Market Analysis
The orbital compute market is driven by sovereign security requirements, AI/ML growth outpacing terrestrial infrastructure, and government willingness to pay 5–20× premiums for physically isolated compute.
Total Addressable Market
| Segment | Low ($M/yr) | High ($M/yr) | Growth | Timing |
|---|---|---|---|---|
| DoD classified AI/ML | $200 | $500 | 25% CAGR | NOW |
| IC overhead processing | $100 | $300 | 20% CAGR | NOW |
| Allied defense (FVEY) | $100 | $200 | 15% CAGR | 2028+ |
| Sovereign cloud (non-US) | $100 | $500 | 30% CAGR | 2029+ |
| ESG-mandated compute | $50 | $200 | 40% CAGR | 2028+ |
| Resilient infrastructure | $50 | $150 | 15% CAGR | 2029+ |
| Commercial EO processing | $50 | $200 | 25% CAGR | 2030+ |
| TOTAL TAM | $650M | $2.05B | N/A | N/A |
SAM (Serviceable)
$20–100M/yr
SOM (Obtainable, 5yr)
$5–30M/yr
Government & Defense Demand
| Program | Status | Compute Demand |
|---|---|---|
| JWCC | $9B ceiling, multi-vendor | Edge/tactical AI/ML |
| CDAO | Operational AI at edge | Classified infrastructure |
| IC ITE/C2E | Cloud transition | Massive classified demand |
| SDA (PWSA) | Proliferated architecture | On-board processing |
Security Premium Pricing
| Level | Description | $/GPU-hr | Premium |
|---|---|---|---|
| Commercial | Public cloud | $2–5 | None |
| FedRAMP | Gov-authorized | $5–10 | 2–3× |
| IL4/IL5 | CUI / Secret | $15–25 | Physical isolation |
| IL6/TS-SCI | Top Secret | $30–50+ | SCIF equivalent |
| Orbital | Space-based isolation | $10–20 | Unique positioning |
Hybrid Revenue Model (Per Satellite/Year)
| Revenue Source | Capacity | Annual |
|---|---|---|
| DoD satellite lease | 50% | $5.0M |
| Platform subscriptions (×2) | 25% each | $7.2M |
| Spot / burst compute | 5% | $0.4M |
| TOTAL REVENUE | N/A | $12.6M |
| Satellite amortization (5yr) | N/A | -$3.4M |
| Operations (GS + team + insurance) | N/A | -$1.3M |
| ANNUAL PROFIT | N/A | $8.1M (63% margin) |
On-Orbit EO Processing Add-On
Earth observation satellites can offload raw imagery processing to Centradiant nodes in real-time via inter-satellite link, eliminating ground downlink bottlenecks. Uses <1% of GPU capacity but generates $3.3M/yr additional revenue per satellite, bringing total potential to $15.9M/yr.
Competitive Landscape
| Competitor | Max Thermal | GPUs | Status |
|---|---|---|---|
| Loft Orbital | ~2 kW | 1–2 | Flying |
| OrbitsEdge / HPE | ~4 kW | 1–4 | ISS demo |
| DARPA Blackjack | ~1 kW | 0 | Flying |
| CENTRADIANT | 55 kW | 64 | TRL 3–4 |
Centradiant rejects 13.7× more heat than the nearest competitor. The thermal moat is the core enabler for meaningful orbital compute.
Product Tiers
GPU-as-a-Service
On-demand GPU-hours via API. Metered billing. Best for burst workloads and experimentation.
$6–20/GPU-hr
Dedicated Slice
Reserved GPU partition with guaranteed capacity. Monthly subscription. Suited for ongoing AI/ML pipelines.
$300K/mo per 25% slice
Sovereign Satellite
Whole-satellite lease for classified/sovereign use. Full control over compute, comms, and orbit. Annual contract.
$5–8M/yr
Contract Vehicle Path
2027
SBIR Phase II: $1.5M non-dilutive. Ground prototype validation + TRL advancement. Entry point for DoD relationship.
2028
OTA (DIU/SpaceWERX): $10–15M. Flight hardware development. Other Transaction Authority bypasses FAR, faster procurement.
2029+
IDIQ / Sole-Source: Multi-year indefinite-delivery contract. Heritage from SBIR/OTA creates sole-source justification. Recurring revenue.