SKYGRID · AUSTIN, TEXAS · EST. 2018
Company Profile
SkyGrid runs the sky no human can see.
High-assurance software that safely folds drones, eVTOL air taxis, and autonomous aircraft into the same crowded airspace.
High-assurance software that safely folds drones, eVTOL air taxis, and autonomous aircraft into the same crowded airspace.
A delivery drone banks around a construction crane that went up last Tuesday. Two blocks over, an air taxi requests a slot it will need in ninety seconds. A weather cell is drifting in from the west that neither aircraft can yet feel. There is no tower here. There is no controller on a radio. This slice of sky - the low-altitude layer where the future of transportation wants to live - was, until recently, an ungoverned blank.
SkyGrid is the reason it isn't. From an office in north Austin, roughly ninety people are building the software that watches this airspace, models it, and tells every machine in it where it can safely go. Not the flying car. The sky the flying car needs - the part almost nobody else volunteered to build.
Caption: The crane wasn't there last week. To an autonomous aircraft, that's not trivia - it's a wall. SkyGrid's job is knowing.
Air traffic control was invented for humans talking on radios. That model breaks the instant the pilot is an algorithm.
SkyGrid's platform assembles a live, machine-readable picture of everything happening beneath the clouds: weather now and weather forecast, the status of nearby vertiports and airports, local air traffic, and the man-made obstacles - buildings, towers, that new crane - that an aircraft has to route around. On top of that picture sits automation: flight-plan validation, automated preflight checks, safety separation, and both strategic and tactical deconfliction, so two aircraft never want the same cubic foot of air at the same second.
The company describes what it sells as high-assurance, third-party services. The phrase sounds bureaucratic until you translate it: this is software that cannot fail while something is flying over your neighborhood.
Illustrative - representing the fused data layers SkyGrid describes in its common operating picture, not published performance figures.
Airspace awareness, flight operations, and fleet management in one platform - built on AI and blockchain to automate compliance and give visibility into past, present, and predicted airspace.
A real-time model of the low-altitude sky: weather, forecasts, vertiport and airport status, live traffic, and man-made obstacles.
Ground-based monitoring, flight-plan validation, automated preflight checks, and separation assurance that give operators a machine they can trust.
High-performance aeronautical and environmental datasets fused into a single common operating picture for uncrewed and AAM operations.
The endgame: machine-to-machine coordination between aircraft and ground systems, so autonomy no longer waits on a human clearance.
Caption: Deconfliction is a polite word for the most important thing here - two aircraft never wanting the same air at the same instant.
In 2018, Boeing - which had roughly a hundred years of knowing how aircraft behave - joined forces with SparkCognition, an Austin artificial-intelligence firm now known as Avathon. The joint venture was pitched as “UTM plus”: more than unmanned traffic management, an attempt to build an operating system for a sky that didn't have one. It paired aviation heritage with a modern stack of AI and blockchain, the latter used to enforce airspace compliance and hand regulators a verifiable source of truth.
The bet underneath it all was contrarian. Everyone in advanced air mobility was racing to build the aircraft. SkyGrid noticed that the aircraft was never the bottleneck. The airspace was - and almost nobody was building it.
Boeing and SparkCognition found SkyGrid, with SparkCognition's Amir Husain as founding CEO.
SkyGrid becomes the first airspace system to deploy AI-powered DeepArmor cybersecurity directly on drones, and is named a World Economic Forum Technology Pioneer.
The company becomes a subsidiary of Wisk Aero - itself Boeing-owned - to support Wisk's Generation 6 autonomous aircraft through FAA Type Certification, while staying aircraft-agnostic for outside customers.
An MOU with Port San Antonio to integrate advanced air mobility at its 1,900-acre Tech Port campus and help build the state's first vertiport.
Ph.D. in aeronautics from Stanford; prior roles at Honeywell, Airbus, RAND Corporation, and General Atomics.
Directs advanced airspace solutions; previously at Leonardo and Aurora Flight Sciences.
Leads partnerships and market strategy; prior experience at Electra.aero, Vertical Aerospace, and Airbus.
Twenty-year Boeing veteran with CFO experience.
Caption: A Stanford aeronautics PhD who has orbited Honeywell, Airbus, RAND, and General Atomics now runs a company whose product you'll never see - only trust.
SkyGrid stays deliberately aircraft-agnostic - a kind of Switzerland for the autonomous sky - even as a Wisk and Boeing company. That neutrality is the point: airspace software only works if everyone's aircraft can use it.
This is the question that keeps SkyGrid honest. Aviation certification assumes a system that behaves the same way every time. A deep neural network, by design, keeps evolving. SkyGrid's answer is not to hand the sky to a black box, but to build software an operator can trust and a regulator can verify - augmenting human controllers first, then earning its way toward full automation.
It's a slower road than a demo reel would suggest. It's also the only one that ends with something the public will actually let fly over their houses.
The delivery drone still banks around that crane - but now it knew the crane was there before it ever left the pad, because a digital twin told it. The air taxi gets its slot, deconflicted against traffic it will never see. The weather cell drifting in from the west is already in the model, already reshaping routes. There's still no tower, still no controller on a radio. But the blank is gone.
SkyGrid didn't make the sky less crowded. It's about to get far more crowded. What SkyGrid did was make that crowd legible - to the machines, to the operators, and eventually to the regulators who decide what gets to fly. The flying car will get the headlines. The sky it flies in will have been quietly built in Austin.
Caption: Nobody looks up and sees SkyGrid. That's the whole idea. The best airspace software is the kind you never notice working.