Defense Acquisition & Transition 101

This CSIS analysis, by Kateryna Bondar — a former adviser to the Ukrainian government on defense and innovation reform, now at CSIS — is the clearest institutional account of how Ukraine rebuilt its acquisition system to field commercial technology at wartime speed, and what the United States could learn from it. Its core finding is structural rather than technological: faced with an existential war, Ukraine carved out a separate, parallel, radically simplified ‘commercial-first’ procurement track and decentralized buying authority down to individual units, so that commercially developed systems — overwhelmingly unmanned — now approach roughly half of its defense procurement spending. By shortening the distance between a frontline need and a funded contract from months or years to days or weeks, Ukraine turned its private defense-tech sector into an extension of the force. The paper argues the U.S. could adopt these war-tested methods — commercial-first budgeting, rapid iterative buying, and unit-level demand signals — without importing the desperation that produced them. For Helicon this is the single most on-thesis institutional source: it is the Helicon argument — frontline innovation moving into trusted allied transition — made by a recognized institution, and it underscores that the pathway, not just the technology, is the hard part. This is a Helicon-written summary; read the full analysis at CSIS.

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The Defense Innovation Unit’s Work With Us page is the clearest public explanation of one of the fastest commercial-to-Department-of-Defense pathways. DIU exists to bring proven commercial technology into military use quickly, and the mechanism it describes is distinctive. Rather than a traditional procurement, DIU issues a Commercial Solutions Opening — a problem statement inviting commercial solutions — and then awards Other Transaction (OT) prototype agreements to selected companies, typically in roughly 60 to 90 days. The OT authority sidesteps much of the Federal Acquisition Regulation overhead that slows conventional contracting, and a successful prototype carries a built-in path to follow-on production without a fresh full-and-open competition. The contrast that makes this matter is timeline: the traditional defense contracting cycle often runs 12 to 24 months before a company even begins work, long enough to exhaust a startup’s runway. By compressing that to weeks, DIU lowers the barrier for commercial and dual-use firms — including allied innovators — to engage the U.S. military. Helicon structures transitions around real pathways like this one, choosing the route that fits the maturity of the capability and the needs of the customer rather than forcing every technology through the same door.

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Intellectual property is the question every innovator asks before engaging the U.S. government, and DIU’s Other Transaction (OT) framework gives a reassuring answer. Under these agreements, IP is generally retained by the company; the government typically receives a license or government-purpose rights to use what it paid to develop, rather than taking full ownership of the underlying technology. That arrangement lets a firm keep commercializing its product in other markets while still supplying the Department of Defense. Equally important is the transition mechanism: a successful OT prototype can move directly into follow-on production without re-competing the work through a new full-and-open solicitation, which removes a notorious valley of death where promising prototypes die for lack of a contracting path. The practical lesson for innovators — and the discipline Helicon applies — is that IP ownership, licensing terms, and export posture (ITAR and EAR considerations, especially for allied technologies) should be structured deliberately at the very start of an engagement, with qualified legal and export counsel, not negotiated under time pressure once a deal is on the table. Getting the IP and export structure right early is what makes a clean, durable transition possible later.

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The Blue UAS Cleared List is the U.S. government’s roster of commercial small drones that have been vetted as compliant with National Defense Authorization Act (NDAA) restrictions — chiefly the bans on certain foreign-made components and manufacturers — and cleared for federal use. For buyers, it is a trusted shortlist: choosing a Blue-listed platform means the supply-chain and security vetting has already been done. DIU announced that responsibility for maintaining the list transitioned to the Defense Contract Management Agency (DCMA) on December 3, 2025. The handoff is more than administrative. It ties trusted-drone vetting to the agency that already manages contract compliance across the defense-industrial base, signaling that the government intends to treat drone trust as an ongoing compliance discipline rather than a one-time certification. The deeper point, and the reason it appears here, is that supply-chain trust runs all the way down to the bill of materials — the radios, flight controllers, cameras, and chips inside a system, and where they are made. For Helicon, this is a manufacturing discipline: knowing a system’s component lineage and qualifying compliant, trusted sources is part of what makes a capability fieldable in allied ecosystems.

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DIANA, NATO’s Defence Innovation Accelerator for the North Atlantic, is the Alliance’s flagship pathway for moving dual-use deep technology toward allied defence and security use. It runs structured challenge programmes inviting companies to solve defined defence and security problems, and selected firms receive grant funding, a structured acceleration programme, and expert mentoring rather than just a check. What sets DIANA apart is the infrastructure behind it: a network of accelerator sites and test centres spread across the Alliance — on the order of two dozen accelerators and well over a hundred test centres — that give companies access to specialized facilities and end users they could not easily reach on their own. The grants are commonly structured in phases, with an initial phase grant typically around EUR100,000 and further phase funding up to roughly EUR300,000 for projects that advance. Beyond money, the real value is access: a credible route to market within the NATO enterprise and allied markets, plus the validation that comes from being selected by an Alliance programme. For Helicon, DIANA is one of the concrete allied innovation pathways worth tracking on behalf of Ukrainian and allied innovators who need trusted, legitimate routes from a working prototype to fielded allied capability, rather than ad hoc deals. It is a real example of how innovation becomes capability inside the Alliance.

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The European Defence Industrial Strategy (EDIS), presented by the European Commission, is the EU’s strategy for strengthening the European defense-industrial base, and it is the policy frame for how allied manufacturing and readiness are organized on the European side. Its core aim is to make the European defense industry more ready, more responsive, and more collaborative. In practice that means several connected shifts: boosting joint and collaborative procurement so member states buy together rather than fragmenting demand across dozens of incompatible national programs; expanding production capacity so industry can surge output when needed; and building more resilient supply chains so Europe is less exposed to single points of failure for critical inputs. The deeper change EDIS signals is one of posture — moving from reactive, emergency support driven by the war toward sustained, structural investment in defense industry as a long-term strategic priority. The war exposed how thin European stockpiles and production rates had become, and EDIS is the institutional answer to that gap. For Helicon, EDIS matters because trusted manufacturing is increasingly transatlantic rather than confined to any one country. It is the European counterpart to the U.S. industrial-base questions raised by the war, and it is part of the policy context Helicon works within when helping move selected technologies toward trusted allied production across both the European and U.S. ecosystems.

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Brave1 is the Government of Ukraine’s coordination platform for defense-technology innovation — effectively the front door to Ukraine’s defense-tech ecosystem. It was created to connect the parties that otherwise struggle to find each other quickly in wartime: developers and startups building new systems, the military units that actually need them, the state bodies that fund and procure, and investors looking for credible projects. Brave1 organizes this effort across a wide set of verticals, including logistics, unmanned aerial vehicles, ground robotics, demining, cyber, intelligence, navigation, and medical technology, and it offers practical support along the way — grants, testing and evaluation, and a path toward procurement — so that a promising idea can move from prototype to fielded use far faster than a peacetime process would allow. The compression of that cycle, driven by urgent frontline demand, is part of why Ukrainian defense innovation has matured so rapidly. For partners abroad, Brave1 is valuable as a map: it shows where Ukrainian frontline innovation is actually concentrated and how it is organized, which is exactly the context needed to think about trusted, responsible transition into allied ecosystems. Helicon tracks platforms like this not to extract technology, but to understand where capability is emerging and how it might responsibly reach U.S., EU, NATO, and allied production.

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