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 ↓
X Space Recap: 100K+ TPS Real or Hype?
Yesterday the Pi Squared team went live to tackle one of the biggest questions in web3: is 100K+ TPS actually possible, or just hype.
Who joined
@RosuGrigore (Founder & CEO)
@Ovcd27 (Blockchain Developer - VSL)
@UBAmain (Community Lead)
Why TPS matters – @Ovcd27 broke down TPS and why it remains the benchmark for blockchain performance. Most chains today hit only hundreds or a few thousand TPS, limited by bottlenecks in traditional infrastructure.
FastSet breakthrough – @RosuGrigore explained how Pi²’s FastSet reached 100K+ TPS with sub 100ms finality on standard hardware. Unlike blockchains that rely on expensive machines, FastSet is actor based and avoids total ordering, opening the door to massive scalability.
Trust and speed – @Ovcd27 addressed the key tradeoff question. Even at 100K+ TPS, FastSet keeps decentralization and verifiability intact. That means speed without sacrificing trust.
Why it matters – High frequency trading, real-world assets, micropayments, and gaming all stand to gain. Pi² is already aiming at 1M TPS by mainnet, and ultra low latency could unlock entirely new real-time global applications.
Community Portal – @UBAmain introduced the Pi² Portal, your hub for FastSet learning, quests to earn points, and the Reactor TPS Game launching next week to stress test the network in real time.
Final takeaway – @RosuGrigore left us with this: the future of web3 may not look like blockchain at all. Pi² is building toward that vision with speed, simplicity, and scalability at its core!
Catch the full Space, including community Q&A, 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 ↓
Introducing FastSet Pre-Release
Experience 100K+ transactions per second with sub-100ms finality across chains.
Scroll to see how FastSet is taking Web3 infra beyond blockchain ↓
Once the validator v has been informed that a client’s claim block
c1 c2 ... ck accumulated the quorum of verifiers, it can proceed to validating it.
The obvious and cheap checks are the signatures, the nonce, and the verifier
quorum.
@pisquared
For simplicity and generality, we only assume a global state in FastSet, which
will be replicated in each validator. In practice, each client will have their own
reserved state space, but that stronger assumption is not needed to prove the
correctness of FastSet.
@pisquared
🧪 TIME TO BREAK TESTNET 🧪
Smart contracts and DeFi on Bitcoin Layer 1 are ready for you to explore, test, and push to the limit🍊💊
https://t.co/gxUhbQ6UYz
You may have seem them before… 👀
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Motocats minting soon, turn ON post notifications so you don't miss out!