6. The claim is provisionally accepted, allowing the system to move forward quickly without waiting for global consensus.
7. Validators complete settlement, officially finalizing the claim.
4. Each validator adds a digital signature to show approval.
5. Once enough validator signatures are collected, the claim forms a certificate, serving as strong cryptographic proof.
4. Universal
Unlike a blockchain, Fastset is infrastructure designed to support thousands of chains, applications, and autonomous agents.
This scalability makes it a foundational layer that different ecosystems can build on.
3. Composable
Works across different use cases: payments, AI, off-chain data, zero-knowledge proofs, and more.
Developers can integrate Fastset into diverse systems, making it highly flexible and useful for multi-domain applications.
High TPS isn’t just a flex.
It is what makes scaling real world Web3 apps possible without breaking the user experience.
This @mpost_io op-ed explains why throughput is the difference between theory and adoption.
Read it and you will see what most are missing. ↓
Blockchains are inherently slow.
Pi² is building the verifiable settlement layer that pushes beyond their bottlenecks.
Great convo with @BlockhuntersOrg and @RosuGrigore covering FastSet, OmniSet, and where Web3 infra is headed.
Watch here ↓
Curious how FastSet achieves 100K+ TPS and sub-100ms finality?
The key is modular design for parallel claims and verifiable settlement, not the bottlenecks of traditional blockchains.
Choose your path. Full whitepaper or one pager ↓