Industries · Aerospace & Defence
Engineering Innovation for Aerospace & Defence
From mission-critical embedded systems to AI-enabled edge devices, we deliver secure, high-performance engineering solutions for aerospace and defence applications.
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Industry Overview
Operational Health Intelligence, Precision Location, and Rugged Systems
Aerospace and defence systems demand precision, resilience, and full lifecycle traceability. At SAS ONE, we build embedded hardware and software platforms tailored for extreme environments and complex mission requirements. Our solutions cover satellite subsystems, onboard computing, secure communication, and real-time analytics.
We work closely with organizations like Guizzo Space, an Italian company specializing in certified flight hardware and FPGA-based designs. Through this partnership, we offer complete product realization services — from board-level design and firmware to AI at the edge and secure data handling.
Our current defence engineering spans wearable physiological monitoring for high-altitude and operational environments, UWB precision location for tracking tools and assets in aircraft environments, and AI-driven document intelligence for complex engineering workflows — alongside the rugged embedded systems those all depend on.
Aerospace & Defence
Software Solutions
- 01
RTOS & Bare Metal Software
Deterministic control with low-latency response
- 02
Satellite Telemetry & Control
Reliable comms, error correction, payload handling
- 03
Secure Firmware & Bootloaders
Tamper-resistant, signed boot flows
- 04
AI/ML at the Edge
Object detection, anomaly prediction, edge intelligence
- 05
Ground Control Interfaces
Web-based dashboards for mission control
- 06
Embedded HMI Interfaces
Cockpit and field-device control panels
- 07
Telemetry Processing
Edge analytics and real-time sync systems
- 08
Simulation & Testing Tools
HIL setups, emulators, verification frameworks
Embedded Hardware
Embedded Hardware & SoM Fit
- 01
Custom System-on-Modules (SoMs)
Optimized for harsh conditions with radiation-tolerant specs
- 02
High-Speed PCB Design
Signal integrity, impedance matching, and multi-layer stackups
- 03
Sensor Integration Boards
For accelerometers, gyros, magnetometers, GPS, etc.
- 04
FPGA-Based Subsystems
High-throughput data pipelines and onboard computation
- 05
Low-Power Edge AI Devices
Real-time inferencing for drones, UAVs, and surveillance systems
- 06
Telemetry Gateways & Secure Comms
Built-in encryption, fault tolerance, and data buffering
Powerful, Connected, Ready-to-Deploy
System on Module (SoMs)
i.MX 8M Nano
Based on the NXP i.MX 8M Nano processor. Boasts speeds of up to 1.8 GHz and contains both on-board Wi-Fi (802.11 a/b/g/n/ac) and Bluetooth 4.2
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i.MX 8M Plus
Based on the i.MX 8M Plus processor. Complete with a Neural Processing Unit (NPU), up to four additional ARM Cortex cores running up to 1.8 GHz, on-board Wi-Fi (802.11 ac) and Bluetooth 5.3
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RZ/G2
Based on the Renesas RZ/G2 series of processors. The RZ/G2 SoM series is available in configurations up to an octa-core (4x ARM® Cortex™-A57 + 4x ARM® Cortex™-A53) with advanced graphics and an optional integrated LTE Cat M1 cellular radio.
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Beacon W5+ SoM
Based on the Snapdragon® W5+ Gen 1 Platform from Qualcomm Technlogies, Inc. The world’s smallest 64-bit, quad-core ARM Cortex processor running up to 1.7 GHz (15mm x 27mm), and also includes onboard Wi-Fi and Bluetooth 5.3.
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OMAP35x Torpedo™ SoM
A dime-sized module based on Texas Instruments’ OMAP35x processor family using the 0.4 mm BGA pitch OMAP processor. Ideal for applications that require low power, high performance and DSP functionality within tight space constraints.
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DM3730 / AM3703 Torpedo™ + Wireless SoM
The DM3730/AM3703 Torpedo SoM is a ultra-compact form factor built around Texas Instruments’ DaVinci™ DM3730 and Sitara™ AM3703 processor and WiLink™ 7.0 wireless solution on a single board that is less than one square inch.
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Case Studies
Work in this industry
Aerospace & Defence
Soldier Tracking
A U.S. defense customer partnered with our team to rapidly develop a rugged, wrist-worn GPS-based soldier tracking device. Leveraging our SoMs, engineering expertise, and full lifecycle services, we delivered a compact, durable, and battlefield-ready communication tool on time.
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Aerospace & Defence
Compact & Reliable Military Tech
A defense technology leader approached us for a compact, low-power System on Module (SoM) for their Ruggedized Handheld Computer (RHC). We delivered a solution tailored to military-grade requirements. The project’s success led to a long-term partnership focused on advancing embedded systems for next-generation aerospace and defense applications.
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Aerospace & Defence
Rugged Field Communication Device
This repeat customer needed to rapidly develop a portable networking device that could establish mobile communication in remote or disaster-affected areas. They partnered with our team for development and manufacturing support—relying on our expertise in compact, high-performance communication systems.
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