Energy limits govern compute

Set hard energy limits before workloads run. This keeps infrastructure reliable during supply shortages and price volatility.

Built for infrastructure teams.

We'll review your infrastructure setup and follow up within 48 hours.

SYNCING

Signal Intake

Grid conditions change by the hour. Most systems never notice.

Crosentis monitors grid, pricing, thermal, and carbon signals continuously. Operating boundaries are defined in real time.

EVALUATING

Policy Evaluation

An unverified action is a liability, not a decision.

Every scheduling action checked against cost, hardware, and priority limits. Before it runs. Not after.

ACTIVE

Dispatch Action

A fixed schedule can't respond to a live grid.

Workloads run, reroute, throttle, or wait, as grid conditions shift. Nothing static about it.

VERIFIED

Audit Proof

Compliance without proof is just a claim.

Every decision carries full policy and signal context, logged and verifiable.

Unified Operations

Govern energy, enforce policy.

Operators define policy once. Crosentis executes capacity adjustments inline, the moment a constraint is reached. Not on a polling interval.

Enforce

Inline Enforcement

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
Constraint met, workload adjusted. No manual step in between.
12ms
Policy Decision Latency

Policy checks run to completion before a workload is scheduled. Not during. Not after.

Evaluate

Policy Decisions

Every workload cleared against energy, cost, and hardware limits ahead of execution.

// policy.crosentis
policy("grid_ceiling") {
  max_avail: 91%
  enforce  ["Tier_3"]
  cap_watt: 150
  on_breach: "defer"
}
Observe

Live Monitoring

Crosentis surfaces security posture and infrastructure state across every layer, as it happens.

A
Operational Visibility
Compute, energy, and security signals in one view
B
System Health
Diagnostics that catch drift before downtime
10x
Operations Memory

Predictive window trained on grid signals, workload patterns, and operating history.

Always On

Prevent overloads, protect uptime

Three protective layers stay active from initial setup. Safeguards, access controls, and efficiency checks run continuously. Fewer manual steps. Especially under load.

Safeguard

Protection Layer

Crosentis identifies instability before it cascades. Safeguards trigger automatically. Every action stays logged and reversible.

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

Security Controls

Access binds to a role, a timestamp, and a policy decision. Encrypted at every boundary, every time.

RBAC
Scoped Access
Enforced at every layer, scoped to function not person.
LOGS
Audit Logs
Every decision recorded and exportable. Built for audits, not just storage.
VALID
Access Validation
Provisioning requires policy compliance first.
Active

Efficiency Control

Crosentis enforces efficiency continuously. It doesn't review it later. Crosentis™ tunes workload timing and capacity in real time while keeping each optimization policy-safe and traceable.

Waste Reduction
Crosentis trims idle and low-value cycles automatically as conditions change.
Compounding Recovery
Crosentis reassigns freed resources to higher-priority workloads, within policy limits. Recovery improves over time.
Proof & Auditability
Every optimization carries its own record: what changed, under which policy, and why.
Deploy Governance

Compute within energy limits

Growth depends on operating within real supply and cost limits. Seamium works with your current stack. Connect quickly. Enforce policy at execution. Skip the replacement project.

We'll review your infrastructure setup and follow up within 48 hours.