Tetryx
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Enterprise pricing

Infrastructure for autonomous spaceflight.
Priced for your mission.

Tetryx is the headless, API-first simulation and synthetic data pipeline for orbital autonomy. Validate flight code at cloud scale, license ground-truth RPO datasets, or deploy the engine inside your own infrastructure.

Custom enterprise agreements, scoped to your workloads, data requirements, and deployment environment.

Request a ProposalExplore Engagements

One engine. Three enterprise engagements.

Choose simulation infrastructure, a licensed dataset, or a private deployment. Combine engagements in one program agreement when your mission needs more than one.

Simulation infrastructure

Cloud Simulation

For commercial space teams building GNC and autonomous flight software.

Custom quote

Annual platform license + committed cloud compute

Connect flight-code validation to your CI/CD pipeline and scale campaigns around your mission.

  • Headless API integration for GNC workflows
  • Orbital propagation and rigid-body dynamics
  • Monte Carlo campaigns and fault injection
  • Pass/fail reports and S3 dataset delivery

Quoted on

CPU/GPU compute, campaign concurrency, storage, and data delivery.

Scope Cloud Simulation

Synthetic data licensing

RPO Data Licensing

For perception teams and defense primes training autonomous inspector satellites.

Custom quote

Program-scoped dataset license

License photometrically accurate, labeled RPO datasets for model training and evaluation.

  • Physically based ray-traced sensor imagery
  • Ground-truth labels for RPO scenarios
  • Solar glare, deep shadows, and Earth albedo
  • Agreed sensor configurations and scene coverage

Quoted on

Scenario coverage, image volume, sensor models, usage rights, and dataset refreshes.

Scope a Dataset

Customer infrastructure

Private Deployment

For defense and aerospace programs that need to operate inside their own boundary.

Custom quote

Annual software license + deployment and support

Run the Tetryx simulation and rendering engine on customer-managed, air-gapped infrastructure.

  • Containerized simulation microservices
  • On-premise and air-gapped operation
  • The same astrodynamics and rendering engine
  • Scoped integration, updates, and support

Quoted on

Deployment sites, environments, integration scope, and support requirements. Compute is customer-provided.

Discuss Deployment

Commercial structure

Know what your agreement covers.

Your proposal separates platform or data licensing, compute, implementation, and support. We define the included scope and expansion terms before the engagement starts.

Workload and capacity
Simulation duration, CPU/GPU requirements, peak parallelism, rendering volume, retention, and data delivery. Cloud proposals specify committed capacity and rates for additional usage.
Dataset scope and rights
Target and sensor models, scenario coverage, output formats, and label requirements. Training rights, redistribution, exclusivity, and refreshes are defined in the data license.
Deployment and integration
Cloud or customer-managed infrastructure, deployment environments, and engineering integration. Private deployment proposals separate the software license from implementation and customer hardware.
Support and delivery
Onboarding, delivery milestones, maintenance, and required support coverage. Service levels and response commitments are agreed in the contract.

Technical evaluation

Start with one representative workload.

Begin with a paid, fixed-scope evaluation of a GNC validation campaign or an RPO dataset. Agree on deliverables, a compute or data budget, and acceptance criteria before work begins. Use the results to size your production agreement.

Scope an Evaluation

  1. Define the mission

    Select a representative validation campaign or dataset and agree on measurable acceptance criteria.

  2. Evaluate the pipeline

    Assess integration, scenario coverage, output quality, and throughput against the agreed scope.

  3. Size production

    Use measured workload requirements to scope capacity, licensing, deployment, and support.

Planning your engagement

Is Tetryx priced per engineer or per simulation?

Enterprise agreements are scoped to the workload and deployment. Cloud Simulation combines an annual platform license with committed compute. Runtime, allocated resources, and rendering requirements determine capacity needs; a simulation count alone does not capture them.

Can we license RPO datasets without deploying Tetryx?

Yes. RPO Data Licensing is a separate engagement for teams that need training and evaluation data. The agreement defines the scenarios, sensor configurations, labels, delivery format, and permitted use.

Can we start with an unclassified commercial workload?

Yes. Commercial teams can begin with a cloud evaluation of a GNC validation campaign or perception dataset. Private deployment can be scoped separately when a program requires operation inside its own infrastructure.

Does an air-gapped deployment require public cloud access?

No. Tetryx can run as containerized microservices on your own compute infrastructure. Installation, offline updates, and support procedures are scoped for the deployment environment.

How do we get a price?

Share your use case, expected simulation or dataset volume, deployment environment, and timeline. We scope a proposal with licensing, included capacity or deliverables, implementation, support, and the terms for expanding usage. A paid evaluation can establish those requirements first.

Where orbital code goes to be proven true.

Tell us about your mission, expected workload, deployment environment, and timeline. We'll work with your engineering and procurement teams to scope the right agreement.

Discuss Your Mission

Email our team at team@tetryx.com