AlephTape：TapeOut 的 ZK 协处理构想AlephTape: A ZK Coprocessing Idea for TapeOut
gmharryyy 在参加 Ignixbot 主办的 TapeOut Genesis 黑客松后发布长文，介绍 AlephTape 构想的由来。他认为 TapeOut 的电路本身是链上资产：流片时每个与非门烧掉一颗晶体管，已流片电路可被 REF 引用而不必再烧。他还引用 Blonskr 的链上神经网络经验，指出用与非门搭建时一个神经元需 441 个门，网络稍大会超出区块上限。由此他提出让推理上链、做全链上 AI 的 AlephTape 方向，定位为 TapeOut 的 ZK 协处理。After participating in the TapeOut Genesis hackathon hosted by Ignixbot, gmharryyy published a thread explaining the origin of the AlephTape idea. He observed that TapeOut circuits are themselves on-chain assets: during tape-out, each NAND gate burns one transistor, and already taped-out circuits can be referenced via REF without burning again. He also cited Blonskr’s on-chain neural network experience, noting that a single neuron built from NAND gates needs 441 gates, so a slightly larger network would exceed the block limit. From this he proposed AlephTape as a direction toward on-chain inference and fully on-chain AI, positioned as a ZK coprocessor for TapeOut.
