Reverse engineering services
Decode.Reconstruct.Reimagine.
We recover source from compiled binaries, reconstruct circuitry from decapped silicon, document the protocols your devices speak, and develop custom hardware and embedded systems tailored to customer requirements — including electronics engineering, firmware, software development, prototyping, and full-cycle product engineering — under NDA, with audit-grade artifacts.
Trusted by teams at
- AEROSPACE-CO
- AUTOMOTIVE-CO
- MEDICAL-CO
- DEFENSE-CO
- INDUSTRIAL-CO
- ENERGY-CO
On the benchPractice LeadAnonymized pre-NDAActive Lab
Engagements
12
Disciplines
6
Under NDA
100%
Cycle
24/7
Tier 01 — Reverse Engineering
Specialist Reverse Engineering Services
Six specialist reverse engineering services for organizations that need to understand systems, software, and hardware they did not build. Outputs are evidence-grade and audit-ready.
- Software Reverse Engineering Services — keyword imagery
Software Reverse Engineering Services
Decode binaries. Recover logic. Restore source code.
Explore Software RE - Hardware Reverse Engineering Services — keyword imagery
Hardware Reverse Engineering Services
PCB analysis. Schematic recovery. Chip-level reverse engineering.
Explore Hardware RE - Firmware Reverse Engineering & Extraction Services — keyword imagery
Firmware Reverse Engineering & Extraction Services
Extract, analyze, and document embedded firmware.
Explore Firmware RE - Mechanical Reverse Engineering & 3D Scanning Services — keyword imagery
Mechanical Reverse Engineering & 3D Scanning Services
3D scanning. CAD reconstruction. Physical part recreation.
Explore Mechanical RE - Security Research & Vulnerability Analysis Services — keyword imagery
Security Research & Vulnerability Analysis Services
Vulnerability discovery. Code audits. Exploit research.
Explore Security Research - Protocol & API Reverse Engineering Services — keyword imagery
Protocol & API Reverse Engineering Services
Document protocols. Reverse APIs. Decode formats.
Explore Protocol RE
Tier 02 — Engineering & Development
Full-cycle hardware, device & systems engineering.
We design and develop custom instruments, industrial devices, equipment, and technological systems — from concept and system architecture through mechanical, electronics, embedded, control, and process engineering, into prototyping, engineering validation, and production preparation. Software, firmware, and applications appear as supporting engineering disciplines within the broader industrial-engineering context — not the offering itself.
- Instrument & Industrial Systems Engineering — keyword imagery
Instrument & Industrial Systems Engineering
Full-cycle development of instruments, industrial devices, and technological systems.
Explore Instrument & Systems Engineering - Custom Software Development Services — keyword imagery
Custom Software Development Services
Software for engineering systems — and the teams that operate them.
Explore Software Development - Mobile App Development Services — keyword imagery
Mobile App Development Services
Mobile interfaces for devices, instruments, and field operations.
Explore App Development - Website & Web Application Development Services — keyword imagery
Website & Web Application Development Services
Web platforms for engineering products and technical buyers.
Explore Website Development - Server Deployment & Infrastructure Setup Services — keyword imagery
Server Deployment & Infrastructure Setup Services
Deployment infrastructure for the software your engineering programs ship.
Explore Server Deployment - Server Management & DevOps Services — keyword imagery
Server Management & DevOps Services
Operating the software your engineering programs run on.
Explore Server Management
Capabilities
Depth across the stack
Each pillar comes with a specific bench. We bring tools, not aspirations.
What we do
- Binary triage and architecture identification
- Decompilation and control-flow recovery
- Dynamic instrumentation and symbolic tracing
- Build-system reconstruction and parity testing
$ list --tools --pillar=software
- 01import{ IDA_Pro }from'./bench'
- 02import{ Ghidra }from'./bench'
- 03import{ Binary_Ninja }from'./bench'
- 04import{ Radare2 }from'./bench'
- 05import{ Frida }from'./bench'
- 06import{ QEMU }from'./bench'
- $_
Methodology
How we work
Ten phases on every engagement — grouped here into five visible beats. Deliverables and acceptance criteria are fixed in writing before reconstruction starts.
- Phase 01
Discovery & TA
Confidential discovery meeting, fixed-cost quote for a proper Technical Assignment, engineering analysis, and TA drafting — including acceptance criteria and stage cost estimates.
Led by · Engagement Lead
- Phase 02
TA Approval & Legal
You evaluate and approve the TA (or take it elsewhere). On approval, mutual NDA, engagement letter, and the written legal basis are executed before any reconstruction begins.
Led by · Engagement Lead
- Phase 03
Reconstruction
The engineering itself — built to the TA's stage plan and acceptance criteria. Weekly progress reviews, daily lab notes, and photo-logged steps throughout.
Led by · Reconstruction Lead
- Phase 04
Verification
The deliverable is tested against the TA's acceptance criteria and against the reference artifact. Signed attestation issued for regulatory or audit use.
Led by · Verification Lead
- Phase 05
Commissioning & Handover
On-site commissioning in the customer's environment, operator training, and a recorded walkthrough — plus a 30-day support window so your team owns the work end-to-end.
Led by · Handover Lead
Selected work
Recent engagements
Anonymized at the client's direction. Methodology and outcomes verifiable on request.
- Industrial & Manufacturing
Mechanical Engineering Workshop — 600 m² Tooling Production Build-Out
A complete mechanical engineering workshop designed, specified, and established — 600 m² of full-cycle steel processing capacity dedicated to producing tooling for a facing-brick and -tile semi-dry-pressing line. Owned from process design through layout, equipment selection, infrastructure spec, and staffing structure.
Read case study - Industrial & Manufacturing
Heat Recovery System — 350 kW Gas-Powered Reciprocating Power Plant
A heat recovery system designed for a 350 kW gas-powered reciprocating power plant built on the YaMZ-8503.10 engine. Captures useful thermal output from the engine cycle that would otherwise be lost — converting a single-output power plant into a usable cogeneration unit.
Read case study - Industrial & Manufacturing
Automated Facing-Brick Line — 15M Bricks / Year on Semi-Dry Cement Pressing
Designed and commissioned the most-automated production line in its class for facing brick on semi-dry cement-bound pressing — 15 million conventional bricks per year on an 800m² footprint. Owned end-to-end from sketch through commissioning at the first customer site. Operating in production continuously since 2015.
Read case study
Track record
By the numbers
A representative snapshot. Specifics on request, under NDA.
Engagements
0+
Projects delivered
Practice
0+
Years of expertise
Discipline
0%
NDA compliance
Cadence
0 wk
Avg. project duration
Voices
What clients say
Anonymized at the speaker's request. Long-form references on request, under NDA.
The recovered source code let us extend our line by another five years without forced replacement.

M.K.
VP of Engineering, Manufacturing Sector
Anonymized at speaker's request
Ready?
Have something that needs decoding?
Send us a binary, a board, a bus capture, or a part. We'll come back inside two business days with a scoped engagement plan.
Or email contact@reverse-lab.example — PGP encrypted
16 senior engineers · Six disciplines · Anonymized pre-NDA


















