Web3 development has long been touted as the next evolution of the internet, promising decentralisation, transparency, and enhanced security. But despite its potential, many Web2 developers remain hesitant to dive into the world of blockchain and crypto technologies. As Grigore Rosu, CEO of Pi Squared, puts it, the Web3 landscape is a “big mess” — fragmented and difficult to navigate. So, why is this happening, and what’s the solution?
Let’s break it down and explore how Pi Squared is attempting to simplify Web3 development, making it more accessible for Web2 developers and ultimately paving the way for Web3 adoption.
The Barrier to Entry: Web3’s Steep Learning Curve
The biggest problem Web2 developers face when transitioning to Web3 is the learning curve. Web2 developers are accustomed to clean, high-level programming languages like Python or Java, languages that are mature, well-documented, and easy to work with. These developers spend years honing their skills in these languages, but when they attempt to build on Web3 platforms, they find themselves struggling.
Pi Squared’s CEO Grigore Rosu explains it succinctly: “Every website or body has a different programming language, protocol, or storage system — it’s a big mess.”
For Web2 developers, the complexity of switching between various blockchain languages, each with its own set of protocols and constraints, is overwhelming. What’s more, many of the languages in Web3 are still in their infancy, often lacking the polish and stability that Web2 developers are used to.
“I’ve seen many amazing Web2 developers come to Web3 and struggle to write programs because the languages are of such low quality compared to what they’re used to,” says Rosu.
Pi Squared’s Game-Changing Solution: Making Web3 Accessible for All
This is where Pi Squared comes into play. The platform offers a solution that directly addresses these pain points. Pi Squared allows Web2 developers to write code in the programming languages they’re already familiar with and have mastered, without worrying about learning new blockchain-specific languages.
How Pi Squared Works
Pi Squared’s approach essentially bridges the gap between Web2 and Web3 by translating code written in any language into a universal format compatible with blockchain. This allows developers to use familiar tools and workflows while tapping into the potential of Web3.
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Universal Language Translation: Developers can code in their preferred languages like Java, Python, C++, or even newer languages, and Pi Squared translates that code into blockchain-compatible instructions. This eliminates the need to learn new languages or adopt clunky workarounds.
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Streamlined Development Process: By reducing the need for blockchain-specific coding, Pi Squared dramatically simplifies the development process, enabling Web2 developers to build Web3 apps without even realising they’re doing it.
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Less Fragmentation: Pi Squared’s technology reduces the fragmentation that has long plagued the Web3 space, creating a more cohesive and unified development environment.
This unified approach could be the key to accelerating the development of Web3 technologies and attracting Web2 developers who might otherwise be deterred by the complexity of Web3 development.
Blockchain’s Permanent Nature: Ensuring Security and Correctness
One of the most compelling aspects of blockchain technology is its permanence. Once transactions are recorded on the blockchain, they are irreversible, meaning there’s no room for error. This creates a critical need for accuracy and security in Web3 development.
Pi Squared’s solution doesn’t just make development easier—it also ensures that transactions are secure and mathematically correct.
Pi Squared’s Approach to Security
Pi Squared uses a technique called zero-knowledge proofs (ZKPs) to verify the correctness of transactions. Essentially, ZKPs allow a party to prove that a transaction is correct without revealing any specific details about the transaction itself. This ensures that the blockchain remains transparent and verifiable while preserving user privacy.
Pi Squared takes this a step further by applying the “proof-of-proof” model. According to Rosu, this model reduces any computation from any programming language into a mathematical proof. This proof is then verified using cryptography, ensuring the ultimate correctness and security of every transaction.
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Security Through Mathematical Proofs: All transactions on Pi Squared’s platform are verified using a cryptographic technique called proof-of-proof.
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Zero-Knowledge Proofs: This allows the blockchain to maintain privacy while still proving that the transaction is valid.
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Universal Verification: Pi Squared uses a uniform way to verify proofs across different languages and blockchains.
By using these advanced cryptographic methods, Pi Squared ensures that developers can trust the platform to securely and accurately handle transactions on the blockchain.
The Promise of Web3: Will Pi Squared Deliver?
Despite the complexity, Web3 remains an exciting and transformative space. Proponents believe that decentralisation will revolutionise industries, from finance to social media. But adoption has been slow, largely due to the steep learning curve and technical barriers that have discouraged Web2 developers.
Rosu’s vision with Pi Squared is to make Web3 development accessible, seamless, and secure. If successful, Pi Squared could unlock the potential of blockchain by providing developers with a simpler entry point. By eliminating the technical barriers, the platform could accelerate Web3 adoption, pushing us closer to a future where decentralised technologies are the norm.
What Does This Mean for Developers?
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Easier Entry into Web3: Developers no longer have to relearn a new set of skills to build in Web3.
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Faster Development Cycles: With Pi Squared’s universal translator, developers can focus on creating great applications without worrying about blockchain-specific coding challenges.
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Enhanced Security: Blockchain’s permanent and immutable nature means that all transactions are secure and verified with mathematical certainty.
Pi Squared’s vision of universal Web3 development might just be the missing link needed to bring Web2 developers into the Web3 fold and finally unlock the full potential of blockchain technology.
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Photo credit: Medium
