"Blockchains are crappy computers." Our co-founder michael on the re-computation problem that makes L1s/L2s expensive and slow. We're fixing the foundation.

True guys, blockchains were never meant to be efficient computers they were meant to be honest ones. If Brevis can actually offload heavy computation while keeping proofs trustless, thats a real foundation shift. But can the ecosystem truly adopt it before it breaks its own old habits?

Understood so how exactly does @brevis_zk solve this? Also you he mentioned it would cost lots of fees to determine how many times a trader traded last month and his volume but there are tools like Dune and Layerhub that display such data and are 98% accurate most times. How do they do it?

@no89thkey the tech is ready, but adoption depends on mindset. Brevis might just be the push the ecosystem needs to rethink what “on-chain” should really mean.

@no89thkey Guy let’s connect and grow together @brevis_zk

@no89thkey Let's fix that foundation together

@no89thkey glad to be part of this

@no89thkey @no89thkey nailed it every chain today pays the price of re-computation. Instead of scaling apps, we’re all re-running the same math again and again.

@no89thkey brevis fixing the base layer makes l1s actually usable

@no89thkey Brevis eliminates the need for reverification to achieve Blockchain consensus Thanks @no89thkey for explaining this limitation in Blockchain technology to us.

@no89thkey I’m Happy To Be On Brevis… Let’s Keep Building!! @no89thkey

@no89thkey Making the difference onZK

@no89thkey Re-execution is replaced by single execution via ZK powered system

@no89thkey Indeed, Brevis is transforming blockchains into streamlined, provably reliable computing machines.

@no89thkey The ZK compressor is here to stay The computation era which makes blockchains fast and effective with low cost

@no89thkey Absolutely @brevis_zk Blockchains do have limitations as traditional 'computers.' But with solutions like Brevis, we can optimize their performance without sacrificing security. This is a big step towards a more efficient and scalable future

@no89thkey If you're seeing this. Please tell your friends about @brevis_zk and its potential to scale zk and web3 to a different level Zkbrevis

@no89thkey Brevis coded

@no89thkey I lub brevis_zk

@no89thkey gBrevis

@no89thkey Couldn’t have said it better blockchains were never meant to be heavy compute engines. Fixing re-computation at the foundational layer is exactly what’ll unlock scalable, verifiable apps. Huge respect for tackling this head-on @brevis_zk

@no89thkey Facts 😂 finally someone fixing the root of the problem

@no89thkey zk everything with Brevis

@no89thkey gBrevis

@no89thkey Brevis is rebuilding blockchain efficiency from the ground up

@no89thkey That true Brevis's verifiable computing tackles the re computation problem, making blockchains faster and cheaper by proving results without rerunning calculations. It's like upgrading from dial up to fiber for blockchain efficiency, especially crucial with the recent DeFi surge.

@no89thkey Gbrevis

@no89thkey gbrevis

@no89thkey If you’re fixing that at the foundation, you’re not just improving performance you’re redefining how blockchains compute.

@no89thkey compute off-chain, prove on-chain. simple, efficient, and trustless. @brevis_zk cracked the code others keep circling.

@no89thkey gBrevis

@no89thkey gBrevis is here to flip the errors

@no89thkey Gbrevis. The change we know we need.

@no89thkey Brevis is bringing infinite computation and possibilities to web3!

@no89thkey Brevis is fixing computation at the core instead of adding more layers. Respect