Let’s enter @brevis_zk V2 together: A ZK coprocessor that lets devs trustlessly read, compute, and prove insights from the entire history of supported blockchains. Think of it as “Google BigQuery” for crypto, except it’s verified with zero-knowledge proofs instead of vibes. So how does it actually work? ➤ Data Access – Devs specify what historical data they want (block headers, transactions, events, etc). ➤ Computation – Brevis runs your logic via an SDK that abstracts all the painful ZK stuff. ➤ Proof + Verify – Brevis generates a ZK proof off-chain, and smart contracts verify it on-chain, trustlessly. Example: A DEX could use Brevis to prove someone traded $3M volume across 350 swaps. All verified directly on-chain, no Dune dashboards or SQL hacks needed. No ZK background? No problem. Brevis’s SDK is built on gnark (by Linea/Consensys), but wrapped in dev-friendly abstractions. So what’s next? ➣ 10x performance boost cooking in dev ➣ More supported data types ➣ Cross-chain expansion ➣ coChain on EigenLayer to slash ZK costs even more In short, Brevis just turned “on-chain data” from something you look at into something you can actually compute on and that’s not a small upgrade.