We provide electronics reverse engineering services to analyze existing hardware, extract designs, identify components, and understand functionality. From legacy and obsolete PCBs to complex electronic systems, our reverse engineering process helps businesses recreate, improve, validate, and develop products while maintaining ethical and IP-compliant practices.
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From physical teardown to a fully reconstructed design — everything you need to understand, replicate, or improve an existing product.
Disassembling each component provides important insights into the design, materials, assembly process, and operation.
Using advanced engineering analysis methods, it is possible to convert the physical pieces into exact
Material Investigation and Component Evaluation Spectrometry and analysis Investigating materials and understanding the way they behave under the influence of the environment and whether they meet the requirements set.
Real-life investigation to see the places where product gives better or worse performance than expected.
Making a circuit design that can be changed and manufactured.
Getting structured information concerning the competitor's R&D decisions so that one can better navigate in the market and improve one's roadmap.
The scanning tools, testing methods, and software our reverse engineering team works with every day.
Product teardown and design reconstruction for OEMs and product teams across India including Mumbai, Thane, Pune, Bangalore, and Delhi NCR.
Obtaining drawings of legacy PLCs and controllers if the original design files are missing is also an example of the reverse engineering industry.
Analyzing existing hardware solutions concerning connected devices may help define architecture and pricing of a planned product.
The thorough process of documenting and disassembling analysis of monitoring devices will provide the necessary information to create a brand new, design meeting applicable regulations.
The competitive teardown and benchmarking will help in understanding pricing strategies and engineering choices of the competing products.
There is a need for the reconstruction of the ECU and sensor modules for the legacy vehicles and aftermarket applications.
Reverse engineering involves the reconstruction and analysis of metering devices.
Reverse engineering involves teardown and production analysis of the foreign and legacy devices in complete secrecy.
Disassembling smart home and building devices can provide the information needed to develop a new product.
RhoSigma provides reverse engineering for organizations operating in automotive, industrial automation, energy, defense, healthcare, and consumer electronics sectors.
Logos shown represent the industries and organization types Rhosigma works with, for illustrative reference only, and do not imply an existing client, partnership, or endorsement.
A documented, repeatable process used on every engagement — built around the three fundamentals of information extraction, modelling, and review.
Objectives, deliverables, and confidentiality requirements established prior to any hardware being handled.
The original object is analyzed in depth, and all possible information is extracted.
Stage by stage disassembly and documentation through photographs and notes.
Extraction of information through abstraction into a precise digital representation – 3D scanning and engineering analysis together.
Analysis of materials and components and correlation with specifications.
Circuit schematic, netlist, and CAD model reconstructed from the original hardware.
Verification of the model in different environments to make sure that the object has been successfully reverse-engineered.
A complete documentation package provided – for redesign or manufacturing.
Answer 7 quick questions — we'll turn it into a spec and you can send it straight to our engineering team on WhatsApp.
Expand any service for a detailed breakdown of what Rhosigma actually delivers — not a brochure description.
By going deep into your product's internal design, materials, manufacturing processes, and overall function, teardown is crucial to your product’s long-term health and a high level of understanding what you have. These processes highlight where durability and functional issues hide. Component-by-component breakdown with photos and detailed analysis
Convert physical objects into near-photorealistic 3D representations. This process allows for detailed design analysis, iterative prototyping, and the streamlining of your time and R&D investment in moving to the manufacturing phase.
A detailed look at what comprises your product to verify materials and components conform to specifications, ensuring longevity and effective operation.
Dissecting your product's operation to determine its capabilities and identify areas of potential improvement through physical testing.
Bring your hardware to life through a reconstructed view of the internal design. Create fully editable schematics and CAD layout files for continued product development. (PCB reconstruction specialists).
Gain a critical understanding of the competition by providing a high-level view of their product design, BOM strategy, manufacturing process, and performance.
Leverage the deep product knowledge gained through teardown and analysis to spark your own product’s evolution. We analyze products and guide innovation using your project needs.
Experience and technical prowess matter, but trust and ethical practice are what truly set a reverse engineering partner apart.
Ethics and intellectual property integrity maintained throughout the entire reverse engineering process.
A tried and tested approach taken in each case for accurate results.
Tools like 3D scanning, disassembly techniques and specialized software for complicated systems.
Seasoned engineers in various fields ranging from consumer electronics to industrial machines.
Many satisfied customers have been assisted through our reverse engineering services.
We work together with you every step of the way with your interests at the forefront.
The insights gained help us come up with innovative solutions, not only analysis.
Quick and efficient way to get things done.
Choose the working model that fits your team, budget, and timeline.
An engagement based on a fixed-price and fixed-scope project, best suited for projects where the scope is fully determined from the start.
A dedicated team of reverse engineers allocated for your product throughout the engagement period.
Augmenting your own internal engineering team with our reverse engineers.
A continuous partnership model focused on product development and innovation.
A look at the categories of reverse engineering projects our team has handled.
Recreating the schematic diagram and the firmware interface of a legacy PLC-based controller for which no documentation is available.
Disassembly of an obsolete industrial sensor module to identify alternative components.
Comparison disassembly and BOM cost estimation of a competitor’s consumer electronics product.
3D scanning and digital replication of a legacy consumer control unit for an automotive project.
A reverse-engineered design is only useful if it can actually be built. We stay involved through the transition to manufacturing — the point where reconstructed designs most often stall.
Reconstructed designs compared to fabrication and assembly limits prior to release.
Fabrication and assembly vendors selected based on your desired quantity and quality level.
Alternatives sought and secured for each obsolete and sole-source component.
Direct control over initial production runs based on the reconstructed design.
Each rebuilt product tested against behavior of the original product.
Reverse engineering is the disassembly of an existing physical product, including physical hardware, circuit boards, or mechanical parts to discover how it was designed, what materials it is composed of, and how it works. Reverse engineering is the practice of examining an object that has been completed to work backwards to discover the blueprint so it can be maintained, replaced, upgraded, and understood.
Questions we hear on every reverse engineering scoping call.
The disassembly of an existing product and the extraction of all relevant design, material, and functional information about it, including schematics, 3D models, and documentation from the hardware itself.
Yes, as long as it is used to understand, maintain, repair, and improve a product one owns or has been authorized to work on. RhoSigma adheres to a high standard of ethics during any reverse engineering project.
Depending on the scope of the project, RhoSigma can deliver 3D CAD models, rebuilt schematics and PCB layouts, bill of materials, material analysis report and functional test results, which are fully documented and prepared for redesign or manufacture.
Yes, our team performs a complete traceability of the physical board layer by layer, identifies the components, and rebuilds the schematics and netlist from the bare PCB in case there were no available design files — full PCB reconstruction from hardware only.
Depends on the scope of the project. A basic product teardown and analysis can take from 2 to 4 weeks. Rebuilding of the schematic and creation of a 3D model for a complex multi-board system can take 2 to 4 months.
Common reasons include replacing obsolete components, recreating lost design files, competitive benchmarking, redesigning a legacy product, or understanding a competitor's product architecture.
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Where innovation meets excellence in the world of electronic technology. Established with a passion for advancing the boundaries of what's possible.
info@rhosigma.in
602-B, Virani Business Center, Opp Bharat Gears Limited, Kausa Mumbra, Thane 400612.