Space is the ultimate zero-defect environment: hardware that cannot be repaired, distances that cannot be shortened, and physics that cannot be negotiated. We support space programs with components, ground systems, and engineering discipline built for exactly that.
06Every other industry repairs its mistakes. Space must prevent them — which makes it the purest test of engineering discipline on Earth.
A satellite is a machine that must survive launch violence, then operate for a decade in vacuum, radiation, and temperature swings of hundreds of degrees — with no possibility of a technician's visit. This single fact shapes everything: parts are screened and derated, designs carry redundancy, and reviews are relentless because the cheapest place to find a flaw is on the ground.
But the space segment is only a third of the story. Every mission depends equally on the ground segment — antennas, mission control software, data processing — and on the networks that move mission data to the people who need it. Ground systems are where space programs meet ordinary IT and cybersecurity, and where agile partners contribute without needing a cleanroom.
The economics have shifted too: smallsats and commercial launch have opened space to programs of every size. What hasn't changed is the discipline — which is why our zero-defect quality doctrine translates naturally to this domain.
Support services for satellite programs — documentation, sourcing, and engineering assistance under your mission assurance requirements.
Computing, storage, and electronic components for space and ground applications — with the screening, provenance, and lot control the domain demands.
The terrestrial half of every mission: mission-data systems, computing infrastructure, and networks engineered to mission-critical standards.
Data processing and communications support that moves mission products from antenna to analyst — reliably, securely, on time.
Protection for the segment adversaries can actually reach — because most space-system compromises begin on the ground.
Documentation, review preparation, and verification support aligned to the review-gate culture of space programs.
Requirements flow from physics: radiation, thermal, vacuum, launch loads. We start there.
Components and work products verified to mission assurance levels — evidence first.
Ground segment engineering with uptime and security worthy of what's overhead.
Design-review discipline — because in space, the review board is cheaper than the anomaly board.
Three environments conspire: radiation that flips bits and degrades semiconductors, vacuum that rules out convective cooling and outgasses ordinary materials, and thermal cycling between extremes every orbit. Parts are radiation-tolerant or shielded, thermally engineered, and screened far beyond commercial grades — because replacement is not an option.
Everything terrestrial that makes a mission work: tracking antennas, mission operations centers, command software, and the data systems that process what satellites collect. It's roughly half of any space program's engineering — and the half that runs on recognizable IT, which is why disciplined IT and cybersecurity firms have a genuine role in space.
The umbrella discipline of making failure unlikely: parts screening, design margins, redundancy, testing, and formal review gates (PDR, CDR, and readiness reviews) where independent eyes challenge every assumption. It's expensive by commercial standards and cheap by the standard that matters — the cost of a mission that doesn't come back.
Because repair is impossible, reliability is engineered through graceful failure: duplicate processors, cross-strapped systems, safe modes that protect the spacecraft when something unexpected occurs. The design question is never 'will something fail?' but 'what happens when it does?' That mindset — assume failure, design the response — improves earthbound systems too.
Standardized small platforms and cheaper launch collapsed the cost of getting to orbit, letting smaller organizations fly missions that once required national budgets. The trade is higher acceptable risk per spacecraft — often offset by flying constellations. What survives from Old Space untouched: the physics, and the value of disciplined verification.
Overwhelmingly through the ground: command networks, operator credentials, supply chains, and data links. Jamming and spoofing threaten signals; classic cyber intrusion threatens control. That's why ground-segment cybersecurity is now considered mission assurance, not an IT afterthought — and it's a place where our security practice directly serves space missions.
NAICS 334111 · 334112 · 518210