Boundless and Blockchain Infrastructure Innovation

The revolution of the Apple M chip is not about reinventing a computer, but about cramming a performance monster into the existing form.

The role of Boundless in the Blockchain is the same idea.

1️⃣ Comparison of Mainstream Blockchain Projects and Boundless's Design Philosophy
Most projects are busy building new chains, claiming to be zkL1, but essentially they are still EVM compatible L1 chains, just using ZK as a performance optimization tool for rollups.

The design philosophy of Boundless is completely different—it does not aim to replace any chain, but rather to equip each existing chain with a high-performance ZK co-processor system.

2️⃣ The technical implementation and developer experience of Boundless
🔧 The cleverness in the technical implementation:
The old chain does not need to be changed at all: no need to modify the code, no need to change the consensus, no need to alter the structure, and it can gain capabilities such as ZK security, trusted verification, and computing power outsourcing.

The core of this "external" upgrade lies in the modular architecture. Boundless, as a ZK universal computing layer independent of any chain but serving all chains, supports multiple development languages such as Rust, C, and RISC-V.

Developers can write complex logic in the way they are most familiar with, and Boundless will automatically generate ZK proofs and publish them on any chain you specify.

3️⃣ The Significance of Paradigm Shift and Infrastructure Innovation
🎯 The significance of this paradigm shift:
Boundless is not "one in the chain", but rather "a computing power plugin + a secure co-processor on the chain."

It's like your old notebook suddenly got the latest M chip, and its performance took off instantly. Every chain can achieve a system-level performance revolution without starting from scratch.

This is the true innovation in infrastructure – not starting from scratch, but allowing the existing ecosystem to benefit directly.