Frontgrade CEO: Speed Starts in Supply Chain

Speed to field starts in the supply chain. Accelerating the delivery of critical defense systems requires a focus on the entire industrial supply chain, not just prime contractors. James Mitch Stevison, CEO of electronics supplier Frontgrade Technologies, states that visibility and investment must reach the specialized component manufacturers several tiers below the main program.

Stevison, drawing on experience from roles at Mercury Systems, Raytheon, Lockheed Martin, and the U.S. Army, warns that a prime contractor's speed is constrained by its suppliers. Spacecraft, radars, and other complex systems contain thousands of specialized parts with lengthy qualification cycles or limited production capacity. He argues that for proliferated space architectures, the supply base must scale ahead of demand.

Push the Demand Signal Deeper

A key obstacle is weak demand visibility for lower-tier suppliers. While a prime contractor may see a program's long-term trajectory, a critical supplier might only receive individual purchase orders. This lack of foresight prevents suppliers from making necessary capital investments in facilities, automation, or workforce development. Industrial capacity cannot be activated overnight.

For national security space, this means the supply chain must be prepared to scale with the architecture from the outset. Stevison advocates for greater transparency, treating critical suppliers as part of the production strategy earlier. He clarifies, "Greater transparency does not mean guaranteeing every forecast."

Build Second Sources Before They Are Needed

Identifying single-source dependencies only after they cause delays is a critical failure. Qualifying a second source for specialized defense technologies is not a simple procurement task; it requires redesign, integration, testing, and qualification, which takes significant time.

Government and industry should proactively identify these dependencies, especially for technologies supporting multiple priority programs. Second sourcing is not always economically or technically feasible. However, where a component poses a significant production risk, building redundancy should be seen as an investment in readiness. For space systems, this resilience must also accommodate the rapid evolution of electronics.

Invest Before the Constraint Appears

Scaling production requires capital for new equipment, automation, facilities, and workforce development. This investment must come well before increased production begins. Stevison suggests a shared commitment model. The government can provide targeted investment for strategically significant constraints. Industry, however, must also commit its own capital when mission requirements and demand signals are clear.

"We cannot ask government to assume all the risk," Stevison writes. Suppliers should invest in automation, productivity, and manufacturing infrastructure to deliver on national priorities.

Design for Production and Change

Production readiness must begin during the design phase. Historically, engineering has optimized for performance. Stevison argues that design decisions must also consider producibility, supply resilience, and future technology insertion. Can a critical component be replaced without a full subsystem redesign? Can new technology be inserted as threats evolve?

Open, modular, and standards-based architectures can help contain change. The objective should be to design for performance, production, and evolution simultaneously.

Speed is a shared responsibility. Government can provide clearer signals, primes can involve suppliers earlier, and the industrial base can invest ahead of demand. At Frontgrade, Stevison says they are evaluating where to add automation, build second sources, and deploy capital. He believes every company should do the same. Ultimately, speed to field results from thousands of decisions made across the industrial base long before final assembly.