Trace posture will attach when the live frame resolves.
Compute does not run until it is authorized.CO2 Router issues the binding decision.
CO2 Router is a deterministic environmental execution control plane. It evaluates carbon, water, latency, cost, and policy before workloads run, then attaches proof, trace, replay, and provenance to the same decision frame.
You do not optimize infrastructure anymore.You control it.
A workload asks to run. CO2 Router co-evaluates carbon, water, latency, and cost. SAIQ governance and policy constraints return one of five binding actions before execution. The executor follows the decision. Proof, trace, replay, and provenance stay attached to the same frame.
Signals become one binding decision path.

Carbon, water, latency, and runtime posture are normalized into a bounded decision input.

Weighting, constraint logic, and zone posture shape the decision frame before execution.

Water guardrails, hard overrides, and execution rules determine what is admissible.

The engine returns one binding action: run, reroute, delay, throttle, or deny.

Proof hash, trace state, replay posture, and provenance remain attached to the same frame.
Signals degrade, caches warm, and fallback discipline protects the decision path from becoming advisory.
The returned action is the control point. Downstream runtimes use it before the workload starts.
One decision frame, one proof chain, and one replayable envelope that can be inspected later.
Binding decision with proof attached
The proof card stays visible even before the current live frame resolves. Execution authority, proof references, and governance context remain part of the public surface instead of hiding behind a loading shell.
Every system below tries to optimize infrastructure.CO2 Router controls it.
Most systems suggest where workloads could run, rely on forecasts or static policies, operate after the fact, and cannot prove what actually happened. CO2 Router decides before execution, enforces one of five actions, co-optimizes carbon, water, cost, and latency, and produces replayable tamper-evident proof.
Investor comparison block
| System Type | Decision Authority | Proof | Multi-Objective | Real-Time Enforcement |
|---|---|---|---|---|
| Academic schedulers | Advisory | No | Partial | No |
| Carbon APIs | Informational | No | Carbon-only | No |
| Cloud policies | Static rules | No | Limited | Partial |
| CO2 Router | Deterministic | Yes | Carbon + water + latency + cost | Yes |
Every decision carries inspectable evidence.
Baseline vs selected region, signal lineage, governance state, and replay posture stay inside the same execution frame. That is what turns a recommendation system into authority infrastructure.
Signals degrade. Execution authority does not.
Carbon and water decisions stay defensible even when providers degrade. Live providers, mirrored fallbacks, and SAIQ governance keep the control plane deterministic and auditable instead of failing open.
Package the control plane like infrastructure.
The homepage now mirrors the live commercial surface: pricing is tied to decisioning, enforcement scope, proof, and governance depth instead of low-friction seat plans.
For buyers who need one production decision loop with canonical decision storage, proof visibility, and a real enforcement wedge.
For organizations standardizing policy, proof, and runtime control across multiple workloads, regions, and entry points.
For enterprises that need governed evidence workflows, signed export chains, and controlled operational trust boundaries.
Control it.
Open the live Control Surface, inspect the proof posture, and watch the system decide where compute runs before the workload ever starts.
Real execution authority. Real trace. Real replay.
This section is bound to live engine outputs. It exposes recent decisions, trace and replay posture, SAIQ governance state, verified water datasets, and the current p95 latency window.
SAIQ state will attach when live governance resolves.
Verified provider posture is hydrating.
Live latency data is hydrating.