Loading Settler...
Loading Settler...
Loading documentation...
A comprehensive technical deep-dive into the distributed, deterministic engine that powers Settler's cryptographic reconciliation outcomes.
Settler uses a specialized abstraction layer to ensure that reconciliation outcomes are identical regardless of the underlying CPU architecture (x86_64, ARM) or cloud provider.
Ensures floating point arithmetic and map iteration orders are pinned to a global standard across all clusters.
Automatic clock-drift compensation ensures that time-decaying predicates execute identically globally.
Policies are executed inside an ephemeral, hardened VM. This sandbox prevents leakage between tenants and provides a pure functional environment for reconciliation logic.
Every runtime initialization event is logged to the immutable Audit Trail.
Cold storage for large-scale transaction archives combined with hot, indexed storage for active reconciliation loops.
High-availability cluster storing active match data and threshold counters.
Read-only, compressed archive for older reconciliation sessions.
Hardened vault for storing Merkle roots and cryptographic signatures.
The Settler engine core is open-source. Audit our determinism primitives and cryptographic foundation on GitHub.