Industries · Medical & Life Sciences
Engineering the Future of Medical Devices
We design intelligent hardware and software systems that power compliant, connected, and patient-focused medical innovations.
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Industry Overview
Connected Healthcare Systems, From Sensing to Intelligence
In the medical and life sciences space, performance, reliability, and compliance are non-negotiable. SAS ONE delivers end-to-end product realization services — from embedded electronics and custom software to intuitive user interfaces — enabling faster development cycles and smarter healthcare devices.
Our current healthcare engineering spans wearable sensing (PPG, SpO₂, heart rate and HRV, temperature, motion) running on low-power firmware built for offline field use, through to the connected platforms and clinical applications built around that data.
Whether you’re enhancing an existing product or building a new one, we support your journey from concept to certified device.
Medical & Life Sciences
Software Solutions
- 01
GUI Development
GUI development for diagnostic and monitoring devices
- 02
Touchscreen Interfaces
Touchscreen interfaces for portable medical hardware
- 03
Patient Dashboards
Custom dashboards for patient data & device control
- 04
Embedded Firmware
Secure embedded firmware with real-time performance
- 05
Compliance Architecture
Compliance-aligned architecture (ISO 13485, IEC 62304)
Embedded Hardware
Embedded Hardware & SoM Fit
- 01
Integration-ready SoMs
Beacon EmbeddedWorks SoMs — pre-certified and production-proven.
- 02
Fully Customizable Hardware
Compute, I/O, and enclosure design tailored to your specs.
- 03
Broad Architecture Support
Supports ARM Cortex, Qualcomm, and NXP platforms.
- 04
Driver & Bootloader Expertise
Custom board bring-up, secure bootloaders, and device drivers.
- 05
Designed for Wearables
Low-power, high-performance platforms for diagnostic and wearable applications.
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
Medical & Life Science
Mobile Hearing Solutions
Starkey Hearing Technologies teamed up with Compass Electronics Solutions (CES) to develop a wireless bridge connecting Bluetooth phones to hearing aids. CES supported design to manufacturing, enabling a hands-free mobile experience for hearing aid users.
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Medical & Life Science
Revolutionary Wound Care Device
A wound care company partnered with Compass Electronics Solutions (CES) to design and build their next-gen ultrasound device. Using CES’s user-focused design and ultrasonic expertise, they developed the UltraMIST platform to accelerate healing of chronic wounds.
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Medical & Life Science
Drug Testing Technology
Compass Electronics Solutions (CES) helped Medtox launch its first electronic test reader, boosting testing speed and accuracy. From design to manufacturing and market launch, CES delivered full support. The device connects to lab systems to streamline drug testing.
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Medical & Life Science
Medical Teaching Technology
Medical Education Technologies, Inc. (METI) partnered with us to develop the Universal Simulation Engine (USE), consolidating components, cutting simulator costs by 40%, and eliminating obsolescence risk through advanced embedded and FPGA technologies.
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Medical & Life Science
Chromatography
A returning client partnered with us to develop an integrated chromatography and detection instrument that automates chemical purification. This user-friendly device boosts accuracy, streamlines workflows, and lets chemists focus on critical research rather than manual tasks.
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Medical & Life Science
Connected Defibrillators
The customer aimed to create a compact, rugged Wi-Fi defibrillator monitor to help first responders send real-time patient data to hospitals. Partnering with our team, they accelerated the design and production of this vital life-saving device.
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Medical & Life Science
Next Generation Defibrillators
A healthcare company partnered with us to develop a next-gen defibrillator that’s portable, user-friendly, lightweight, faster to recharge, and suitable for all ages - designed to save lives when seconds count and ready to accelerate market growth.
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Medical & Life Science
Veterinary Testing
A medical innovator leveraged our Torpedo + Wireless SoM to create the first FDA- and CE-approved implantable vision system. Having treated over 350 patients, we continue collaborating to develop the next-generation cortical implant, advancing the future of vision restoration technology.
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Medical & Life Science
Implantable Vision Restoration
A medical innovator used our Torpedo + Wireless SoM to launch the first FDA- and CE-approved implantable vision system. With 350+ patients treated, we’re now collaborating on the next-gen cortical implant to further advance vision restoration.
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Medical & Life Science
Advanced Ambulatory Monitors
A leading medical device innovator partnered with us again to develop their next-gen cardiac monitoring wearable. After successfully using our Torpedo™ + Wireless SoM in the first-gen, they selected our i.MX 8M Mini SoM to enable a smoother upgrade and longer product lifecycle.
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LET'S BUILD THE FUTURE