Prototype Failures
Diagnose hardware that doesn't perform as expected and identify the underlying design issues.
When a product is stalled by technical blockers, unresolved failures, or difficult engineering problems, Aleria steps in to diagnose the root cause, develop a focused recovery plan, and execute the engineering work needed to restore progress. From failed prototypes and unstable electronics to RF performance issues, power problems, embedded-system failures, and difficult verification challenges, we bring together the right engineering expertise to identify what is wrong, determine what needs to change, and move the product toward a working solution.
Diagnose hardware that doesn't perform as expected and identify the underlying design issues.
Investigate circuit failures, signal integrity issues, power instability, thermal problems, and component-level faults.
Troubleshoot poor range, interference, antenna performance, sensitivity, connectivity, and electromagnetic compatibility.
Analyze hardware–firmware interactions, communication failures, timing issues, power consumption, and system instability.
Identify design weaknesses, component problems, manufacturing issues, and changes required to move toward reliable production.
Investigate failed tests, reproduce problems, determine root causes, and implement corrective actions.
Commercial contracts, non-disclosure agreements, and intellectual property are managed through Aleria Ingram LLC in Florida, providing a U.S.-based contractual and IP framework for engineering rescue engagements.
Drawing on experience in aerospace verification, EMI/EMC, and high-reliability systems, we apply disciplined engineering practices to diagnose failures, evaluate root causes, and develop reliable corrective actions.
Our multidisciplinary engineering partners in Bogotá provide specialized PCB, electronics, RF, embedded, power, and test engineering capabilities, enabling Aleria to assemble the right expertise around each technical challenge.
We don't stop at identifying what went wrong. We execute the engineering work required to correct it—from PCB layout and stack-up revisions to grounding, filtering, component selection, firmware changes, and system-level improvements—then validate the solution and prepare the product for its next stage of development, testing, or production.
Our Engineering Rescue process goes beyond identifying what went wrong. We systematically diagnose the problem, isolate its root cause, develop a focused recovery plan, and execute the engineering changes required to restore performance. From hardware and PCB issues to RF, power, embedded systems, and verification failures, we bring the right expertise together to turn technical blockers into validated solutions and move the product forward.
We review the existing design, documentation, test data, prototypes, and failure symptoms to understand what is actually happening.
We reproduce the problem and systematically narrow it down to the hardware, firmware, RF, power, mechanical, or system-level cause.
We develop and execute a targeted corrective-action plan—whether that means redesigning a circuit, modifying firmware, optimizing an RF system, replacing components, or reworking the architecture.
We test the corrected design against the original failure conditions and verify that the solution performs as required.
We document the solution and provide the engineering deliverables needed to continue development, prototyping, testing, or production.
ENGINEERING RESCUE When hardware programs get stuck, we bring the engineering expertise and execution needed to move them forward.