Blockchain technology is maturing, moving beyond its initial application for cryptocurrency and increasingly being touted as the foundation for Web3, the next iteration of the internet. Decentralized computing platforms such as Ethereum already allow developers to build distributed apps and smart contracts are revolutionizing industries such as finance, e-commerce, entertainment, logistics, and more.

Now, the next level of blockchain development is trending toward a model that builds on this to create a dynamic, flexible decentralized environment to support Web3. Called the blockchain OS, it aims to do more than what current smart contracts can.

Limitations of Smart Contracts

Smart contracts are very useful to streamline aspects of business and finance, but one advantage of the contract for trustless agreements—that it is immutable and unchangeable once made—also makes it difficult to update, whether for changing circumstances or for security purposes. Their automatic nature also requires very specific wording that the machine can parse and limits what the smart contract can do—great for transactions and transferring numbers, but not for more complex tasks that could be open to interpretation.

Advantages of a Dynamic Blockchain OS

Web3 needs to be able to handle many things besides transactions: social media, virtual reality worlds, creative works and more. To support this variety of activity, Web3 protocols use a blockchain operating system (OS) rather than smart contracts.
One example of a blockchain OS is PraSaga, which is based on a version of the Python coding language known as SagaOS. It supports all the functions of smart contracts but also includes the conveniences that we expect from the current Web2 internet, such as dynamic coding logic and much greater flexibility. This makes it a more appropriate platform for enterprise uses than simple smart contracts.

Blockchain OS solutions have the potential to power a version of Web3 that can be progressively updated and secured to reflect the needs of all stakeholders. Still a young technology, it’s clear that the potential of blockchain for enterprise continues to evolve.

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AI Optimization Disruptive Researcher – Chief Development Officer and CoFounder at AccelOne – Blockchain Certified Developer – Autonomous Cars Engineer – Industrial Engineer – McLaren Fan

My Tech journey started 38 years ago with a Yamaha CX5M Computer / Synth, and since then, I have had a nonstop career adding experiences in several industries and technologies. I am an AI researcher and Ph.D. student and the Chief Development Officer of AccelOne. I lead a team of passionate talent in software engineering services, which are delivered from LA to the US. I have a strong technical background with more than three decades of experience in complex project and team management in various areas, including product design and development in Entertainment, eCommerce, Retail, Logistics, Business Intelligence, and Financial Services. I was CTO of Axigma Technologies, managing mobile business and consumer development projects for brands, including The Marketing Store and C9W. I founded the computer training institute IEC, which provided training services in several different programming languages and design and animation tools. In 2005 I founded Routeck, a development software company devoted to special projects (such as open-source firmware programming), credit card reconciliation, and specific products for retail. I was Development Manager at Infinite Corporation, managing their iSeries and Web products, a former Senior Software Engineer at COTO, and a Senior Web Applications Engineer at HSBC.