Work our team has shipped.

The client

An enterprise networking product company shipping a family of wireless gateways and 4G/5G routers, with a growing installed base of customer-deployed devices across multiple markets.

The challenge

The product line had grown to six commercial SKUs built on eight different SoC families — a firmware maintenance nightmare. Each product needed its own OpenWRT (or Android 11) build, 4G/5G modem integration, and network stack tuning. On top of that, the business needed a way to remotely manage thousands of devices in the field: push configuration, roll OTA updates, monitor health, and inspect traffic when things went wrong.

What we did

• Built and maintained OpenWRT firmware across all eight SoC platforms with shared BSP components where possible and product-specific overlays where needed
• Integrated Quectel RM, EC, and EM series 4G/5G modems using custom Linux drivers, tuning throughput and connection stability across regions
• Designed enterprise-grade network configurations — custom firewall rules, VPN tunneling, MQTT telemetry, and REST-based remote management
• Architected and led development of a centralized cloud controller for remote fleet management — configuration, firmware rollout, and health monitoring at scale
• Implemented OTA update flows, real-time device health monitoring, and packet-level inspection tooling for field diagnostics

The client

A precision-positioning hardware company building rugged GNSS receivers and Continuously Operating Reference Station (CORS) base stations for surveying and geodetic applications.

The challenge

The client needed a production-ready embedded Linux stack on two different SoC families — Rockchip RK3399 for higher-end units and TI AM3354 for cost-sensitive variants — with GNSS-grade timing behaviour, sub-meter positioning accuracy, and a reliable path from factory flash to shipped product.

What we did

• Performed full board bringup on both Rockchip RK3399 and TI AM3354 platforms
• Customized U-Boot and the Linux kernel, and built a BSP from scratch for each platform
• Wrote custom drivers for the GNSS front-end and peripheral hardware
• Ported and integrated RTKLIB, tuning real-time kinematic processing to hit sub-meter accuracy
• Automated the firmware flashing pipeline for mass production

The client

An electronics R&D institute developing a next-generation 128-channel medical ultrasound scanner intended for clinical imaging deployment.

The challenge

128-channel ultrasound imaging is one of the most demanding problems in medical electronics — huge data bandwidth, tight power-integrity budgets across multiple rails, thermal management inside a compact enclosure, and full medical-grade EMI/EMC compliance. Any signal-integrity issue becomes a respin, and any respin at this complexity is expensive.

What we did

• Designed a 16-channel SONAR beamformer board as part of the 128-channel system
• Owned power-rail design for the ultrasound system — multiple regulated rails with tight noise budgets
• Ran signal integrity, power integrity, and thermal analysis using HyperLynx before committing to fabrication
• Applied high-speed design discipline throughout — controlled impedance, careful stackup planning, return-path integrity
• Prepared the design for EMI/EMC compliance testing

The client

A medical device company that ships rapid diagnostic test (RDT) analyzers used in clinical and point-of-care settings.

The challenge

The existing single-camera RDT reader had accuracy limitations and a stream of field returns tying up support. The team wanted to evolve to a dual-camera design for better image capture — without a full redesign that would disrupt production, invalidate certifications, or require a new enclosure.

What we did

• Redesigned the optical and sensor sub-system for dual-camera acquisition within the existing form factor
• Modified embedded firmware to drive both sensors, synchronize capture, and hand off the dual image stream to the analysis pipeline
• Ran root-cause investigations on field-returned devices spanning hardware, firmware, and manufacturing process

The client

A stakeholder in North India's dairy ecosystem building a milk collection and analyzer machine.

The challenge

The dairy market is deeply price-sensitive — every rupee in the BOM directly affects the client’s ability to compete. The client needed a full product design that would work reliably in Indian dairy collection environments, be cheap enough to hit an aggressive margin target, and be manufacturable at volume.

What we did

• Owned end-to-end hardware design for the collection and analyzer machine
• Managed component procurement, working suppliers and alternates to hit the BOM target
• Set up manufacturing, assembly, and test flows suitable for the client’s production plan
• Partnered with firmware engineers on the team to deliver the complete product