Aviation and aerospace operate under FAA oversight and, often, export control requirements like ITAR that govern who can access certain technical data at all. Systems touching controlled technical data are engineered under Katalyst Custom™, KitelyTech's fully engineered build process, around the specific access constraints involved. The diagnostic audits under Katalyst Launchpad™ (fast, fixed-scope assessments) remain a bounded first step: they establish exposure and readiness without deploying anything against controlled data.
An airline growing 20% year over year was outrunning its infrastructure. Server deployments took too long, peak demand had to be absorbed whether planned or not, and the platform's uptime was the airline's ability to sell at all.
A cloud environment built for exactly that operating reality: capacity that flexes for peak and off-peak instead of being bought for the worst day, faster server deployment, shorter time to market, and a move from capital expense to operating expense on infrastructure as a service. The growth keeps coming and the platform keeps absorbing it.
Application governance for flight operations, line maintenance, and logistics
More than 80 applications across flight operations, line maintenance, and logistics, each wired into Oracle, SAP, Salesforce, or FileNet, and no shared governance over how any of them got built. Every release negotiated its own process.
A shared delivery model across the estate: common components, standard integration patterns, and one release process, applied to all eighty-plus applications and their Oracle, SAP, Salesforce, and FileNet connections. Agility returned to an operation that had grown past the point of managing itself.
AI-enhanced manufacturing execution system
Aerospace manufacturing produces machine data constantly, and the existing execution system recorded it without learning from it.
An AI-enhanced MES built on the manufacturer's existing infrastructure with secure data pipelines and an AI layer on top: real-time machine data feeds predictive models for maintenance and waste optimization, so the system that runs the floor also improves it.
VR training simulator for jet engine assembly
Jet engine assembly is precise, expensive to practice on, and unforgiving of mistakes. Training on real engines costs engine time and carries real incident risk.
A VR training simulator for jet engine assembly that lets technicians build skill and speed on the virtual engine, reducing incidents and freeing the physical hardware for production.
