Intelligent by Design

Energy limits
define compute

Governing how compute infrastructure executes under real-world energy availability, cost, and operating constraints, automatically, at every boundary.

Core Runtime

Compute, governed.

Designed for environments where reliability must be maintained as demand, pricing, and infrastructure conditions shift, without a single manual intervention.

Crosentis Engine

Three-phase execution.
Zero gaps.

Each phase runs continuously: observe, evaluate, enforce. Triggered the moment a constraint is reached, not by a polling interval.

Phase 1 · Observe

Continuous Monitoring

Security posture and infrastructure state surfaced continuously across all layers. Component wear and power delivery stability tracked per-cycle.

A
Operational Visibility
Security posture and infrastructure state surfaced continuously.
B
System Health
Component wear and power delivery stability tracked per-cycle.
Phase 2 · Evaluate

Policy Resolution

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

// policy.crosentis
policy("grid_ceiling") {
  max_avail: 91%
  enforce  ["Tier_3"]
  cap_watt: 150
  on_breach: "defer"
}
DeclarativeAuditableVersioned
Phase 3 · Enforce

Integration Model

Sits inline with your existing scheduler. No replacement cycle, no downtime window required during integration.

1
Connect
Schedulers, power systems, monitoring and state.
2
Observe
Energy pricing, availability, grid stability.
3
Enforce
Policy applied instantly at every boundary.
View Integration Docs
Operator Governance

Operational control,
defined once.

Crosentis evaluates every workload against operator-defined policy at execution time. No manual intervention required. Authority always sits with the operator.

0%
Coverage, defining change
0ms
Maximum enforcement delay
Define Once
Write in declarative syntax. Crosentis handles enforcement automatically.
Enforced Always
No workload bypasses policy enforcement. Applied inline, not by sampling.
Infrastructure Control

As energy pricing and grid stability shift in real time, Crosentis adjusts workload placement and scheduling automatically within operator-defined bounds.

12ms Price Signals
Workloads shift to lower-cost windows automatically.
100% Capacity Recovery
Deferred workloads resume at the next viable window.
3× ahead Demand Forecast
Load projections inform scheduling ahead of peak demand.
Always On

Protection, built in.

Three layers of automatic protection, safeguard, security, and efficiency, active from the moment you connect.

Safeguard

Protection Layer

Crosentis identifies instability before it cascades. Safeguards trigger automatically and every action remains logged and reversible.

Continuity
Deferred workloads resume automatically at the next viable window.
Detection
Voltage drift and load spikes flagged before propagating.
Sub-20ms Response
Physical-layer spikes handled with no operator input.
Secured

Security Controls

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

RBAC
Scoped Access
Enforced at every layer, scoped to function not person.
LOGS
Audit Logs
Every decision recorded and exportable. Compliance-ready.
VALID
Access Validation
Policy compliance required before any provisioning occurs.
Active

Efficiency Control

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

Verified Outcomes 100%
Actual infrastructure behavior, never simulations.
Infrastructure Balance 97%
Demand aligned to available capacity at all times.
Carbon Calibration 3× faster
Efficiency metrics mapped to observed energy footprint.
Get Started

Compute within
energy limits.

Tomorrow's compute scale depends on governing today's energy. Seamium works with what you have, no replacement, no downtime.

FAQ

Questions?
We have
answers.

Common questions about Seamium and Crosentis Engine.

Reach us at [email protected]. We reply within one business day.
No. Seamium sits inline with your existing scheduler and infrastructure. There is no replacement cycle and no downtime window required during integration. It connects to what you already have.
Manual power caps are static thresholds. Seamium enforces dynamic policies based on real-time energy signals: live pricing, availability, and grid stability, all without manual adjustment or monitoring overhead.
Seamium reads live energy signals and compares them against defined policy thresholds. When conditions fall outside bounds, workloads are deferred, scaled, or redistributed automatically, in under 20ms.
Only operators with explicit role-based access controls can modify or override policies. Every change is versioned and auditable with full timestamps and attribution.
Yes. Seamium provides a shadow mode that evaluates policies against live data without taking enforcement action, letting teams validate expected behavior before production activation.
Crosentis applies the configured response: deferring a workload, capping power draw to a defined watt ceiling, or pausing a non-critical job. Every action is logged and fully reversible.