When documentation is missing and the device must be revived — we reproduce, optimize, and prepare it for manufacturing. Legally. Precisely. Step by step.
We provide expert functional reproduction and device redesign services for legacy electronics. Even without original schematics or documentation, our advanced reverse engineering and digital twin techniques ensure accurate system restoration, modernization, and reliable long-term performance.
If you’ve landed here, you’re likely facing one or more of these critical challenges in legacy device redesign and modernization:
Your legacy hardware is outdated or unstable, and simple replication is no longer sufficient — you need an optimized redesign tailored to modern performance, reliability, and regulatory standards.
You face challenges integrating legacy systems with current industrial protocols, communication standards, and compliance requirements such as RoHS, REACH, or EMC.
Replacing obsolete components with drop-in equivalents is not enough — your device requires thoughtful hardware redesign to improve efficiency, reduce power consumption, or add new features.
The original documentation or source code may be lost or incomplete, necessitating in-depth reverse engineering combined with architecture rethinking and logic optimization.
You need to extend the lifecycle of critical equipment cost-effectively, minimizing downtime while achieving scalability and easier maintenance.
Legal and technical challenges around IP rights, licensing, and secure firmware handling require a partner who operates with full transparency, NDA protection, and compliance.
You’re looking for advanced engineering support, including digital twin simulation, prototype iteration, and system integration to future-proof legacy devices.
Your business demands not just a copy, but a robust, sustainable redesign that aligns with your evolving technological and business goals.
If any of these resonate, you’ve found the right partner. We specialize in innovative hardware redesign, legacy system modernization, and engineering solutions that empower your technology to perform better, longer, and fully compliant.
We specialize in rebuilding and redesigning electronic devices and systems when original documentation is unavailable, ensuring full legal compliance and tailored solutions that meet today’s industrial demands.
Our engineering services include:
Precise functional replication based on detailed client specifications, enabling accurate restoration of legacy system behavior without original schematics or source code.
Innovative redesign and modernization leveraging cutting-edge components such as STM32, TMS320, and other current-generation microcontrollers and processors, ensuring improved performance, energy efficiency, and manufacturability.
Advanced reverse engineering conducted under strict intellectual property compliance and with full client authorization, providing lawful and ethical service delivery.
Digital twin development for high-fidelity modeling, simulation, and optimization, enabling scalable testing and accelerated time-to-market for redesigned hardware.
Custom PCB layout design and hardware prototyping, utilizing industry-leading CAD and fabrication tools to ensure design-for-manufacture (DFM) and design-for-assembly (DFA) best practices.
Comprehensive functional validation and reliability testing, including environmental stress tests, EMC compliance, and signal integrity verification to meet stringent quality standards.
Legacy system upgrades aimed at full compliance with modern safety, energy efficiency, communication protocols, and environmental regulations such as RoHS and REACH.
End-to-end project support, from initial concept through prototyping, certification preparation, to full-scale production readiness.
Our solutions are designed not only to restore but to elevate legacy equipment, reducing downtime, lowering operational costs, and future-proofing your technology infrastructure.
Inquiry and Legal Check
We start by assessing the project scope, legal conditions (ownership verification, NDA, no unauthorized cloning), and technical feasibility.
Functional Analysis
We analyze the behavior, inputs/outputs, and interaction logic of the device — focusing on functional equivalence.
Digital Rebuild and Redesign
We reconstruct the digital schematic, optionally adapting the architecture to modern components and standards.
Prototype and Testing
We build a working prototype and run functional, stress, and compliance tests.
Delivery and Support
You receive all schematics, firmware, and documentation. We can support you further with integration, scaling, or manufacturing.
Engineering-Driven
Our work goes far beyond teardown. We rebuild functionality through schematics, firmware, logic, and signal behavior.
Legally Accountable
We verify your legal right to the original device and execute every project under NDA and EU IP regulations.
Modern Redesign
We don’t replicate flaws. Instead, we optimize performance, EMC resilience, and manufacturability using current-generation components.
End-to-End Execution
From reverse analysis to validated prototype — we deliver working hardware, not just diagrams.
Yes — as long as you own the hardware and can provide a sample. We analyze, model, and replicate its functional behavior.
We do not engage in cloning or illegal duplication. Every reverse engineering or redesign project is performed exclusively under documented client ownership of the original hardware, or upon official request by the legal owner.
We don’t copy encrypted firmware, violate patents, or use third-party trademarks without explicit permission. We fully comply with:
Our mission is to help you restore, upgrade, or extend the life of your own equipment — ethically, transparently, and 100% legally.
Redesign & reproduction of industrial pump control board
Client had no schematics or documentation. We rebuilt the topology, tested functionality, improved thermal behavior, and delivered a production-ready redesign.
Restoration of a legacy telemetry unit with missing firmware
Device was obsolete and unsupported. We reverse-modeled its behavior, upgraded to STM32, re-engineered the firmware, and re-integrated into the client’s network.
Redesign of a 1990s proprietary controller
Client avoided full system replacement by modernizing the controller. We provided a drop-in hardware redesign, ensured compatibility, and trained their maintenance team.
Tell us what you’ve got — we’ll help you recover, reproduce, or rethink it.
→ Submit a short brief
→ Get an engineer’s initial opinion
→ Decide when you’re ready
