Mission first. Full stack software. Distributed architectures by design.
How we work, in three layers. Every engagement starts with the mission, runs through one engineering team, and delivers distributed mission autonomy built to survive contact.
Mission understanding.
We start where the mission starts — with the warfighters and operators who depend on it, and the autonomous systems that increasingly execute it. Our team has spent careers inside DoD, IC, and Space programs, and it shapes everything: we engineer for the environment the mission actually runs in, not the one the diagram assumes — human in the loop, on the loop, or fully autonomous.
Satellites, ground stations, sensors, and operators increasingly depend on one another — yet many mission systems still assume reliable connectivity and centralized processing. In contested environments, those assumptions fail:
- Data becomes isolated on the platform that produced it.
- Operators reconcile fragmented, conflicting pictures by hand.
- Remote nodes cannot act without reaching back to the center.
- The mission inherits the fragility of its most vulnerable link.
Full mission integration.
One team engineers the entire stack — board-level embedded software, containerized services, AI and analytics, and the mission interface itself. Concept to operations, without handoffs.
Embedded & Edge Software
Board-level, real-time engineering — RTOS to bare metal — with direct hardware interfaces, deployed to constrained edge devices and validated hardware-in-the-loop on embedded benches.
Rapid Prototyping & MVP Delivery
Compressed timelines from concept to live demonstration — containerized, microservice-based software working in weeks, shaped by operator feedback.
DevSecOps & Secure Engineering
Secure pipelines, NIST 800-171 alignment, and MOSA-compliant architectures built in from the first commit — extending through machine learning and AI: model pipelines, data integrity, and explainable outputs.
Systems Engineering & Integration
Full-spectrum systems engineering — requirements to fielding — integrating with the platforms and data customers already own.
Mission visualization, grounded in the full stack.
Interfaces aren’t a specialty on the side — they’re the last mile of full-stack delivery. Because we build everything beneath the screen, from embedded software to the distributed data layer, we know what a distributed mission needs to show and how to render it in real time: orbital views, interactive scheduling and mission planning, and track displays — aligned to the USSF Astro style guide on performant thin-client architectures.
Operationally aligned
Interfaces follow the USSF Astro style guide, so operators get a familiar experience from day one.
Single coherent picture
Live data feeds, scheduling, resource management, and domain awareness unified in one interface — not another isolated tool.
Built to deploy anywhere
Cloud-native, micro-services, MOSA-aligned — experience deploying across government and commercial platforms.
Distributed mission autonomy.
Autonomy is the destination: mission applications that keep coordinating — and keep executing command and control (C2) — when links degrade and nodes drop. Operators set intent; the network carries it out. We build these applications as composable modules on a shared distributed backbone — signal processing, space operations, networking, analytics, security, and C2. Compose the bundle each mission needs; adopt one module or several — government, partner, and third-party applications integrate through documented interfaces, no ecosystem replacement required.
