United States · Distributed orbital edge computing
Satlyt federated satellite computing
This project focuses on distributing edge-computing tasks across spacecraft.
Satlyt is developing a federated orbital computing platform. Its official mission account reports March 2026 software execution on a Rogue platform and a separate Momentus-hosted mission through DPhi Space, including telemetry handling and a Gemma troubleshooting agent. Cross-spacecraft workload sharing remains a development goal, distinct from these single-spacecraft tests.
Figures retain their disclosed units and scope. Launched hardware does not establish demonstrated performance; targets may change. Not disclosed means no figure in the reviewed sources.
Rogue OTP-2 and OTP-2B compute-platform access and hosting for Satlyt AI orchestration, autonomous operations and data-optimization testing.
OTP-2 is the existing second-generation platform; OTP-2B and its third-generation GPU/storage/networking platform remain planned. This is one two-platform collaboration. No disclosed purchase value, verified clustered compute network or completed OTP-2B flight is established.
Announced 23 Feb 2026 · Evidence checked 14 Oct 2026
Satlyt and Parsimoni will evaluate interoperability between distributed satellite workload orchestration and the SpaceOS runtime for secure applications across heterogeneous satellites.
Prospective integration and exploration of technical/commercial interoperability. No completed delivery, Satlyt orbital deployment, legal procurement buyer, paid order, contract value or service availability is disclosed. Parsimoni flight heritage is not Satlyt flight evidence.
Announced 12 Dec 2025 · Evidence checked 27 Sept 2026
Flight / payload software · Research & feasibility studies
Phase I STTR research with NASA Glenn on delay-tolerant mobile edge-cloud protocols for future autonomous-spacecraft operations.
Federal register establishes USD149529 for PhaseI. The company publication rounds this to USD150000. The USD850000 PhaseII opportunity is prospective and USD3m ACO civil-service support is not cash financing. No completed orbital multi-spacecraft network is established.
USD 149,529 · Exact federal registry award total for contract80NSSC25C0340. Satlyt rounded this to USD150000.
Announced Publication date not supplied · Evidence checked 14 Oct 2026
DPhi Space mission services enabling Satlyt's Orbital Intelligence Gemma troubleshooting and sensor/imagery edge-processing deployment on a Momentus spacecraft.
These are Satlyt's reported March 2026 software executions. Exact host spacecraft identifiers, direct procurement instruments, price and independently measured performance are not supplied. No exact correspondence to OTP-2/OTP-2B or a deployed multi-spacecraft compute network is inferred.
Announced Publication date not supplied · Evidence checked 14 Oct 2026
Underlying spacecraft hosting for Satlyt's Orbital Intelligence software deployment through a DPhi Space mission, as reported by Satlyt.
These are Satlyt's reported March 2026 software executions. Exact host spacecraft identifiers, direct procurement instruments, price and independently measured performance are not supplied. No exact correspondence to OTP-2/OTP-2B or a deployed multi-spacecraft compute network is inferred. This captures the disclosed platform role and does not assert a separately signed direct Satlyt–Momentus procurement contract.
Announced Publication date not supplied · Evidence checked 14 Oct 2026
Validate computing work shared across separate spacecraft. Obtain official results and host mapping for the media-reported October2026 scheduling test.
Manual review 30 Oct 2026. Compared official mission account, seed disclosure and federal NASA award record. Retained separate Rogue/Momentus software tests and simulated-environment STTR research scope. Cross-spacecraft computing remains unproven. Primary body last observed 18 Oct, 00:46 UTC. Source monitoring: ongoing. Source collection and substantive profile review are separate checks. Plans and dates may change.
The partners intend to evaluate interoperability between Satlyt orchestration and the SpaceOS runtime for secure third-party workloads across heterogeneous satellites.
