The Army just handed three mid-tier defense companies the keys to defining how U.S. soldiers will fight in the electromagnetic spectrum for the next ten years. Pacific Defense Strategies, SRC, and Herrick Technology Labs were awarded simultaneous prototype contracts under the Electromagnetic Warfare Rapid Integration System (ERIS), a program designed to deploy modular EW capabilities across air, ground, and autonomous platforms to counter advanced RF threats in contested operations. One prototype will advance to an operational demonstration phase. The winner from that downselect will likely own the reference architecture for the Army's division-level spectrum-dominance posture, a position worth examining because it represents a deliberate departure from how the Army has bought EW systems for the past two decades.
This move makes sense only if you understand what came before. The Army spent more than a decade building the Multi-Function Electronic Warfare Air Large (MFEW-AL), a program of record designed as a single integrated airborne EW system. It failed, not catastrophically, but slowly enough that last summer the Army formally abandoned it and pivoted to acquiring EW payloads in response to urgent operational needs statements instead. That decision was not an admission of failure; it was a strategic reorientation. The Army realized that EW threats evolve faster than program-of-record development cycles can adapt. A single integrated system becomes obsolete before it reaches the fleet. Modular payloads that can swap out sensors, processors, and jamming capabilities without redesigning the entire platform move at venture-capital speed, not acquisition-command speed. ERIS is the institutional embodiment of that lesson.
The three awardees represent different strategic bets. Pacific Defense Strategies brings integration expertise and relationships in Army special operations. SRC has deep signal-processing heritage and government RF lab connections. Herrick Technology Labs is known for rapid prototyping and autonomous-platform integration. No contract values were published, but CPE ISW (the Capability Program Executive Office for Intelligence and Spectrum Warfare) is funding three separate prototype efforts simultaneously, which signals the Army is willing to spend capital to explore architectural diversity rather than bet the stack on a single vendor's vision. The operational demonstration phase, where one prototype gets tested in a live exercise with division-level formations, will determine which architectural approach the Army believes scales across contested operations. That demonstration becomes the reference design for follow-on production and integration.
The timing is not incidental. The Army's FY27 budget request includes $76.1 million in EW procurement and $47.9 million in R&D, explicitly accelerating division-level electronic warfare capability. The budget narrative emphasizes alignment between EW companies and intelligence and electronic warfare (IEW) battalions, using live events with learning demands to refine how formations actually fight in the spectrum. ERIS sits at the intersection of that investment and that doctrine shift. The Army is not just buying hardware; it is buying into a new operating model where EW is treated as a modular, teachable, platform-agnostic capability rather than a specialized black box. Companies that understand that distinction will win.
Who benefits here is straightforward: the three awardees get to shape Army doctrine and reference architecture, which translates to production contracts if they win the demonstration phase. Who does not benefit is equally clear. Legacy EW primes that built their business around integrated systems, Raytheon's EW division, Northrop's RF systems group, are not named in ERIS. Neither are the boutique EW startups that bet on a single sensor or signal-processing breakthrough. The Army is selecting for integrators, not inventors. This favors companies that can orchestrate modular capabilities across heterogeneous platforms (a term meaning different processor types and operating systems working together) and connect them to division-level command and control. That is a specific technical and organizational capability that not every defense company possesses.
Watch three things. First, the Army's announcement of the operational demonstration phase and its location, that will tell you which formation, which geographic theater, and which threat scenario the Army is actually prioritizing. Second, watch whether a second-phase downselect happens as scheduled or gets extended, delayed, or cancelled, acquisition delays are the first signal of technical or political friction. Third, watch the production contract that follows. If the Army transitions directly from operational demonstration to a multi-year production order, ERIS is real. If the Army opens a new competition, or bifurcates the contract, or demands extensive redesign before production, the three prototypes competed on an uneven playing field and the Army learned something it did not expect.