Laboratory with scientific equipment, electronic devices, and workspace

Capabilities

Our Engineering Toolkit

We leverage a full suite of hardware, software, and diagnostic capabilities to design, build, analyze, and modernize systems of all kinds. These capabilities form the foundation of our R&D work and enable us to support legacy equipment, create prototypes, and develop custom solutions efficiently.

PCB Development

Printed circuit board (PCB) for a TRIAC/NEMA signal power converter, with various electronic components, traces, and labels indicating connections and wiring points.

PCB design and layout (single-layer to multi-layer)

Rapid electronics prototyping (breadboards, dev boards, etc)

PCB assembly (hand, reflow, SMD prototyping)

Reverse Engineering & Protocol Analysis

Electronic equipment with circuit boards, wires, and a waveform display on a monitor, set up on a workbench in a workshop.

Schematic capture and circuit design

Reverse-engineered schematics and pinouts

Additive & Subtractive Fabrication

Close-up of a laboratory microscope with focus on the stage and objective lenses.

3D printing (FDM/Resin) for enclosures, adapters, brackets, and prototypes

General CNC milling for custom panels, fixtures, and hardware components

Laser cutting/engraving

Custom Electrical Development

An electronics workbench with circuit boards, a breadboard, monitors displaying code, a keyboard, a notebook with a pen, and various wires and tools.

Microcontroller and embedded system development

Mixed-signal circuit development (analog + digital)

Custom Software Development

Screenshot of a trading dashboard showing various financial charts, graphs, and data tables related to stock and cryptocurrency markets.

Desktop application, middleware, and API integration

Web-based dashboards, simple UIs, and reporting tools

Embedded-to-PC or embedded-to-cloud communication

Embedded firmware development

Signal Analysis & Diagnostics

Electronics testing laboratory with oscilloscopes displaying waveforms, electronic equipment, a computer monitor, and various cables and tools on a workbench.

Oscilloscope, logic analyzer, and protocol analyzer expertise

Reverse engineering unknown signals or protocols

RS-232, RS-485, CAN, I²C, SPI, Modbus, Ethernet, USB, custom/legacy

General Mechanical Design

A small robotic device with a white base, black top, sensors, and wires on a metal workbench, with a yellow battery pack underneath, in a lab setting.

Mechanical design using CAD

Controlled test rigs and automated test tools

Custom enclosure design and modification

Proof-of-concept hardware fabrication

Full-Stack Solutions

A portable radio frequency spectrum analyzer displaying a frequency graph on its screen, connected to multiple test cables and antennas.

Sensor-to-Cloud Solutions

Multi-layer solutions

Legacy Data Modernization

Complete Embedded/Prototype Devices