a decentralized manner, using visions of Web3 as their guide. Developed on top of what came before, Web3 aims to decentralize control over the transactions, including governance which will make up the experiences within the Metaverse. It is “philosophically inconvenient” to now have a Metaverse that is only founded on a centralized internet in which one can certainly have a digital asset (such as digital art, land, or even art) free as well as clear because we within real world; the platform provider presently may close down the server as well as forbid the user from the platform. A decentralized internet is not necessary for the Metaverse to occur.

 

What is Decentralization?

Decentralization is the absence of centralized control, whether that control relates to how individuals interact with one another, consume content, or conduct business. For Web3, true decentralization would entail constructing essential infrastructure components, such as storage, in a robust global network that would prevent any one person or organization from blocking and otherwise restricting access. This is a fundamental tenet of public Blockchain infrastructure or a key Web3 design concept. The emerging infrastructure of Web3 technologies is a primary reason why there is a need to invest and focus on Web3 training for almost all business domains. The incoming Web3 transformation, especially in the financial services sector, has developed a void for Web3 experts with business proficiency in Web3 technologies like Blockchain.

 

Community Centric Financial Ecosystem in Metaverse

Digital assets provide the basis of a decentralized financial system. In some ways, the trading of new assets, such as cryptocurrencies or NFT, has derived from the core value of Web3. However, the fundamental building block of how value can be produced and transferred in the Metaverse is represented by digital assets. Blockchain allows digital assets to be developed and tokenized value for developers and the projects they support. This can take the shape of a cryptocurrency, a utility token for use in Blockchain transactions, stablecoins linked to a value of a national currency, or even a non-fungible token (NFT) that represents digital goods and real benefits like membership in a group.

The fungibility of these assets is a fundamental difference. Are these unique as NFTs, or can they be exchanged in kind for similar tokens (cryptocurrencies)?

These digital assets display their value depending upon the Blockchain’s market economics or the asset’s potential value by a larger market. A single central authority does not issue such assets or try to regulate their supply or price. Assets can also be freely & immediately transferred peer-to-peer in a Web3-powered Metaverse without any need for an intermediary.

Decentralized Finance

Web3 developers are working to reinvent the financial system using a new model through an effort to adapt this decentralized strategy to the larger economy. Decentralized finance, and DeFi, are used to undermine the current approach.
We must briefly discuss smart contracts to comprehend DeFi as a whole. On a Blockchain network, smart contracts codify shared business logic that operates independently and only requires a transaction to carry out functionality. Blockchain developers can define if-then transactions by encoding “trust” into Blockchain thanks to the automation provided by smart contracts. A smart contract automatically adds the new owner to the Blockchain when you carry out a sales agreement for your house.

With the advent of Ethereum, smart contracts were first made possible, enabling common depictions of value as tokenized assets, whether fungible equities, including stablecoins or certain assets such as NFTs.

If you are looking for complete decentralized finance learning, Blockchain Council offers a complete package of concepts from basics to advanced in a single certification. You will also get a certification after the successful completion of this certification to enhance the credibility of your skills and knowledge.

 

What role does this play in the Metaverse?

The Metaverse is the use of immersive technologies to boost online experiences. Due to virtual, augmented, or extended reality innovations, there is now the opportunity to connect with businesses and people in ways that are significantly more appealing than those possible with two-dimensional visuals. However, Web3 technology may be linked to or speed up the process of realizing the full potential of the Metaverse as envisioned by Metaverse visionaries.

Decentraland and The Sandbox produce rich and varied experiences because they are user-driven, even though they do not yet have a central power to regulate or censor. In the future, a mesh of Blockchain networks propelled by smart contracts will allow for the smooth transfer of digital assets between Metaverses.

Ultimately, Web3’s ability to support user-driven economies with much less friction instead of a curated, centralized experience under middlemen’s control could be the Metaverse’s real value.

 

Disruption of Conventional Technical Infrastructure

Web3-driven decentralization of resources and services will significantly change how finance operates. There is a chance for disruption as well as a chance for leadership. For instance, decentralized exchanges involving digital assets allow for direct transfers between asset owners. It could use the Blockchain to authenticate ownership or transfer it immediately, doing away with the requirement for traditional clearance and brokers.

These exchanges depend on liquidity pools financed by separate owners of digital assets and pay them fees directly for deal facilitation. The efficiency of a smart-code-powered transaction or even a shared fee structure is incomparable to that of traditional exchanges.

Lending, payment infrastructure, asset exchanges, insurance, or custody services enabled by Web3 are already available in cutting-edge and crypto-native financial services companies. As users make even more transactions in these settings, adopting the Metaverse would only speed up these tendencies.

You can learn more about the advanced concepts of Web3 technologies and development with dedicated Web3 training, where experts will help you understand how these innovative technologies will disrupt the entire market.

 

Wrapping Up

There is a firm belief that Web3 is a fully operational and distinguishing feature. Web3 clarifies that the financial services sector is at a turning point. Our avatars will purchase digital content & amass money using digital assets in this new digital world. Using assets encoded in smart contracts, we will extend and receive credit. Institutions would engage customers and staff in unusual ways. A new generation of decentralized financial infrastructure will support the Metaverse’s and Web3’s rails of secure commerce. Web3 technologies, including decentralized platforms and virtual reality, are set to revolutionize virtual human presence shortly. With Web3, individuals will have greater control over their online identity and presence, enabling them to create and engage with virtual communities in a secure and decentralized manner. Web3-powered virtual experiences will provide a more immersive and interactive experience, leading to a new era of virtual human presence. The combination of decentralized technologies and virtual reality will transform how people interact and connect in the digital world.

If you want to keep up with the trends of blockchain industry, join our communities on Discord, Reddit and Telegram.

 

How will Web3 impact search engines?

January-23 in Web3 /by

Table of Contents

Search engines like Google have been using user data to generate influential analyses and reports that help businesses grow using user-based analytics, which doesn’t seem wrong considering the limitations of the current Internet generation. On the same page, Web 3.0, the next generation of the Internet, is here, with a set of technologies we popularly term Web3 technologies. And how these Web3 technologies will affect our search engines? Let’s find out!

Web3 technologies are becoming increasingly well-known nowadays, particularly for their ability to use different realities, cryptocurrency, and digital assets like NFTs. The future of search engine optimization will include virtual reality, Blockchain, and Metaverse to improve human-machine interaction.

 

How Will Web3 Impact Businesses?

Facebook has been at the top of the digital landscape for over a decade. The brand is behind the massive hit of Metaverse in the global audience by renaming the parent company of ‘Facebook’ to ‘Meta.’ Even so, things are starting to shift as Meta published a decline in daily active users for the first time in its 18-year history. Meta has now decided to continue investing in virtual reality development to make the platform more interactive as users want it to be. This was a big step and set the milestone for the large-scale adoption of Metaverse and Blockchain. Businesses have become progressive, and a global transformation of Web2 to Web3 was noticed in 2022. Businesses from a wide spectrum of verticals, from gaming to education and healthcare to e-commerce, Web3, and search engines, have one thing in common: a mutual presence. Professionals from non-IT backgrounds have started to consider Web3 as a potential career option as it s in an initial development phase, and they have enough time to learn as it grows.

 

Blockchain Council offers Web3 certification with an in-depth understanding and learning of Web3 technologies to help you gain proficiency in building solutions and systems for top global brands.

 

What Impact Will Web3 Have on SEO?

Some people think Web3 is the reason for SEO breakdown, but this is unlikely. The main components of Web3 are not NFTs, Metaverses, or crypto-craze, even though they have been receiving the most attention online. These are all just a few Blockchain applications-based. The scenario in SEO will change, and it will become much more effective with decentralized and distributed storage with the semantic web. Irrespective of the huge amount of online data, it will offer traceability of actions taken on a data set. Some drastic changes are also expected to how search engine optimization works, but the basics of search engine optimization will stay with this Web 3.0 ecosystem. These changes include an increase in voice search use, which seems fair, considering it will still require the search engine to produce results based on what the user wants to see.

 

How Will Web3 change search?

Web2 needs you to do all the research based on different matrices by using the data present on the internet. For example, when you’re thinking of purchasing a new electrical item. Instead of going to the sale, you’ll do several searches in various locations and read reviews; in short, you need to research to conclude.

This will go even further with Web3. One prompt would be sufficient to gather all the relevant data from various databases, arrange it in accordance and present the best possibilities in one interface. It will save you time in conducting repeated searches from multiple sources. This is impossible with Web2 as it doesn’t require brands and businesses to have decentralized data storage and management that can change how we interact on the Internet.

Read More- Top 3D Animation Courses In 2023

 

What Part of Web 3.0 do Search Marketers Need to Understand?

The advent of Web 3.0 has transformed how you look for data online. How does this affect you? As a search marketer, you must produce the appropriate digital assets for your customers to ensure that any search engine can easily find and fulfill their requirements.

How users search, how search engines interpret their queries, and how they present results will all change with Web 3.0. Although these changes have been underway for some time, they are finally beginning to influence how we interact with information online.

This is caused by advancements in search engine technology that allows them to better interpret the meaning of user searches by using vast volumes of unstructured data and turning it into something meaningful.

A new method of producing digital assets will also be introduced by Web3 technologies like Blockchain, replacing outdated websites with personalized experiences.

New behaviors are beginning to emerge as a result of AI-powered digital assistants. Search marketers must focus on creating better digital experiences for the audience and ensure that the search engine can easily find and deliver this relevant information.

Read More- Why Are Web3 Community Experts Important For Web3 Ecosystems?

 

How do Web 3.0 Search Engines Work?

The major prospect that is Data is decentralized with Web 3.0 because it uses indexing criteria to retrieve data from many Internet networks. Web 3.0 search engines provide a public dataset that is open for everybody to use, in contrast to the controlled access-based Web 2.0 search engine.

The following essential features are used by Web 3.0:

  • Decentralization

It is one of the most important updates that Web 3.0 will offer search engines to make their functioning, data processing, management, and storage easier and more effective. Unlike the conventional architecture, data can now be stored in pieces and on different devices, adding a layer of extra security to the storage. As a result, if somebody wishes to access the data storage and fetch something without proper access, they need to check every data storage and trace their required data, unlike the single data storage system in Web 2.0.

  • Artificial intelligence

Every aspect of life will use AI to carry out computational tasks that humans can do. It will make choices in autonomous vehicles or digital marketing plans with a better track of user psychology using Artificial Intelligence and developing an insight that further requires marketers to work on and develop a strategy. Apart from this fundamental application, AI can also help sort information and filter out relevant data for any task in much less time than any individual.

  • Blockchain

Blockchain is one of the most prominent add-ons that can solve many issues with the conventional functioning of search engines. It will regularise the safety checks on the Internet by regularizing the data-sharing concept. Distributed data storage will help achieve next-gen security for huge amounts of data generated every minute, whereas distributed ledger technology will also aid in recording every data transaction happening on the chain. This will allow businesses and marketers to fetch the data from the customer directly without requiring any third party, making the transaction quick and aiding marketers in targeting better. It is impossible to remove any entry from this ledger without a ‘vote’ from all the chain participants.

 

Prepare For Future

The only thing we can do to get ready for Web3 is to keep an eye on it. Although these recent changes are exceptional, they might make it easier for customers and companies to interact with search. Industry experts believe it to be the golden period to learn about Web3 technologies like Blockchain, Metaverse, NFTs, and more to gain knowledge and understanding about how these technologies will change your role. No business will refrain from Web3 technologies in the future, and they will become mainstream soon, resulting in a surge in the requirement for Web3 experts and professionals. So, It’s time to give your best shot at these new-age technologies and learn how to use them.

 

Conclusion

The environment of the Web has seen substantial change in the last three decades. There have been many changes since the first generation of the World Wide Web when text-based data was mainly transmitted across the internet. Web 3.0 is on the brink of mass adoption, and people around the globe have realized how this new generation of the internet proposes solutions to almost all the issues and concerns associated with the current generation of the Internet. We hope we made it clear that the requirement of a search engine and search engine optimization is not going anywhere. It’s just that with Web 3.0 properties like decentralization, distributed data storage and a ton of new innovations going on to develop new resources, search engines will definitely evolve and level up to function with Web 3.0.

Businesses are now getting prepared to reorganize their business processes and deal with these developments head-on. And so is the case with you, if you are a marketer and wondering how Web 3.0 will affect you and your role in an organization. You must start learning about these innovative new technologies and It is the best time to begin exploring Web 3.0, while it still is in its infancy. Spend your time and effort strengthening and igniting your connections with your clients. It could be an exciting effort with many opportunities opening up in that area.

If you want to keep up with the trends of blockchain industry, join our communities on Discord, Reddit and Telegram.

 

 

Top Five Trends To Follow In 2023 To Scale Your Web3 Business

January-23 in Web3 /by

Table of Contents

Introduction

Web3, also known as the decentralized web, is an umbrella term that refers to a set of technologies and protocols that aim to give users more control over their online data and interactions. These technologies, such as Blockchain and peer-to-peer networks, are driving the next generation of the internet and are already starting to have a major impact on many industries. In this article, we will explore the top 5 Web3 trends that will go mainstream in the next year and discuss how they will shape the future of the internet. Are you ready to see what the future holds for Web3?

Let’s dive in!

Top 5 web trends

BaaS

“Brands as a Service” (BaaS) is a concept that refers to the idea of brands offering their products and services as a subscription-based model rather than a one-time purchase. This approach allows consumers to continuously access a brand’s offerings rather than purchasing them individually. Web3 technologies, such as Blockchain and decentralized applications (dApps), are starting to integrate BaaS models to provide additional benefits and capabilities. For example, Blockchain can securely store and track customer data and facilitate payments and subscriptions. This can help brands build more transparent and trustworthy relationships with their customers and streamline their operations. Decentralized applications (dApps) can also be integrated into BaaS models to provide additional functionality and services.

For example, a clothing brand that operates as a BaaS model could offer its customers a monthly subscription that includes a certain number of items of clothing that they can choose from, as well as access to a dApp that allows them to customize their clothing or receive styling recommendations.

Integrating Web3 technologies into BaaS models can provide customers with a more personalized and seamless experience and increase brand transparency and trust. It also allows brands to offer their customers a wider range of services and capabilities, which helps differentiate them in a crowded market and build loyalty.

Flux

Flux is a decentralized protocol for creating and trading synthetic assets, which are digital assets derived from real-world assets or indices. It is built on top of the Ethereum Blockchain and is designed to allow users to create and trade synthetic assets that represent the value of any asset, such as commodities, stocks, or real estate.

The goal of Flux is to make it easier for users to access and trade a wide range of assets, even if they need more funds or resources to purchase the underlying assets directly. This can be especially useful for users in countries where access to certain assets may be restricted or with high entry barriers.

One of the key features of Flux is its use of smart contracts, which are self-executing blockchain-based digital contracts with specific agreement terms between both (two or more) parties written in the development code with being overlooked and protected by distributed ledger technology (DLT). Smart contracts can facilitate the creation and trading of synthetic assets in a transparent and trustless manner, as they can automatically enforce the terms of the agreement and ensure that all parties are held accountable.

Flux is an example of how Web3 technologies, such as Blockchain and smart contracts, can create new financial products and services that can potentially increase market access and liquidity.

The Semantic Web

The Semantic Web is a vision for the future of the internet that aims to make it easier for machines to understand and interpret the meaning of the data published online. It is based on adding extra layers of meaning, or semantics, to the data on the web, which machines and humans can understand. This can enable the creation of more intelligent and interactive web applications that can understand and process the meaning of the data they are accessing.

The Semantic Web is closely related to the concept of Web3, the next generation of the internet built on top of decentralized technologies, such as Blockchain and peer-to-peer networks. Web3 technologies can create more decentralized and interoperable systems that facilitate the exchange of data and value between different applications and platforms.

In 2023, the Semantic Web is projected to have a successful flight due to several factors. Firstly, the increasing adoption of Web3 technologies is expected to drive the development of more intelligent and interactive web applications that can take advantage of the extra layers of meaning provided by the Semantic Web.

Secondly, the growing demand for data interoperability and integration is expected to drive the adoption of the Semantic Web to facilitate data exchange between different systems and platforms.

Finally, the increasing importance of data privacy and control is expected to drive the adoption of the Semantic Web to ensure that data is used transparently and ethically.

Digital Assets

Digital assets like NFTs represent ownership of a specific item or content. They are stored on a Blockchain, which allows them to be easily verified and authenticated. They are becoming increasingly popular in representing ownership of a wide range of digital and physical assets, such as art, collectibles, and even real estate.

In 2023, digital assets like NFTs are expected to power global adoption with Web3 due to several factors. The increasing adoption of Web3 technologies, such as Blockchain and decentralized applications (dApps), is expected to drive the development of more innovative and interactive NFT-based platforms and applications.

The growing interest in alternative investment opportunities is expected to drive demand for NFTs to gain exposure to unique and rare assets. This could include limited edition art, one-of-a-kind collectibles, and virtual real estate.

The increasing importance of data privacy and control is expected to drive the adoption of NFTs to ensure that ownership and control of digital assets are transparent and secure. NFTs have the potential to revolutionize the way that we think about ownership and value. They are expected to play a key role in driving the global adoption of Web3 technologies in 2023.

Low Code/No Code Software Development

Low-code software development involves using visual programming environments and pre-built software components to build and deploy software applications with minimal coding required. This approach is designed to make it easier and faster for businesses and organizations to build and deploy custom software solutions. It is becoming increasingly popular as a way to develop and iterate on software projects rapidly.

In 2023, low-code software development is expected to grow with Web3 due to the increasing adoption of Web3 technologies, such as blockchain and decentralized applications (dApps), which are expected to drive the development of more user-friendly and intuitive low-code platforms and tools. The growing demand for customized and flexible software solutions is also expected to drive the adoption of low-code development to quickly and easily build and deploy custom applications. Additionally, the increasing importance of data privacy and control is expected to drive the adoption of low-code development to ensure that custom software solutions are secure and transparent.

Summing up, low-code software development is expected to play a key role in driving the adoption of Web3 technologies in 2023, as it makes it easier and faster for businesses and organizations to build and deploy custom software solutions that take advantage of these technologies.

Summary

In conclusion, the technologies discussed in this article, including BaaS, NFTs, low code software development, the Semantic Web, and Flux, are all expected to play a significant role in driving the adoption of Web3 technologies in 2023. These technologies can revolutionize how we think about ownership, value, data interoperability, and financial services. They are expected to impact a wide range of industries majorly. As such, individuals and organizations need to start considering how they can upskill in these technologies to be prepared for the opportunities and challenges they will present. Whether you are looking to build a career in Web3 or want to stay ahead of the curve, investing in your knowledge and understanding of these technologies is a smart move that can help you stay competitive in the rapidly changing digital landscape.

If you want to keep up with the trends of Blockchain industry, join our communities on Discord, Reddit and Telegram.

FREQUENTLY ASKED QUESTIONS

Web3 aims to give individuals and organizations more control over their data and online identities, while also making the internet more resilient to censorship and manipulation. Some examples of Web3 technologies include decentralized finance (DeFi) platforms, non-fungible tokens (NFTs), and decentralized storage solutions. Web3 is still in its early stages of development, but it has the potential to reshape how we interact and conduct business on the internet.

 

Top Web3 Certifications & Training in 2023

January-23 in Web3 /by

Table of Contents

Experts and people in the industry have been discussing the future of Web3 or the third generation of the World Wide Web. Web3 technologies like Blockchain with peer-to-peer networking and the Metaverse (which is being called the next-gen Internet experience) have the potential to change many industries by making systems safer, more open, and interactive.

Web3 Jobs & Salary

There are many Web3 Jobs available, including positions as a Blockchain Developer, Web3 Developer, and Smart Contract Developer. A variety of Web3 Jobs, including roles in engineering, design, marketing, and customer support.

Web3 Jobs is one of the fastest-growing and well-paid jobs in the industry. There are over thousands of Web3 Jobs on the Indeed job board, and it includes entry-level Web3 Jobs as well.

Lead Developers have the highest average salary at $122,000 per year, with a minimum base salary of $60,000 and a maximum of $230,000. Lead Developers have the lowest salary, with an average yearly salary of $60,000, a minimum base salary of $12,000, and a maximum of $150,000.

Glassdoor report that Web3 Salaries at some startups can be very high, with positions such as Senior Solidity Engineer at Silo Finance offering a salary ranging from $300,000 to $750,000. The average non-tech Web3 Salary is between $77,000 and $120,000 per year, with Product Managers earning the highest salaries at an average of $120,000 per year.

The average salary for Web3 Jobs on Glassdoor is $78,186 per year, while pioneers estimate the following average salaries for Web3 Developers:

Web3 Jobs & Salary in 2023 Blockchain council



  • Core Blockchain Developers: $170,000


  • Blockchain or Smart Contract Developers: $85,000


  • Full-Stack Web3 Developers: $100,000


  • Front-End Web3 Developers: $74,000

It is important to note that Web3 Salaries can vary significantly depending on factors such as the individual’s experience and level of Education, the company they work for, and the location of the job.

Future of Web3

Overall, the future of Web3 looks bright, and it will likely have a big impact on many industries in the coming years. Web3 technologies like Blockchain and peer-to-peer networking have the potential to change many industries by making systems safer and more open. Because of this, there is a growing need for people who know how to work with these technologies and have the skills to do so.

People can take certifications to learn about Web3 technologies and prepare for careers in this field. Blockchain Council, a global leader in Blockchain & Web3 Education, offers more than 130+ Certification courses on Web3 technologies, from basic introductions to more advanced technical training that gives people the skills and knowledge they need to work in the Web3 space.

By enrolling with our Web3 certifications, you get the following benefits:



  • Improve your Web3 skills & understanding


  • Gain in-depth knowledge of Blockchain


  • Have a detailed overview of Metaverse and MR


  • Implement your skills in building NFT and its platforms

Overall, the need for Web3 skills, which are new, is growing like wildfire. This makes it an essential subject for professionals who want to build a career in this field.

Top Web3 Courses & Certifications

Web3 Certifications refer to educational programs or courses designed to provide individuals with knowledge and skills related to Web3 technologies, such as Blockchain, peer-to-peer networking, and decentralized applications. Various institutions may offer these certifications, including universities, professional organizations, and online education platforms.

Certified Web3 Expert™

The Certified Web3 Expert™ certification is a comprehensive educational program that covers various aspects of Web3 technologies and the emerging industry surrounding them. It is designed to provide individuals with a broad understanding of the Web3 space and includes five significant certifications: Certified Blockchain Expert™, Certified Ethereum Expert™, Certified NFT Expert™, Certified Metaverse Expert™, and Certified Mixed Reality Expert™. Upon completing the program, individuals will receive all five certifications and an additional ‘Certified Web3 Expert™’ certification.

One of the main benefits of obtaining the Certified Web3 Expert™ certification is the opportunity to comprehensively understand Web3 technologies and their applications in various industries. The bundle includes a range of certifications that cover different aspects of the Web3 space, including Blockchain, Ethereum, NFTs, the Metaverse, and mixed reality, allowing individuals to gain a broad and well-rounded understanding of the field.

In addition to the educational benefits, the Certified Web3 Expert™ certification offers several other perks, including access to premium global events, networking platforms, and podcasts for Non-Profit Initiatives. It is also available at a discounted price compared to individual certification courses, offering cost savings of more than 25% on the total price.



Enrol Now

Certified Web3 Community Expert™

The Certified Web3 Community Expert certification is a professional educational program designed to provide individuals with in-depth knowledge of the Web3 ecosystem, including NFTs, DAOs, and the Metaverse, from a community management perspective. It is aimed at professionals interested in building and managing communities within the Web3 space and covers topics such as community-building strategies, community governance, and community engagement.

Upon completing the certification program, individuals will receive the Certified Web3 Community Expert certification, demonstrating their expertise in community management within the Web3 space. The certificate is a valuable asset for professionals looking to advance their careers in Web3 community management and can help individuals stand out in a competitive job market.



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Certified Web3 Game Developer™

The Certified Web3 Game Developer certification from Blockchain Council is a professional educational program designed to provide individuals with the skills and knowledge needed to develop and deploy games in the Web3 space. It focuses on the core components of play-to-earn game design and Blockchain integration, as well as the creation and implementation of smart contracts.

Upon completing the certification program, individuals will receive the Certified Web3 Game Developer certification, demonstrating their expertise in developing and deploying games in the Web3 space. The certificate is a valuable asset for professionals looking to advance their careers in Web3 game development and can help individuals stand out in a competitive job market.



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Best Web3 Live Training

The Certified Web3 Community Expert™ Interactive Live Training is a course designed to provide individuals with a deep understanding of the Web3 ecosystem, including NFTs, DAOs, and the Metaverse. It is an interactive, live training program that aims to provide learners with the skills and knowledge needed to succeed in the Web3 space and offers a range of benefits to participants.

ILTs are conducted in small groups, giving you plenty of time and opportunity to interact with other participants or the instructor. They are designed and scheduled with an optimal learning duration and are held on weekends to accommodate your busy schedule.

Upon completion of your ILT, individuals will receive a Certified Web3 Community Expert™ certification, which can help them stand out in a competitive job market and demonstrate their expertise in this exciting and rapidly-evolving field, which can be shown on LinkedIn and other social networking platforms.

Along with a smooth learning experience, ILTs also allow you to connect with like-minded professionals and learners across the globe. The certificate is suitable for professionals looking to advance their careers in Web3 community management and can provide them with the skills and knowledge needed to succeed in this role.



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Conclusion

In conclusion, Web3 technologies have the potential to impact many industries significantly and are expected to be an integral part of the future of the internet. There is a growing demand for professionals with Web3 skills and knowledge, and various courses and certification programs are available to help individuals prepare for careers in this field. Web3 jobs are in high demand and offer lucrative salary opportunities, with lead developers earning the highest average salary at $122,000 per year. Web3 skills are essential for professionals looking to build a career in this field and can lead to exciting job opportunities and potential for growth in the future.

FREQUENTLY ASKED QUESTIONS

Web3 technology, including Blockchain and decentralized applications, has the potential to revolutionize the way we interact and exchange value online. A course on Web3 can help you understand and prepare for this potential future, as well as learn valuable skills for building and working with Web3 technologies.

The Certified Web3 Expert certification from Blockchain Council is a professional credential recognizing the holder’s expertise in web3 technologies, including decentralized finance (DeFi), non-fungible tokens (NFTs), and smart contracts. By earning this certification, you will demonstrate your knowledge and understanding of the key concepts, technologies, and use cases in the web3 ecosystem. You will also demonstrate your professional ability to design, develop, and deploy web3 solutions.

Whether you’re a beginner looking to learn about Blockchain and cryptocurrency or an experienced professional looking to expand your knowledge, web3 courses are beneficial. Web3 benefits:

  • Taking classes can help you follow Web3 trends.
  • Industry experts teach many web3 courses.
  • Web3 courses cover key concepts and technologies, helping you build a career foundation.
  • Web3 skills can boost your marketability and open new career doors.
  • They allow you to network with like-minded professionals and build partnerships.