Federal agencies have more private-sector innovation available to them than at any point in recent memory. Robotics, automation, advanced manufacturing, and modern construction methods are all within reach. Yet the agencies trying to put these tools to work keep running into the same wall, and it rarely has much to do with the technology itself.
The real constraint is whether that innovation can be adapted to function inside federal compliance, procurement and mission requirements. Getting that translation right, more than any single technical breakthrough, is what separates a successful modernization effort from one that stalls.
The fluency gap
Most federal modernization efforts don’t fail on the technical merits. The engineering problem is solved. What derails projects is everything surrounding the engineering: Federal Acquisition Regulation (FAR) requirements, documentation standards, and contractual obligations that government work demands, and commercial work simply doesn’t. Private-sector specialists, even highly capable ones, often arrive without that fluency, and building it takes deliberate effort.
A recent modernization of how the U.S. Army Corps of Engineers produces the concrete mattresses used to stabilize the banks of the Mississippi River. led by Salas O’Brien’s project team, illustrates the point well. The project’s private-sector partners brought world-class expertise in manufacturing, automation, controls, hydraulics and industrial systems, but many had limited experience operating inside the federal contracting environment. The gap wasn’t technical capability. It was learning to navigate a system with its own language, processes and expectations.
That gap was evident among the specialized commercial subcontractors supporting the project. Accustomed to commercial manufacturing work with comparatively streamlined requirements, they were confronted instead with a lengthy prime contract, extensive FAR clauses and subcontract flow-down requirements, detailed government specifications, cybersecurity and quality-control obligations, and documentation standards far removed from commercial practice. Many felt overwhelmed by the volume and complexity of it all, and uncertain how to satisfy those requirements while still executing highly technical scopes of work.
Closing the gap
Bridging that gap was critical to the Automated Mat Casting Facility project’s success. Rather than expecting commercial firms to become federal contracting experts overnight, the project team worked to translate government requirements into familiar engineering, manufacturing and business processes.
Through regular communication, compliance guidance and collaborative problem-solving, subcontractors gained the confidence to navigate the federal acquisition environment while staying focused on what they did best. As that understanding grew, these companies became stronger partners, not just on this project but for future federal work.
Modernizing federal infrastructure requires building pathways for innovative commercial firms to participate in government programs without getting discouraged by the complexity of federal contracting. Closing that fluency gap is often what determines whether strong private-sector capability ever makes it into the federal marketplace at all.
The mission comes before the vendors
Federal teams are typically built in one of two ways: scope is fixed first, and vendors are matched to it, or the mission is understood first, and the team is built around what that mission requires. The second approach demands more upfront work, but it produces teams built to solve the right problem rather than execute a predetermined one.
On the Automated Mat Casting Facility project, the objective wasn’t simply a production facility. Rather, the objective was to help USACE sustain a revetment program critical to a navigable waterway. That framing led the team at Salas O’Brien past familiar design and construction partners toward specialists in precast concrete, automation and industrial production, in some cases sourced from outside the United States. Geography and discipline mattered less than finding people capable of solving the mission.
Alignment is cheapest early, expensive late
The highest-value work on any modernization project tends to happen before a single component gets built. Getting automation, engineering, and construction disciplines into conversation early surfaces conflicts while they’re still inexpensive to resolve, rather than after they’ve been poured into concrete or wired into a control system.
On this project, teaming partners were selected in part for their willingness to stay focused on the shared mission rather than defend an individual scope of work. That alignment kept disciplines in continuous peer review with each other, catching dozens of smaller conflicts in material flow, structural design, and construction sequencing before any of them reached the field.
None of these were dramatic saves. They were just steady, cumulative risk reduction, the kind that rarely gets celebrated but consistently protects a budget and a schedule.
Building on what the government already has
The Automated Mat Casting Facility sits on a casting yard USACE had already used for mat production for decades, inheriting land, storage, and lay-down space that didn’t need to be built from scratch. That decision alone meaningfully reduced the project’s schedule and cost exposure, and it points to a broader strategy other modernization efforts would do well to consider before defaulting to new construction.
Modernization doesn’t require a blank slate. Treating every effort as a greenfield build adds cost and risk that often isn’t necessary. Federal agencies have often sat on existing land, infrastructure and operational knowledge for decades. So the smartest modernization efforts look for ways to build on that foundation rather than around it.
Translating the requirements
The most common failure point in federal modernization has little to do with the sophistication of the technology involved. It happens when a team treats the technology as the goal itself, rather than as a tool serving a larger operational outcome. Automation, robotics, and advanced manufacturing are only as useful as the mission they’re built to support.
Just as important is understanding the environment in which a solution has to operate. Federal work means balancing innovation against contracting requirements, regulatory compliance and long-term operational needs. Even the most capable technology will underperform if it can’t function within the realities of federal acquisition and delivery.
The firms and agencies that get modernization right focus on the slower, less visible work of making technology fit inside a system it wasn’t originally built for. That translation work is the actual skill, and it’s the real reason some first-of-its-kind ideas become durable infrastructure while others stay pilot programs indefinitely.
Charlie Gaines is a vice president and robotics & automation federal sector lead at Salas O’Brien.
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