TRAIDAG
Technical Whitepaper
The full protocol specification: certified ordering over a proof-of-work block graph, post-quantum quorum finality, the canonical encoding profile, value accounting and the deployment boundaries.
Coming soon
Something cool is coming here soon.
We are building TRAIDAG, a high-rate Layer-1 that separates open proof-of-work block production from stake-certified ledger ordering. The papers below describe the protocol and its work function.
- Up to 100 blocks per second
- Proof of useful work
- Post-quantum resistance
Papers
TRAIDAG
Litepaper
A short overview of the architecture: parallel block production, certified registration, deterministic queue execution and the 50/50 work and stake reward split.
TenQ
Technical Whitepaper
The proof-of-work function in detail: the byte-level construction, deterministic and Full/Light equivalence proofs, hardware specialization analysis, quantum target search and measured CPU and GPU performance.
TenQ
Litepaper
A brief introduction to the work function: the production profile, its memory and execution model, and the Full and Light evaluation paths that return the same work value.