Eol & counterfeit mitigation
Proactive BOM auditing, active component sourcing, and full component traceability to replace obsolete parts, verify authenticity, and safeguard hardware against supply chain risks.
When legacy hardware hits component end-of-life, supply chain disruptions, or performance limits, we re-engineer critical electronics, preserving business continuity, regulatory compliance, and IP security.
Proactive BOM auditing, active component sourcing, and full component traceability to replace obsolete parts, verify authenticity, and safeguard hardware against supply chain risks.
Pin-compatible drop-in board updates that fit existing mechanical enclosures, eliminating expensive chassis re-tooling.
PCB layout and artwork updates engineered to preserve EMI/EMC performance, electrical characteristics, and manufacturing requirements, while supporting first-pass regulatory re-certification, where required.
Alternative Means of Compliance (MoC) approaches may be considered for specific requirements or standards, depending on project scope and applicable regulatory requirements.
All commercial contracts, non-disclosure agreements, and intellectual property remain strictly protected under U.S. jurisdiction via Aleria Ingram LLC in Florida.
Founded on deep experience in aerospace-grade verification and circuit-level R&D, we apply the exact same rigorous testing protocols to redesigns as we do to new defense and aerospace critical hardware.
Fast, high-density engineering execution powered by our multidisciplinary team in Bogotá, Colombia, giving you immediate access to specialized PCB layout, RF, and embedded talent in real-time EST alignment.
We deliver complete, production-ready documentation packages including updated schematics, gerber files, test reports, and component traceability so your manufacturing line never stalls.
Our structured delivery process pairs strict U.S. project governance with rapid nearshore execution, moving your project seamlessly from initial BOM analysis to verified, production-ready deliverables. Every phase includes defined technical checkpoints and clear milestones to keep your hardware timeline completely predictable. Structured execution with measurable progress.
Deconstruct legacy schematics, map EOL dependencies, and set drop-in requirements.
Select active components, update PCB layouts, and optimize signal and power integrity.
Execute EMI/EMC testing, manufacture prototypes, and deliver production-ready IP packages.
Built for high-reliability hardware.