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Transforming Data Center Operations Through Verifiable Intelligence
The platform bridges operational expertise and AI capabilities by generating analysis requests that enforce deterministic, audit-ready outputs through formal verification and constraint solving.
The Challenge We Address
Data center operations face unprecedented complexity. Balancing energy costs, carbon emissions, reliability requirements, and performance demands requires sophisticated analysis that traditional tools cannot provide.
Conventional approaches to AI-assisted optimization often produce outputs that are difficult to verify, impossible to audit, and inconsistent across runs. Operations teams need intelligence they can trust and defend.
This platform generates analysis requests designed for the Tier-0 Cognitive Energy OS framework, ensuring every output is verifiable, reproducible, and audit-ready. The result is actionable intelligence that operations teams can confidently implement.
Core Principles
Every analysis request enforces passage through seven external verifier gates before any recommendation can be executed. These gates validate physical feasibility, safety constraints, regulatory compliance, and economic viability. The verification process is deterministic and auditable, ensuring that no output reaches production without systematic validation.
100 Services Across 8 Domains
Comprehensive coverage of data center energy optimization, from granular visibility and attribution to sustainability compliance and organizational intelligence.
Energy Visibility
Fine-grained energy attribution across racks, applications, and tenants. Includes efficiency ranking normalized by workload type, cost allocation with anomaly detection, and component-level power attribution for GPUs, CPUs, and memory subsystems.
Key Capabilities
Built on Tier-0 Cognitive Energy OS
A domain-specific architecture combining multiple AI paradigms for facility energy, cooling, and workload orchestration.
RAG-Enhanced Retrieval
Context retrieval from facility knowledge bases, equipment manuals, and historical operational data.
Constraint Solvers
CP-SAT, MILP, and SMT solvers provide mathematical guarantees for optimization recommendations.
Formal Planning
Deterministic planning algorithms ensure reproducible decision sequences across runs.
External Verifiers
Seven non-negotiable verification gates validate every output before execution.