ABOUT REVORIX

An engineering company built around the full product, not a single deliverable.

Revorix Engineering extends the specialist identity of ObsoletePCB Solutions into a broader hardware, firmware and product-engineering practice.

REEngineering
legacy forward.
FOUNDER-LED ENGINEERING

Built from years of hands-on freelance product work.

Founded by Electrical Engineer Tabish Irfan, Revorix Engineering brings together PCB design, reverse engineering, embedded systems, IoT and mechanical product development.

The company model is intentionally practical: understand the real hardware, define interfaces clearly, design with manufacturing in mind and deliver editable files that the client can continue using after the project ends.

Work can begin with a single legacy PCB or evolve into a complete product spanning electronics, firmware, enclosure and companion software.

ENGINEERING PRINCIPLES

What the Revorix name should stand for.

01

Evidence over assumption

Unknowns are documented, measured and reduced before they become expensive design decisions.

02

Design for the next stage

Prototype work should not make manufacturing, servicing or future revisions unnecessarily difficult.

03

Editable handoff

Clients should receive usable engineering sources and documentation, not only rendered outputs.

04

Respect confidentiality

Project material is treated as client engineering data and public portfolio use is intentionally selective.

TOOLS & PLATFORMS

Built for real electronics workflows.

Tool choice follows project needs and client handoff requirements.

EasyEDA ProKiCadAutodesk Fusion 360STM32CubeIDEESP-IDFArduinoFreeRTOSFlutterFirebaseGitJLCPCBPCBWay
OBSOLETEPCB → REVORIX

The domain stays. The capability expands.

obsoletepcb.solutions remains a strong technical address for legacy-board work. Revorix Engineering is the company identity that can grow beyond reverse engineering into new electronics, embedded products and product development.

Have a board, concept or prototype?

Bring the engineering problem. We’ll define the path forward.