Architect and build the trust ledger that turns abstract reputation metrics into immutable, verifiable records. This role blends deep cryptography with distributed systems to deliver a production‑grade blockchain that satisfies regulators and incentivizes honest participation.
You will pioneer recursive zero‑knowledge proof integration in a real‑time federated learning ledger, enabling end‑to‑end privacy guarantees without exposing sensitive data, a first in the industry.
Blockchain‑Enabled Trust Ledger (BLTL) and Recursive ZKP Audit
From: Trust‑Aware Federated Aggregation in Multi‑Agent Settings
The BLTL provides the immutable audit trail and token‑based governance that make TAFA regulatory‑compliant and tamper‑resistant. A dedicated platform engineer is essential to weave together lightweight smart contracts, recursive ZKPs, and sharded ledger architecture into a seamless, low‑overhead system.
A sharded, permissioned blockchain that records reputation scores, ZKP commitments, and governance token balances; recursive ZKP generation/verification pipelines; and a developer‑friendly SDK for clients to submit ZKPs and stake tokens.
MSc/PhD in Computer Science, Cryptography, or a related field with a focus on blockchain or privacy‑preserving technologies.
Within 12 months, deliver a production‑ready trust ledger that processes <5 % overhead on edge nodes, achieves <1 s finality on the sharded chain, and provides immutable audit trails that satisfy EU AI Act compliance.
Lead the global trust ledger architecture, expand to multi‑chain governance, and set industry standards for verifiable federated learning.
If this sounds like the challenge you have been looking for, we want to hear from you. We value what you can build over where you have been.