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[ PERSPECTIVE ]09 Nov 202610 min

Ukraine's Demand Signal & Europe's Defense Buildout

Europe is financing its largest defense-industrial buildout since the Cold War without a working estimate of what to build. Ukraine's procurement platforms already produce one, and they are becoming purchasable.

Jesse Nuese and ⁨Jonáš Nepožitek⁩
09 Nov 2026

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Contents 10 min

Drawn from field research conducted in Kyiv, June to August 2026, by Jonas Nepozitek: 14 semi-structured interviews with Ukrainian and European military, manufacturing, NGO, and government stakeholders, anonymized under NATO phonetic codes.

Europe's defense-industrial policy has answered two questions well. Where is the idle capacity, and how do we finance its conversion. The European Defence Industry Programme and the SAFE instrument are both built around those answers, and the automotive sector's drift into defense production follows the same logic.1

The third question is the one that decides whether the money works. How much of what, for what operational purpose.

Nobody in Brussels has a defensible answer, because the answer is empirical and Europe has not fought the war that would generate it. Ukraine has. Ukraine's procurement system now runs on digital platforms that record, in near real time, what frontline units actually buy when given the choice. That record is the closest thing anyone has to a demand signal for attritional warfare, and Kyiv has started selling access to the idea.

The economics are what should concentrate the mind. Shooting down a Shahed that costs roughly $35,000 with a Patriot interceptor that costs roughly $3.9 million is a tactical win and a strategic loss, repeated at scale until the budget breaks.2 Europe is currently overweight in exquisite systems that may be obsolete in the first weeks of a serious fight and that answer none of the cost math the last four years have produced. The German army chief has said publicly that Russia may test NATO's eastern flank by 2029.3 Procurement decisions taken on 2026 assumptions will still be in the field then.

01What the platforms actually hold

Ukraine's formal procurement stack has four moving parts worth knowing by name.

DELTA is the situational-awareness layer, built by the NGO Aerorozvidka, and it functions as something close to combined joint all-domain command and control.4 Inside DELTA sits Mission Control, launched in early 2026 and now running across all corps and force groupings, which aggregates the performance of unmanned systems.5

ePoints is the incentive layer. Units earn points for confirmed frontline results, verified by camera feed, and spend them on the Brave1 Market. More than 500,000 drone purchases have now moved through that mechanism.6

DOT-Chain Defence is the layer that matters commercially. Units buy mature products directly, using either allocated funds or battle-earned points. The growth curve is the story: at launch in July 2025, 15 manufacturers and a UAH 1 billion pilot allocation.7 In the first three and a half months of 2026, 140 manufacturers, 536 products and UAH 22.9 billion in deliveries.8 By late May, more than 200 manufacturers, around 800 products, and UAH 31.4 billion and 485,000 units delivered in 2026 alone.9 The Ministry of Defence intends to route up to 70 percent of drone purchases through it.10

In March 2026, then-minister Mykhailo Fedorov ordered the stack wired together: a UAV rating built from combat effectiveness (Mission Control and DELTA) and end-user demand (DOT-Chain and Brave1 Market), with high-scoring systems procured automatically and 80 percent of funds directed to combat-proven solutions.11 Ukraine has, in effect, automated the translation of battlefield consumption into purchase orders.

02Three tiers, one that is worth money

Not all of this data is useful to a European buyer, and the distinction is where the commercial judgment sits.

Tier 1 is technical: video feeds, thermal imagery, strike footage, pooled in the Brave1 Dataroom (co-built with Palantir) and used to train models.12 High granularity, high sensitivity, low utility for industrial planning. Too much noise at the micro level, and the security concerns cap who ever sees it.

Tier 2 is operational: kill rates and platform effectiveness expressed through ePoints. Medium utility, and contaminated. The system rewards point generation, which invites units to pursue objectives with suboptimal systems, withhold coordinates from adjacent units, and in the worst reported cases worse than that. Ukraine-specific gaming rates are assessed rather than documented. The closest military precedent, Vietnam-era body counts, ran to roughly 100 percent inflation at unit level and an estimated 15 to 20 percent at aggregated command level.13 One manufacturer interviewed assessed gaming as marginal and end-user sentiment toward ePoints as broadly positive.

Tier 3 is procurement consumption: what units selected, in what volume, at what price, at what delivery cadence. It is the most aggregated, the least traceable to a specific unit or operator, and the one Kyiv has an institutional reason to share, because a published demand signal attracts investment rather than exposing a vulnerability. It also carries the least gaming contamination, because DOT-Chain transactions run on currency as well as points.

For anyone modelling European attritional demand, Tier 3 is the asset. Imperfect and noisy still beats the current baseline, which is no empirical signal at all.

03What this means commercially

Three implications, in rough order of how soon they bite.

For manufacturers building to European tenders. The requirement documents you are bidding against were written from policy assumptions, not consumption data. Where those diverge, the consumption data will win eventually, because the automated Ukrainian system is already procuring on it and European planners will notice. Firms that can show their product line mapped against revealed Tier 3 preferences will be arguing from evidence while competitors argue from specification sheets.

For investors underwriting the European buildout. Expertise and a demand estimate are the scarce inputs. Europe holds the capital and the industrial base; Ukraine holds the expertise and, by the estimate of a former senior Ukrainian officer interviewed, produced only half its UAV manufacturing capacity last year for want of funding. That asymmetry is the trade. It also points at an underpriced position: the intermediary layer between Ukrainian data and European procurement offices. Anonymization, synthetic data generation, and digital-twin recalibration are all required before Ukrainian consumption patterns can inform Baltic or Nordic planning, and none of that infrastructure exists yet at scale.

For anyone assuming the raw data transfers. It does not. Ukrainian attrition patterns come from flat terrain, draftee-heavy force profiles, and a specific adversary posture. Ground-vehicle survivability and terrain-dependent ISR requirements need recalibration before they inform a procurement decision for forested or urban Baltic conditions. Categories less sensitive to terrain and force quality can be used closer to raw.

04The informal layer, and why it will not scale

Below the platforms sits what one interviewee called "beautiful chaos": direct operator-to-manufacturer channels, unit-adjacent fundraising NGOs, and procurement that never touches a government system. It is fast. One manufacturer runs a 24/7 feedback line from frontline operators straight into R&D, effectively a private version of ePoints. Innovation cycles compress to weeks.

It is also invisible to planners. One manufacturer estimated that roughly 99 percent of their operator communication happens through channels leaving no auditable trail. Orders placed over WhatsApp generate no demand signal at all. Cryptocurrency payments and unaudited NGO funding raise corruption exposure and sit badly against European procurement standards. And every unit asking for a tailor-made platform is a standardization problem waiting to arrive.

The lesson for European buyers is a design lesson. Decentralized purchasing authority is what generates Tier 3 data in the first place. A system where higher command sets categories and units choose within them produces continuous revealed-preference data as a byproduct. Procurement culture and data architecture turn out to be the same decision viewed from two angles.

05What to watch

Three things will settle whether this window stays open.

Fedorov's dismissal introduces real uncertainty about the velocity of Ukraine's reforms,14 and the automated procurement system was his project. Whether it survives the transition is the first indicator.

The second is whether data-sharing stays bilateral. Ukraine signed a defence data exchange memorandum with Germany in April 2026,15 and two interviewees assessed the bilateral preference as deliberate, driven by trust calibration and by a faltering view of NATO's internal stability. Bilateral deals advantage whoever signs first and fragment the European picture.

The third is money. The BraveTech EU Ukraine Support Instrument is €300 million, currently allocated only to manufacturing and defense-technology innovation.16 Reallocating part of it toward data-sharing integration, or growing it, is the cheapest available move on this entire problem. Watch whether anyone makes it.

Notes

  1. European Commission, EDIP | Forging Europe's Defence, accessed November 2026, https://defence-industry-space.ec.europa.eu/eu-defence-industry/edip-forging-europes-defence_en; European Commission, SAFE | Security Action for Europe, accessed November 2026, https://defence-industry-space.ec.europa.eu/eu-defence-industry/safe-security-action-europe_en; European Commission, Directorate-General for Internal Market, Industry, Entrepreneurship and SMEs, Henri Heikkonen, Nicolas Listl and Phong Róbert Pham Nam, Repurposing European Idle Industrial Capacities for Defence Production, Publications Office of the European Union, March 2026, https://doi.org/10.2873/5382509. ↑
  2. The New York Times, How Iran's Cheap, Low-Tech Drones Have Cost the U.S., 18 April 2026, https://www.nytimes.com/interactive/2026/04/18/world/middleeast/iran-us-war-drones-cost.html; Department of the Army, FY2026 Missile Procurement justification book (PAC-3 MSE procurement unit cost $3.871 million). ↑
  3. Dmytro Basmat, 'It's NATO-agreed intelligence': German Army Chief Warns Russia Will Be Prepared to Attack NATO by 2029, The Kyiv Independent, 12 June 2026, https://kyivindependent.com/its-nato-agreed-intelligence-german-army-chief-warns-russia-will-be-prepared-to-attack-nato-by-2029/, reporting Lt. Gen. Christian Freuding's interview with Politico, 11 June 2026. ↑
  4. Kateryna Bondar, Does Ukraine Already Have Functional CJADC2 Technology?, CSIS, 11 December 2024, https://www.csis.org/analysis/does-ukraine-already-have-functional-cjadc2-technology. ↑
  5. Ministry of Defence of Ukraine, Two Months Since the Launch of Mission Control Within the DELTA Ecosystem: The System Is Now Operational Across All Corps and Force Groupings, 26 March 2026, https://mod.gov.ua/en/news/two-months-since-the-launch-of-mission-control-within-the-delta-ecosystem-the-system-is-now-operational-across-all-corps-and-force-groupings. ↑
  6. Ministry of Defence of Ukraine, Over 500,000 Drones Ordered by the Military Through Brave1 Market Using Combat Points, 24 June 2026, https://mod.gov.ua/en/news/over-500-000-drones-ordered-by-the-military-through-brave1-market-using-combat-points. ↑
  7. Olha Pokotylo, Ukraine Launches DOT-Chain Defence, a Digital System for the Operational Supply of Weapons, Defender Media, 7 July 2025, https://thedefender.media/en/2025/07/dot-chain-defence-launched/. ↑
  8. Bohdan Miroshnychenko and Illia Volynskyi, Less Corruption, More Market: How Ukraine Is Building a Digital Arms Procurement System That NATO Is Emulating, Mezha Defense, 24 April 2026, https://oboronka.mezha.ua/en/yak-pracyuye-dotchain-defence-310648/. ↑
  9. Ministry of Defence of Ukraine, Nearly Half a Million UAVs and Other Equipment Delivered to the Military Through DOT-Chain Defence, 26 May 2026, https://mod.gov.ua/en/news/nearly-half-a-million-ua-vs-and-other-equipment-delivered-to-the-military-through-dot-chain-defence. ↑
  10. Miroshnychenko and Volynskyi, Less Corruption, More Market, Mezha Defense, 24 April 2026, https://oboronka.mezha.ua/en/yak-pracyuye-dotchain-defence-310648/. ↑
  11. Ministry of Defence of Ukraine, Ministry of Defence Changes Approach to Drone Procurement: Demand Will Be Generated Automatically Based on Frontline Data, 10 March 2026, https://mod.gov.ua/en/news/ministry-of-defence-changes-approach-to-drone-procurement-demand-will-be-generated-automatically-based-on-frontline-data. ↑
  12. Ministry of Defence of Ukraine, Ministry of Defence Launches Brave1 Dataroom, a Secure Environment for Training Military AI Solutions, 21 January 2026, https://mod.gov.ua/en/news/ministry-of-defence-launches-brave1-dataroom-a-secure-environment-for-training-military-ai-solutions. ↑
  13. Christian G. Appy, Working-Class War: American Combat Soldiers and Vietnam, University of North Carolina Press, 1993, p. 156; Jon Askonas, A Vicious Entanglement, Part V: The Body Count Myth, War on the Rocks, 12 October 2017, https://warontherocks.com/a-vicious-entanglement-part-v-the-body-count-myth/. ↑
  14. Sasha Vakulina, Zelenskyy Dismisses Ukraine's Popular Defence Minister Mykhailo Fedorov, Euronews, 15 July 2026, https://www.euronews.com/2026/07/15/zelenskyy-dismisses-ukraines-popular-defence-minister-mykhailo-fedorov. ↑
  15. Ministry of Defence of Ukraine, Ukraine and Germany Sign a Memorandum on Defence Data Exchange, 14 April 2026, https://mod.gov.ua/en/news/ukraine-and-germany-sign-a-memorandum-on-defence-data-exchange. ↑
  16. Ministry of Defence of Ukraine, Ukrainian Defence Companies to Gain Access to EU Programmes and a €300 Million Defence Industry Support Instrument, 15 July 2026, https://mod.gov.ua/en/news/ukrainian-defence-companies-to-gain-access-to-eu-programmes-and-a-300-million-defence-industry-support-instrument. ↑

Jesse Nuese

Managing Partner

⁨Jonáš Nepožitek⁩

Emerging Technology Researcher

Notices · Editorial standards v1.140°44′34″ N · 73°59′15″ W