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Avionics-adjacent software, edge intelligence and connected ground systems for a domain that does not tolerate ambiguity. We build to safety-critical discipline: traceable requirements, rigorous verification and evidence an auditor accepts, from the device to the operations center.
In the air and on the ground, the cost of a defect is measured in more than money. Software has to be traceable, verifiable and resilient by design.
DO-178C*
the design assurance discipline we build airborne software to.
24/7*
availability expected of the systems that keep aircraft and crews moving.
Offline*
edge intelligence that keeps working when the link does not.
Reflecting how we approach safety-critical and mission-critical aviation work.
From the embedded edge to the operations dashboard, with the traceability the domain demands.
Firmware and embedded systems built to DO-178C discipline: traceable requirements, structured verification and evidence from day one.
On-device AI and analytics that run offline and at the edge, where connectivity is intermittent and latency is not an option.
Sensor data, models and dashboards that predict failures and streamline maintenance, repair and overhaul before an issue grounds a fleet.
Hardened communication between aircraft, ground stations and the cloud, with secure boot, signed updates and identity you can prove.
Digital twins of assets and systems for training, validation and what-if analysis before anything reaches the tarmac.
Web, mobile and control-room interfaces for scheduling, dispatch and operations, designed for clarity under pressure.
A verification-led path from a safety-critical requirement to a system you can certify and trust.
Capture requirements with traceability from the start, so every line maps back to an intent and forward to a test.
Architect for safety, security and resilience, with the verification strategy defined before code is written.
Structured testing, reviews and evidence capture, so the system does what the spec says and you can prove it.
Signed updates, monitoring and a documented baseline, so the system stays airworthy through its whole life.
Capture requirements with traceability from the start, so every line maps back to an intent and forward to a test.
Architect for safety, security and resilience, with the verification strategy defined before code is written.
Structured testing, reviews and evidence capture, so the system does what the spec says and you can prove it.
Signed updates, monitoring and a documented baseline, so the system stays airworthy through its whole life.
Edge, embedded and safety-adjacent systems we have shipped in demanding environments. Client names withheld under NDA.
We built a secure-boot pipeline with a hardware root of trust, signed over-the-air updates and full documentation, so a connected device stays trustworthy through its whole life.
Secure boot
hardware root of trust
Signed
over-the-air updates
Traceable
documentation for audit
We deployed an on-device model that keeps generating insight with zero data egress when the network drops, then syncs cleanly when it returns.
0
data egress
Offline
first operation
Edge
deployed on-device
Sensor ingestion, anomaly detection and dashboards on rugged hardware, running around the clock and logging through outages.
24/7
continuous monitoring
Predictive
failure alerts
Rugged
built for the field
Standards and experience
Safety-critical work is not a matter of taste. We design to recognized aviation and quality standards, and we back it with real embedded and edge delivery.
Our experience
Embedded, secure-boot and edge systems shipped into regulated, mission-critical environments across healthcare and industry.
designed to
DO-178C
Airborne software
Design assurance for software in airborne systems and equipment.
DO-254
Airborne hardware
Design assurance for complex airborne electronic hardware.
ARP4754A
Systems development
Development of civil aircraft and systems, from requirements to validation.
AS9100 / ISO 9001
Quality management
Aerospace quality management, on the foundation of our ISO 9001 system.
The result is software and systems that are traceable, verifiable and airworthy, and that hold up when a regulator arrives.
Capabilities
Product Engineering
AI, Data & Intelligent Systems
UX & Product Design
Experience Engineering
Cybersecurity
Compliance Engineering
US · Muscat · Bangalore · Puttur, ISO 13485:2016 · ISO 27001:2013 · ISO 9001:2015
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