Built for Aviation.
Designed for Scale.
Training modules across cockpit, cabin, maintenance, and operations.
Challenge
Today’s pilot training is costly, constrained, and inefficient because valuable simulator time is filled with basic cockpit familiarization and procedural refreshers rather than high-value scenario work. Full flight simulators are often oversubscribed, forcing training departments to juggle schedules, increase costs, and accept uneven pilot readiness across fleets. Aviation teams need a scalable way to build procedural proficiency and operational confidence before pilots enter the full flight simulators, so real sim hours can focus on advanced skills and compliance.
What we built
We've created a spatial-computing training platform purpose-built for commercial aviation that merges mixed reality with real-world procedures to accelerate readiness. Our solution uses Apple Vision Pro and other headsets to immerse pilots in accurate cockpit environments with airline-aligned SOPs and interactive workflows, enabling immersive procedural training anytime, anywhere. The platform supports remote collaboration with instructors, hands-free interaction, and analytics that integrate into existing learning systems. This is enterprise-grade training infrastructure that boosts retention, readiness, and measurable performance.
Outcome
Pilots trained on our platform arrive at full flight sim sessions better prepared, reducing reliance on costly reconsolidation time and letting departments focus simulator resources where they matter most. Training teams gain consistent procedural proficiency, stronger readiness signals, and clear performance data tied to operational workflows. Organizations experience lower training costs, smoother scheduling, and improved throughput, creating a more predictable path to regulatory acceptance, measurable outcomes, and long-term training efficiency.
Challenge
Cabin crew training must scale quickly while maintaining safety, service quality, and regulatory compliance. Airlines are onboarding more crew from increasingly global talent pools, which adds complexity, travel cost, and instructor dependency. Traditional classroom and simulator-based training limits repetition, makes CRM difficult to observe consistently, and slows both initial onboarding and recurrent training cycles.
What we built
We've developed a mixed-reality cabin crew training experience that transforms real galley and cabin procedures into immersive, on-demand simulations. Crew members can train collaboratively or individually from anywhere, repeating critical scenarios with consistent standards. Multi-user exercises make CRM observable and measurable, while reducing reliance on in-person instructors and fixed training facilities.
Outcome
Cabin crew can achieve higher procedural consistency with faster onboarding and more efficient recurrent training. Airlines can reduce training travel, instructor load, and scheduling friction while maintaining safety and service standards. Onboarding timelines shorten by 20% or more, with recurrent training efficiencies reaching 25%, all without sacrificing quality.
Challenge
Maintenance training requires hands-on exposure to complex systems, yet live aircraft access is limited, risky, and expensive. As fleets grow and maintenance teams scale globally, ensuring consistent procedural understanding across locations becomes increasingly difficult. Traditional training methods limit repetition and create gaps between theory and real-world execution.
What we built
Our mixed-reality maintenance training places technicians inside realistic, spatially accurate environments, where they can safely interact with systems and procedures. Below-the-wing operations and other maintenance scenarios can be rehearsed repeatedly and without risk to equipment or personnel. Training is portable, standardized, and accessible wherever teams are based.
Outcome
Maintenance teams build confidence and procedural fluency before working on live aircraft. Airlines reduce errors, improve task readiness, and standardize maintenance training across fleets and regions. Training becomes safer, more repeatable, and less dependent on physical aircraft availability.
Challenge
Ground operations involve tightly coordinated procedures performed under time pressure, often with limited margin for error. Training large, distributed teams on complex workflows is difficult using traditional classroom methods, especially when real-world scenarios are hard to recreate safely and consistently.
What we built
Ground operations teams can train in immersive, scenario-based environments that mirror real procedures and spatial layouts. Teams can rehearse workflows collaboratively, visualizing interactions and sequences in context, without disrupting live operations. Training can be deployed consistently across locations and adapted to evolving operational requirements.
Outcome
Ground operations teams gain clearer procedural understanding and stronger coordination before entering live environments. Airlines improve safety, reduce operational friction, and ensure consistent execution across bases. Training can scale without adding complexity or disrupting daily operations.
Challenge
As training volumes increase, instructor availability does not scale at the same pace. New hires often require more repetition and guidance, while training departments struggle to maintain consistent standards and visibility into individual proficiency without increasing workload.
What we built
DART is our AI-driven training assistant, designed to guide, observe, and assess procedural training. Trained on your SOPs, checklists, and reference materials, DART provides real-time guidance while capturing performance data across sessions. It acts as both a procedural coach and a structured performance lens, without replacing human instructors.
Outcome
Time-to-proficiency decreases without increasing instructor burden. Training teams gain consistent standards, repeatable guidance, and clearer performance insights across pilots, crew, and technicians. DART enables scalable training with accountability built in, turning repetition into measurable progress.
From challenges to consistent outcomes.
Explore how standardized workflows deliver measurable readiness across teams and bases.