ALT (ALT)

🚨 ALTCOIN SEASON 🚨 With QT ending tomorrow, a move toward 0.25 could mark the start of the next major altcoin rally Credits to @intocryptoverse for the chart and analysis https://t.co/ANCbqTQdOe

TOTAL3 Update ⤵️ TOTAL3 has been trading inside a downtrend channel for almost two months... The past few weeks formed a clear double bottom, giving the first structural sign of exhaustion in the sell flow Do you smell that? 👃 Smells like Alt SZN could be slow cooking Market cap is now back above the Hypertrend, which becomes a signal for renewed strength if it holds A break above the high-volume node near $900B opens the door to the Low Volume Ramp, a thin zone on the profile where price tends to move quickly If a CHoCH triggers above that level, the Oct High AVWAP becomes a magnet and the chart naturally gravitates toward the POC around $1T Key levels: ➤ Support: 874B Hypertrend ➤ Breakout trigger: 900B HVN ➤ Magnet: Oct High AVWAP → $1T POC The structure is tightening Confirmation comes with the move through $900B

Alt/BTC has bottomed out. A pro-crypto Fed chair is coming. Vanguard allowing access to crypto ETFs. Fed pumping liquidity into banks. Time to run it back https://t.co/86oTXgSzaz

.@DINBuild going live on @eigencloud is massive, friends. As an early project partner, we’re pumped to share with the world how restaking, slashing, and AVSs can reshape RPC infra.... making it the way the crypto OGs intended: decentralized, accountable, and for all. Can't wait to celebrate with @Consensys x @infura_io x @egalano x @MetaMask x @sreeramkannan & teams @yq_acc @dabit3 @0xpratik @gajesh

gn @brevis_zk fam the glue-and-coprocessor model is what makes this possible. the glue = universal RISC-V zkVM the coprocessors = specialized high-performance circuits for domain-specific tasks together they let apps run general logic and accelerate the bottlenecks that kill performance. low-level precompiles accelerate hashing, crypto, parsing… but the real unlock is app-level coprocessors, like #brevis’s onchain data coprocessor. this moves entire classes of computation out of the VM and into horizontally scalable circuits. result: 32x performance boost and 67% cost reduction on real workloads. the crazy part? even if a vanilla zkVM gets 10x faster with GPU super-scaling, it still can’t catch a Pico VM with app-level coprocessors, because the bottleneck becomes the VM execution layer itself. architecture > brute force.