Actuators, positioning, and electromechanical systems engineered to the reliability, validation, and domestic-sourcing standards defense programs demand — and independent advisory for government agencies protecting American technology, trade, and supply.
Three decades developing actuators, electric motors, power electronics, magnetic sensing, and embedded controls to the reliability, safety, and validation standards demanded by high-volume safety-critical automotive systems — directly transferable to defense electromechanical systems. He oversaw the team that developed new sensors, motors, electronics, and software controls — domestically producible, with a first-of-a-kind electronic architecture — now in high-volume production — exactly the domestic, supply-resilient capability defense programs increasingly require.
Note: general engineering advisory; not ITAR or classified work.
Senior engineering judgment brought directly onto the program — to make the hardware reliable, the sourcing resilient, and the validation defensible.
Motors, actuators, and positioning systems assessed and hardened to survive real duty cycles, environments, and the reliability targets a program lives or dies by.
Failure-mode analysis and a validation and test plan that proves the design does what the requirement says — before it fails in the field.
A credible path to motors and electronics that can be built in North America reducing foreign-material dependency — from someone who has already put such designs into production.
Structured investigation of hardware that is failing on the bench, on the line, or in the field — and corrective action that makes it stay fixed.
Sitting between engineering, suppliers, and manufacturing to find what is really happening and drive a failing supplier back to conformance before the schedule slips.
Organization structure, development process, and review discipline that let a team consistently deliver complex electromechanical hardware.
Independent, operator-level advisory for agencies shaping policy and requirements around critical vehicle and industrial technology — grounded in decades of building the systems the rules are meant to protect.
Advises on federal rule-making that protects American industry and competitiveness — with work alongside the U.S. Chamber of Commerce and presentations to federal cybersecurity leadership on protecting critical vehicle and industrial technology.
Steering, braking, and propulsion are safety-critical at every level of autonomy, from driver-assist to fully driverless — if they can be hacked, a vehicle can be steered or stopped by an adversary. Christian helped drive clarification that security requirements apply regardless of autonomy level.
Contributed to requirements that directional-control systems contain no Chinese-origin software by 2027 or electrical hardware by 2029 — with guidance on achieving this without losing capability.
Securing the entire technology-and-materials chain, down to the raw material and the mine, sourced outside China and Taiwan — resiliency assurance, the engineering equivalent of a compliance standard, ensuring everything is safely and verifiably sourced.
Guidance on designing around American and allied chipsets for security-critical systems, so trust is built in at the component level.
An operator's independent read for agencies — the Chamber of Commerce, defense, and programs such as DARPA — on which technologies to invest in, where national capability gaps exist, and how to close them.
If one of these sounds like your program, a discovery call is the fastest way to know whether Prometheus can help.
Independent root-cause and corrective action on the hardware, driven to a resolution your team can verify and own.
Actuator ReliabilityA credible route to motors and electronics producible in North America reducing foreign-material dependency — from designs already in production.
Domestic SourcingDFMEA, validation, and test strategy forged in high-volume safety-critical systems, applied to your electromechanical hardware.
Validation & ReliabilityElectromechanical systems his team developed — domestically producible, with a first-of-a-kind electronic architecture — are in high-volume production, backed by 20+ U.S. patents in electromechanical and vehicle technology. Prometheus takes on a limited number of engagements at a time to stay hands-on — serious inquiries answered within one business day.
Defense engagements at Prometheus center on electromechanical systems that cannot fail in the field. Each capability below pairs a scope of work with its value to a program, spanning actuator and reliability engineering, validation strategy, root-cause recovery, and the domestic, non-adversarial sourcing that hardens supply chains against disruption and single points of failure.
| Capability | What it covers | Program value |
|---|---|---|
| Actuator & reliability engineering | Design, analysis, and reliability of motors and actuators for high-consequence systems | Hardware that performs predictably under demanding field conditions |
| Validation strategy | Test planning, qualification, and traceability aligned to program standards | Evidence a system meets requirements before deployment |
| Root-cause recovery | Structured failure analysis and corrective action on stalled or failing programs | Gets programs back on schedule by fixing the actual problem |
| Domestic / non-adversarial sourcing | Qualification of domestic suppliers for critical electromechanical components | Reduces exposure to adversarial and foreign supply dependencies |
| Supply-chain resilience | Supplier development, recovery, and second-source planning | Protects production continuity against disruption and single points of failure |
“Information and communications technology (ICT) is integral for the daily operations and functionality of U.S. critical infrastructure.”— Cybersecurity and Infrastructure Security Agency (CISA)
Defense electromechanical engineering consulting spans actuators, motors, sensors, and ruggedized assemblies across their lifecycle: requirements, design review, qualification, reliability, and obsolescence management. Prometheus provides independent advisory and interim engineering leadership for government and prime-contractor programs. The scale is significant; the US Government Accountability Office reports the Department of Defense manages a portfolio of major acquisition programs collectively worth well over $1 trillion, where engineering discipline directly drives cost and schedule outcomes.
Domestic and non-adversarial sourcing qualifies components and materials from trusted, allied suppliers rather than high-risk foreign sources, protecting against disruption, counterfeits, and tampering. Prometheus maps supply chains and develops second sources. The concern is well-documented: GAO has repeatedly flagged defense reliance on single or foreign sources for critical items, and reshoring momentum is real, with the Reshoring Initiative reporting that reshoring and FDI announcements have added hundreds of thousands of US manufacturing jobs in recent years.
Supply-chain resilience ensures defense hardware remains producible and sustainable despite disruptions, counterfeits, or adversarial interference. Prometheus builds risk maps, qualifies alternates, and hardens sourcing. The threat is active: CISA identifies the information and communications technology supply chain as a primary target for nation-state actors, and the World Economic Forum has ranked supply-chain disruption among the top global business risks, making resilience a program-survival issue, not an afterthought.
Actuator and reliability engineering characterizes electromechanical devices for life, duty cycle, and failure modes under shock, vibration, and temperature extremes typical of defense environments. Prometheus runs FMEA, accelerated life testing, and MTBF modeling. Reliability is a documented value driver; NIST research on the economics of quality consistently shows that catching reliability defects early costs a fraction of correcting failures discovered in the field, where mission and safety consequences compound.
Root-cause recovery applies structured failure analysis, 8D, and physics-of-failure methods to diagnose and permanently fix failing hardware rather than mask symptoms. Prometheus leads teardown, data correlation, and corrective-action validation. The discipline pays off: as CISA emphasizes in its resilience guidance, “prevention and recovery depend on understanding how systems actually fail,” and rigorous root-cause work turns recurring field failures into closed, verified corrective actions.
Validation strategy for safety-critical systems defines the evidence, test coverage, and traceability needed to prove a system meets requirements before fielding. Prometheus structures verification plans, qualification matrices, and independent review gates. Governance frameworks reinforce this; the NIST Risk Management Framework establishes continuous assessment and authorization of systems, and disciplined validation reduces the costly late-cycle rework that undermines defense program cost and schedule.
Thirty focused minutes. Tell us what's stuck — you'll leave with an honest read on the cause and the path forward, whether or not we work together.
Book a Discovery CallPrometheus takes on a limited number of engagements at a time to stay hands-on. Serious inquiries answered within one business day.