Intelligent by Design

Energy limits
define compute

Governing how compute infrastructure executes under real-world energy availability, cost, and operating limits.

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Invisible Efficiency

Compute, Governed

Designed for environments where reliability must be maintained as demand, pricing, and infrastructure conditions shift.

Policy Enforcement

Applies defined cost, reliability, and operating limits directly at execution to maintain consistent system behavior.

Failure Prevention

Identifies power and infrastructure instability early and applies corrective actions before failures propagate.

Security Controls

Protects operational data using encryption and role-based access across all layers.

CORE RUNTIME

Three-Phase Loop

Enforcement triggers three monitors in constraint is reached. Each phase runs continuously with no polling interval.

ENFORCE ACTION

Policy Resolution

Every workload is evaluated against its live energy state before execution begins. No assumptions. No estimates.

// policy example
policy.ai_config {
  scale: availability > 40%
  wait: throttle after_3
  log: true
}
FLEXIBLE SYSTEM

Integration Model

Sits in line with your existing schedule. No replacement cycle, no downtime window required.

CROSSSITE ENGINE
OPERATION GOVERNANCE

Operational Control

Operators define policy once. Crosstsite evaluates every workload against it at runtime, with no manual intervention required.

ADAPTIVE RESPONSE

Infrastructure Control

As energy, pricing, and grid stability shift in real time, synthesis adjusts workload placement and execution automatically within operation-defined bounds.

PROTECTION
ALWAYS-ON

Protection Layer

Continuity detects instability before it cascades. Safeguards trigger automatically and every action remains logged and reversible.

EVENT DRIVEN

Security Controls

Every access event is tied to a role, a timestamp, and a policy decision. Operational data is encrypted at every boundary.

ECO FRIENDLY

Efficiency Control

Operational limits derived from observed workload behavior. Records exported on demand.

Compute within
energy limits

Tomorrow's compute scale depends on governing today's energy. Seamium works with what you have.

We've Got Answers

Frequently Asked Questions

Do we need to replace existing infrastructure?

No. Seamium integrates into current workflows and calibrates decisions at runtime.

How does energy dispatch work?

Dispatch weights live power availability, reliability, and policy-defined business constraints.

Can we test policies before enforcing them?

Yes. Teams can run observe mode and view outcomes before enabling active enforcement.

How is this different from manual power caps?

Manual caps are static. This system reacts continuously to current signals and conditions.

Who can change or override a policy?

Only authorized roles can edit policies. Every change is logged for traceability.

What actually happens when a limit is hit?

The policy engine applies the mapped response, then records the reason and result.