Reverse engineering for IoT & Embedded
Firmware extraction, protocol mapping, and security review for connected devices across consumer and industrial IoT.
Track record · IoT & Embedded
Engagements
30+
IoT & Embedded projects delivered
Tenure
10+
Years serving iot & embedded
Discipline
100%
NDA compliance, every engagement
Cadence
8 wk
Avg. project duration
Capabilities
Services that apply here
Pillars we engage on most often in this vertical.


Practice leads for this industry
Senior engineers with cycles deep in this vertical.
Same lead from kickoff through handover. Names redacted pre-NDA; introduced at scoping.
Firmware Reverse Engineering & Extraction Services
Extract, analyze, and document embedded firmware.
Explore serviceProtocol & API Reverse Engineering Services
Document protocols. Reverse APIs. Decode formats.
Explore serviceSecurity Research & Vulnerability Analysis Services
Vulnerability discovery. Code audits. Exploit research.
Explore service
Selected work
Engagements in this vertical
Anonymized at the client's direction. Methodology and outcomes verifiable on request.
Automatic Fly Feeder — Experimental Stage for a Waste-Processing Investment
An automated fly-feeding system developed as the experimental engineering stage for an investment program centered on waste-processing plants for poultry and pig farming. The feeder is the upstream input to a biological waste-processing chain where fly larvae convert agricultural waste into usable protein and frass.
Read case studyF1 Game Platform — Red Bull Replica with Powered Cockpit Adjustment
A game platform built as a Red Bull F1 car replica, with an electrically-driven pedal and steering-wheel adjustment system that lets each driver position the controls to their own ergonomic preference — without tools, in seconds, before each session.
Read case studyAutomatic Piglet Feeding System — Economic Alternative to a Milk Kitchen
Designed and field-tested an automatic piglet feeding system — a heated, in-pen feeder that serves as an economic alternative to a conventional milk kitchen. Approbated on two reproducer programs with 30%–70% survival uplift on weak piglets, plus a sow-turnover acceleration program after day 15.
Read case study
