Intelligent by Design

Energy limitsdefine compute

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

 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.

Workload Scheduling

Places and schedules workloads based on live energy availability while meeting defined performance objectives.

Control Plane

Large-scale compute is constrained by physical power limits and energy economics. Crosentis™ enforces governance at execution through a dedicated control plane.

Workload Governance: Workloads are placed, delayed, or constrained as conditions change to preserve stability.

Adaptive Enforcement: Continuously adjusts timing and power usage using live grid, pricing, and infrastructure signals.

Cost Attribution: Provides execution-based energy cost visibility per workload, model, team, or tenant.

Built for critical systems

Operators of high-performance and energy-intensive environments require infrastructure that behaves predictably under stress.

Policy Signals

Compute execution depends on continuously changing external and internal conditions. Seamium evaluates policy signals that inform governance decisions before execution occurs.

Connect: Integrates with existing schedulers, power systems, and monitoring tools.

Observe: Evaluates energy availability, pricing dynamics, and infrastructure state in real time.

Inform: Translates observed conditions into policy inputs consumed by the control plane.

Diagram showing Seamium coordinating compute workloads with real-time energy availability, pricing, and grid conditions.
private-compute-cloud-illustration

Protection Layer

Safeguards execution across compute and energy layers for environments where downtime is unacceptable.

Continuity

Adjusts workloads in a controlled manner to preserve uptime.

Anomaly Detection

Identifies abnormal power conditions and infrastructure stress early.

Protective Response

Applies safeguards during grid events or capacity constraints.

Performance

Applies control decisions with low latency to support real-time operation.

Efficiency Control

Ensures workloads operate efficiently within enforced limits, based on observed execution rather than estimates.

Energy Discipline: Runs workloads during stable conditions to reduce peaks and waste.

Verified Outcomes: Produces records derived from actual workload behavior.

Infrastructure Balance: Aligns compute demand with available capacity to protect system health.

Graphic showing optimized workload execution aligned with stable energy conditions to improve efficiency and system health.
 We've Got Answers

Frequently Asked Questions

Please explore the most commonly asked questions from our customers.

Crosentis requires access only to the systems needed to observe workload state, power availability, and operating conditions. Access is scoped, documented, and approved by the customer. It does not require unrestricted administrative privileges.

Yes. Policies can be reviewed and tested under live conditions without affecting running workloads. Enforcement is enabled only after the customer confirms expected behavior.

The customer remains fully in control. Crosentis enforces only the limits and policies that have been explicitly configured. No actions are taken outside those settings.

Yes. Limits and rules can be modified, paused, or removed at any time. Changes take effect without downtime or service interruption.

All enforcement actions are recorded with context and timing. Teams can review what occurred, what triggered the action, and how execution was affected.

When conditions change abruptly, the system prioritizes stability and stays within defined limits. It avoids aggressive behavior that could increase risk.

Compute within energy limits

The scale of tomorrow’s compute depends on the governance of today’s energy. Establish discipline across the infrastructure.

Seamium, Crosentis™, Seamium Cloud™, Seamium Control™, Seamium Pay™, Seamium One™, Seamium Compatible™, Always On Shield™, and Encrypt Spaces™ are trademarks or service marks of Seamium Ltd. All other trademarks, product names, and brand references are the property of their respective owners and are used solely for identification purposes.

Crosentis™ is an energy governance system that operates within parameters defined and configured by the customer. System behavior depends on infrastructure architecture, configuration choices, workload characteristics, energy availability, and external operating conditions. Outcomes may vary.

Crosentis™ supports operational decision-making through enforced controls and automated actions but does not replace professional engineering judgment, infrastructure management, security oversight, or operational responsibility. Seamium does not provide managed infrastructure services, managed security services, or live human monitoring. Automated responses may restrict or interrupt legitimate activity if configurations are incorrect or operating conditions change unexpectedly.

Seamium Pay™ provides energy accounting, attribution, and settlement functionality. Seamium Ltd is not a financial institution and does not hold, manage, or guarantee customer funds. Seamium Ltd is not responsible for delays, errors, or failures caused by banks, utilities, payment processors, or other third-party services.

The Seamium Compatible™ designation indicates that a third-party product has met defined interoperability requirements for data exchange with Seamium systems. This designation does not constitute an endorsement, warranty, or guarantee. Third-party hardware and software remain the responsibility of their respective manufacturers, and Seamium Ltd disclaims liability arising from their use.

Seamium processes data in accordance with applicable data protection and privacy laws. Data protection measures include encryption in transit and at rest where supported. Data residency, storage practices, and service availability may vary by region. Customers are responsible for ensuring compliance with applicable regulatory, data protection, and residency obligations.

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