See the capacity that can actually serve the mission.
Normalize hardware, software, network, energy, maintenance, jurisdiction, security, and trust metadata across participating nodes.
Capacitas for Government
Trusted compute for missions that cannot depend on one cloud.
Capacitas is the federated compute, cloud, and infrastructure layer that coordinates qualified capacity across controlled facilities, partner environments, and the edge—under explicit mission, data, security, power, and service constraints.
Policy-aware placementWork runs only where its constraints can be satisfied.
Energy-aware schedulingPower state and operating limits inform eligible work.
Usage-based settlementService delivery connects to measured consumption.
Evidence at every nodeDecisions and outcomes retain their operating context.
Overview
The network is the product.
A single data center offers capacity. Capacitas creates a governed market and operating layer across many physical environments.
How the platform worksSeparate available capacity from eligible capacity.
Evaluate workload, customer, data, identity, model, license, latency, site, and service constraints before placement.
Coordinate without erasing local authority.
Each site retains control over equipment, power, thermal, safety, and operating limits while the federation manages shared demand.
Connect every outcome to evidence.
Operating receipts tie authorization, executing node, resources, usage, price, energy method, incidents, and delivery into one trace.
Environments
One control plane. Different trust boundaries.
Capacitas preserves the facts that make each environment suitable for different work. A name never substitutes for authorization.
CAPACITAS
CONTROL
PLANESOVEREIGN NODESECURE NODEPARTNER CLOUDMISSION EDGE
CONTROL
PLANESOVEREIGN NODESECURE NODEPARTNER CLOUDMISSION EDGE
Environment
Network overview
A coordinated service across distinct operating boundaries.
- Normalize resource and trust metadata
- Keep local operating constraints authoritative
- Place only eligible work
- Meter delivery and preserve evidence
CAPACITAS
CONTROL
PLANESOVEREIGN NODESECURE NODEPARTNER CLOUDMISSION EDGE
CONTROL
PLANESOVEREIGN NODESECURE NODEPARTNER CLOUDMISSION EDGE
Environment
Capacitas Sovereign Node
Capacitas-controlled site and hardware through ownership or equivalent durable rights.
- Highest physical and operational control tier
- Site, hardware, software, and workload dossiers
- Designed for higher-trust workloads where requirements permit
- Authorization remains scope-specific
CAPACITAS
CONTROL
PLANESOVEREIGN NODESECURE NODEPARTNER CLOUDMISSION EDGE
CONTROL
PLANESOVEREIGN NODESECURE NODEPARTNER CLOUDMISSION EDGE
Environment
Federated Secure Node
A partner-owned site with dedicated secure space and durable Capacitas operating rights.
- Controlled-area boundary and access rights
- Qualified hardware and software baseline
- Enterprise, regulated, and federated workloads by policy
- Local responsibilities remain explicit
CAPACITAS
CONTROL
PLANESOVEREIGN NODESECURE NODEPARTNER CLOUDMISSION EDGE
CONTROL
PLANESOVEREIGN NODESECURE NODEPARTNER CLOUDMISSION EDGE
Environment
Partner Cloud Node
Third-party cloud or colocation capacity governed through contractual and technical controls.
- Elastic and general capacity
- Provider-specific availability and dependencies
- Overflow only when customer and workload rules permit
- No implied equivalence to controlled nodes
Mission use cases
Start with the outcome. Keep the constraints visible.
Each mission path connects the operating need to products, environments, evidence, and an executable next step.
Coordinate mission compute across fixed, mobile, regional, and edge environments with explicit policy, resilience, and evidence.
Defense
Decision advantage
Move eligible compute and AI closer to mission data and operational decisions.
ExploreDefense
Secure federation
Coordinate distributed capacity while preserving mission, identity, data, and authorization boundaries.
ExploreDefense
Tactical and disconnected operations
Define what continues locally, what synchronizes, and what evidence survives denied connectivity.
ExploreBring governed compute, models, data locality, provenance, and evidence closer to analytic missions while preserving authorized boundaries.
Intelligence Community
Multimodal analysis
Apply approved models to text, imagery, video, documents, speech, and mission knowledge.
ExploreIntelligence Community
Data locality and provenance
Keep protected data in permitted environments and preserve source and transformation context.
ExploreIntelligence Community
Model and agent governance
Connect model and agent use to policy, identity, evaluation, approvals, and evidence.
ExploreModernize applications, data, AI, and infrastructure through a federated platform with clear controls and acquisition paths.
Federal Civilian
Citizen and mission services
Modernize digital services while retaining accessibility, resilience, and responsible operation.
ExploreFederal Civilian
Application and data modernization
Coordinate infrastructure, data, applications, and AI through an explicit transition plan.
ExploreFederal Civilian
Responsible AI
Make model, data, policy, evaluation, and operating evidence visible to accountable owners.
ExploreCreate shared access to qualified compute and AI while retaining local operating control, transparent economics, and responsive service delivery.
State Local and Tribal
Public safety and emergency response
Place qualified capacity closer to time-sensitive local and regional operations.
ExploreState Local and Tribal
Shared services
Pool demand and capacity through transparent agreements without erasing local control.
ExploreState Local and Tribal
Local data control
Represent local, tribal, contractual, and jurisdictional data rules in placement decisions.
ExploreOPERATING RECEIPTEXAMPLE SCHEMA
EligibilityPolicy evaluated
ExecutionQualified node
UsageMeasured
EvidenceLinked
OutcomeReconciled
Evidence before scale
Trust is a record, not a label.
Capacitas distinguishes design intent, internal validation, third-party assessment, contractual requirements, government authorization, and actual certification or clearance—by scope, owner, and date.
Research and initiatives
Build the evidence the market needs.
Current initiatives are presented by their actual maturity—not as deployed capability or procurement commitments.
GRIDSHIELD-VLA
A six-month MDA Phase I feasibility concept for receive-only distributed sensing and edge compute over existing power infrastructure.
View initiativeFederated Secure Compute
A proposed research path for coordinated compute across fixed and mobile secure environments, subject to agency review, licensing, and authorization.
Explore the research architectureClean Energy and Compute
A two-site pilot model designed to test demand, federation value, energy operation, reliability, settlement, and local participation.
Read the pilot frameworkProducts
The infrastructure, intelligence, and evidence layers.
Availability is defined by environment, agreement, region, and validated product record.
Product
Federated Compute
Coordinate distributed CPU, GPU, accelerator, storage, and network capacity as one governed service without pretending every node is identical.
ExploreProduct
Control Plane
The organizing layer that discovers, qualifies, schedules, meters, governs, and bills distributed compute across independently operated environments.
ExploreProduct
Sovereign Nodes
Highest-control deployment units where Capacitas controls the facility and hardware through ownership or equivalent durable operating rights.
ExploreProduct
Secure Edge
Bring qualified compute, storage, models, and mission applications closer to the point of need—even when connectivity is intermittent or constrained.
ExploreProduct
AI Platform
Host, route, evaluate, and operate models and agents across qualified commercial, government, sovereign, and edge environments.
ExploreProduct
Data Fabric
Coordinate where mission and enterprise data may be stored, processed, indexed, moved, retained, and evidenced across the federation.
ExploreProduct
Energy-Aware Scheduling
Coordinate eligible workloads with site power envelopes, battery limits, local energy state, deadlines, and customer economics.
ExploreProduct
Mission Evidence
Connect each decision, workload, node, configuration, usage record, and service outcome to the evidence required to evaluate it.
ExploreProduct
Network Operations
Operate distributed nodes as a coordinated fleet while keeping each site’s equipment, power systems, and local operating limits explicit.
ExploreThe federation
Local control. Shared demand. Measurable value.
Capacitas connects site and real-asset partners, energy providers, compute operators, technology providers, application demand, and assurance capabilities through explicit agreements and operating rules.
Explore the partner modelResources
Move from idea to an evidence-backed deployment.
Architecture
Federated Compute Blueprint
Architecture guidance for the Capacitas platform and mission path.
ExploreEvaluation
Pricing and pilots
Evaluation guidance for the Capacitas platform and mission path.
ExploreEcosystem
Partner participation
Ecosystem guidance for the Capacitas platform and mission path.
ExploreArchitecture
Compute, Real Assets, and Trust
Architecture guidance for the Capacitas platform and mission path.
ExploreEvidence
Trust Center
Evidence guidance for the Capacitas platform and mission path.
ExploreAvailability
Environment comparison
Availability guidance for the Capacitas platform and mission path.
ExploreFrequently asked questions
What buyers need to know before a pilot.
Answers describe the architecture and decision process. Actual service availability is governed by contract and validated environment records.
Capacitas is designed as a federation and orchestration layer across qualified sites, systems, and operators. The product is the controlled coordination of capacity, policy, usage, economics, and evidence—not a claim that every node is the same.
The current architecture defines a Capacitas Sovereign Node, Federated Secure Node, and Partner Cloud Node. Each reflects a different physical and contractual relationship. Workload eligibility remains specific to the node and customer requirements.
No. A site, product, or technology should not be described as cleared, accredited, certified, or NSA-approved without the exact authorization. Classified processing requires the applicable contract, people, facility, systems, and transfer mechanisms.
Strong first candidates include document processing, embeddings, batch inference, independent simulation or rendering, and selected inference at qualified sites. Tightly synchronized training across distant sites is outside the initial promise.
Each workload and node needs an explicit profile defining local functions, control-plane dependencies, approved synchronization, evidence retention, recovery, updates, and loss-of-link limits.
An operating receipt can connect the customer authorization, executing site, resource type, measured usage, price, energy method, service outcome, and payment allocation.
For eligible work, scheduling may consider power envelopes, storage limits, operating cost, and customer deadlines. Local equipment protection, thermal controls, battery limits, and emergency shutdown always remain authoritative.
Start with a mission assessment: identify the workload, data, users, models, environments, performance, site, power, security, evidence, support, and contracting constraints. Then define the smallest pilot that can test the value.
Start with the mission
Define the workload, boundaries, and evidence first.
A mission assessment maps demand, data, hardware, environment, site, energy, security, and service constraints to an executable pilot.
Already participating
Enter the Capacitas portal.
Portal access is provisioned for approved customers and operators.