Concept

Nexus is the most forward-looking product in the Settlement Computer suite. It deploys autonomous AI clearing agents that operate over the settlement graph — making real-time decisions about obligation routing, credit pricing, and netting strategy based on network topology and participant behaviour. Each agent optimises for its principal's settlement efficiency while the system converges on global optima through graph-derived coordination.

Planned Capabilities

01

Autonomous Clearing Agents

AI agents that autonomously manage settlement strategy for their principals. Route obligations, select corridors, and negotiate netting participation based on real-time conditions.

02

Causal Shared State

Agents operate over a shared state graph maintained at the consensus layer. Causal consistency ensures agents make decisions based on the same ground truth, preventing conflicts and race conditions.

03

Graph-Derived Credit Pricing

Dynamic credit pricing computed from settlement graph topology. Centrality, connectivity, and historical performance inform per-edge credit terms. More connected participants get better pricing.

04

Real-Time Decision Making

Sub-second decision cycles. Agents evaluate obligation routing, corridor selection, and netting window timing in real-time. No human intervention required for standard operations.

05

Multi-Agent Coordination

Agents negotiate bilaterally and multilaterally. Nash equilibrium convergence for corridor selection and netting pool participation. Game-theoretic foundations prevent agent collusion.

06

Self-Optimising Corridors

Corridors that self-optimise settlement window timing, participant composition, and privacy levels based on agent feedback. Emergent corridor configuration from bottom-up agent decisions.

Addressable Market

Next Generation
Nexus represents the convergence of agentic AI and settlement infrastructure. Patent-protected under PROV-003 (Agentic AI Clearing, 64/013,034).

Interested in Nexus?

Nexus is in the design phase. Contact us to discuss research collaboration and early development partnerships.

Request Access