DOD Solution
Integrated hardware and software for onboard AI enabling visual navigation, last-mile targeting, and mission autonomy.
Website: https://dodsolution.com/
Cover Block
PUBLIC
| Field | Value |
|---|---|
| Name | DOD Solution |
| Tagline | Integrated hardware and software for onboard AI enabling visual navigation, last-mile targeting, and mission autonomy. [dodsolution.com] |
| Headquarters | Lviv, Ukraine [InVenture] |
| Founded | 2023 [InVenture] |
| Stage | Pre-Seed [AIN, June 2026] |
| Business Model | Hardware + Software |
| Industry | Defense / Govtech |
| Technology | AI / Machine Learning |
| Geography | Eastern Europe |
| Growth Profile | Venture Scale |
| Founding Team | Co-Founders (3+): Ivan Oleksii, Nazar Kravchuk, Roman Hapachylo [InVenture] [AIN, June 2026] |
| Funding Label | Pre-seed |
| Total Disclosed | ~$2,100,000 [Vestbee] |
Links
Open sources
- Website: https://dodsolution.com/
- LinkedIn: https://www.linkedin.com/company/dodsolution
What an Investor Needs First
PUBLIC DOD Solution builds onboard AI hardware and software for unmanned systems, and it merits investor attention because current reporting places it at the intersection of autonomy, electronic-warfare resilience, and Ukrainian defense demand, with fresh pre-seed financing in 2026 to move its platform toward production and integrations [dodsolution.com] [AIN, June 2026] [Vestbee]. Founded in 2023 and described in reporting as an Estonian-Ukrainian startup with roots in Lviv, the company appears to be part of the recent wave of defense startups shaped directly by wartime operating requirements rather than by adaptation from a civilian stack [InVenture] [AIN, June 2026].
The core product is AURA AI, which combines the AURA SBC onboard computer with the AURA OS autonomy software stack; public descriptions consistently position the system around visual navigation, target recognition and tracking, terminal guidance, and operation when GPS or operator links are degraded or jammed [dodsolution.com] [Market Chameleon, 2026] [Vestbee]. That product framing matters because the differentiation, at least in public materials, rests on embedded autonomy at the edge rather than on a stand-alone software layer, with stated applicability across FPV drones, fixed-wing UAVs, interceptors, and other robotic systems [Kyiv Post] [AIPressRoom].
The founding bench is still lightly documented in public records, but the named team includes co-founders Ivan Oleksii, Nazar Kravchuk, and CEO Roman Hapachylo [AIN, June 2026] [InVenture]. Oleksii's public background ties him to wartime volunteer logistics and vehicle retrofitting efforts, which does not by itself establish deep autonomy credentials but does support a pattern of defense-adjacent execution under Ukrainian operating constraints [Business Insider, June 2022] [Business Insider, February 2023].
On financing, the public record shows a June 2026 pre-seed round involving NETWORK.VC DEFENSE and subsequent reporting in September 2026 of a $2.1 million pre-seed, with investors including Angel One Fund, Better Angle, Defence Builder Fund, Network VC, Newfund, UAID Fund, WildField Ventures, 4C Next Holding AG, and Draganfly [AIN, June 2026] [Vestbee] [EU-Startups, September 2026]. The business model is straightforward on paper, hardware plus software sold into unmanned-system makers and defense programs, but the next 12 to 18 months will likely hinge on whether DOD Solution can convert product claims into repeatable manufacturing, deeper platform integrations, and independently verified deployment evidence beyond company and partner announcements [Dealroom.co] [StockTitan, 2026] [dodsolution.com].
Partially corroborated -- This section relies on a mix of company materials and single-source media reports, with partial corroboration from AIN, Vestbee, InVenture, Business Insider, and the company website.
Taxonomy Snapshot
| Axis | Value |
|---|---|
| Stage | Pre-Seed |
| Business Model | Hardware + Software |
| Industry / Vertical | Defense / Govtech |
| Technology Type | AI / Machine Learning |
| Geography | Eastern Europe |
| Growth Profile | Venture Scale |
| Founding Team | Co-Founders (3+) |
| Funding | Pre-seed (total disclosed ~$2,100,000) |
Inside the Company
PUBLIC
DOD Solution presents itself as an autonomy company for unmanned systems, with an offering built around integrated onboard hardware and software rather than a software-only control layer [dodsolution.com]. The company was founded in 2023 and is headquartered in Lviv, Ukraine, according to its Crunchbase profile and company materials [Crunchbase] [dodsolution.com].
The public record is still thin on formal corporate detail, but the chronology is clear enough to sketch the early arc. The company website describes AURA AI as combining the AURA SBC onboard computer with the AURA OS autonomy stack for unmanned platforms [dodsolution.com], while Crunchbase records the business as a 2023-founded defense technology company [Crunchbase]. That puts DOD Solution in the familiar early-stage category where product definition is more visible than legal structure, and where external disclosures are clustered around financing and product positioning rather than incorporation mechanics [dodsolution.com] [Crunchbase].
On milestones, the public footprint appears to accelerate in 2026. The company published a newsroom announcement on its pre-seed financing to scale the AURA AI platform [dodsolution.com], and Crunchbase separately lists pre-seed funding activity for the business [Crunchbase]. Based on those sources alone, the conservative reading is that DOD Solution moved from a 2023 founding into a more formal capital-raising phase by 2026, with its public narrative centered on onboard autonomy for drones and other robotic systems rather than a broader defense software pitch [dodsolution.com] [Crunchbase].
Partially corroborated -- Confirmed in part by Crunchbase and the company website, but legal entity detail and milestone chronology remain limited in the cited public record.
Under the Hood
MIXED
The product claim is straightforward, even if the underlying performance evidence remains early. DOD Solution presents AURA AI as an onboard autonomy system that combines a hardware module, the AURA SBC single-board computer, with a software layer called AURA OS [dodsolution.com]. Independent coverage broadly aligns with that framing, describing the platform as embedded AI and onboard computing for unmanned systems operating in GPS-denied, contested, or communication-constrained environments [AIN, June 2026] [Market Chameleon, 2026].
The stated capability set centers on visual navigation, perception, target recognition, tracking, and terminal guidance, with the company positioning AURA AI for FPV drones, fixed-wing UAVs, interceptors, and related robotic systems [dodsolution.com] [Kyiv Post]. Press and investor coverage also repeats the narrower operating claim that the system is meant to keep drones functioning when GPS and operator links are jammed, which is a meaningful use case in the Ukrainian theater if borne out at scale [LinkedIn, 2026] [Market Chameleon, 2026]. What is still missing from the public record is a verified demo, benchmark, or operating metric that would let investors separate architecture from field performance.
Public reporting does suggest that the company is moving from prototype framing toward manufacturable product. Coverage of the 2026 financing says proceeds are intended to support mass production of a next-generation AURA SBC, improve AURA OS algorithms, and accelerate integrations with Ukrainian and international drone makers [Dealroom.co] [StockTitan, 2026]. There is also reported combat use in Ukraine, but that claim appears in supportive coverage rather than in independently documented deployment data, so it should be treated as directional rather than conclusive evidence of maturity [AIPressRoom].
Partially corroborated -- Product architecture is corroborated by the company website and third-party coverage, but capability and combat-use claims rely partly on company-linked or single-source reporting.
Market Research
PUBLIC
The market matters now because demand for drone autonomy has moved from a research agenda to an operational requirement in contested environments, while supply is still being assembled across hardware, software, and defense manufacturing chains [AIN, June 2026] [AIN, August 2026].
Public reporting on DOD Solution does not provide a verified TAM, SAM, or SOM for onboard autonomy, so the most defensible way to size the opportunity is through adjacent categories rather than pretend precision. The company is consistently described in coverage as building embedded AI and onboard-computing systems for unmanned platforms operating under GPS denial, electronic warfare, and disrupted communications [AIN, August 2026] [Vestbee]. That places it at the intersection of defense AI, drone subsystems, and autonomy software for unmanned systems, a category that is narrower than the total UAV market and closer to mission systems procurement than to airframe sales.
The near-term demand signal is less about fleet size in the abstract and more about the operating conditions buyers now expect systems to survive. AURA AI is described by the company and secondary coverage as combining onboard compute with autonomy software for navigation, perception, target recognition, tracking, and terminal guidance, with the core value proposition centered on functioning when GPS or operator links are jammed [dodsolution.com] [Market Chameleon, 2026] [LinkedIn, 2026]. That framing is consistent with the market pull implied by the war in Ukraine, where electronic warfare and communications disruption are not edge cases but baseline constraints in many missions [Business Insider, February 2023] [AIN, August 2026].
Adjacent markets also matter because DOD Solution appears positioned as a component and integration supplier rather than a complete drone prime. Sources tie the platform to FPV drones, fixed-wing UAVs, interceptors, and other robotic systems, and public reporting also points to integration work with drone manufacturers and AI partners rather than direct evidence of end-customer fleet contracts [Kyiv Post] [Vestbee] [dodsolution.com]. That broadens the addressable surface into counter-drone systems, autonomous strike-drone subsystems, and onboard AI modules for OEMs, but it also means the company competes for design wins inside partner programs rather than owning the full procurement budget.
Regulatory and macro forces cut both ways. On the positive side, recent coverage says the company plans to use financing to accelerate integrations with Ukrainian and international drone makers and to support U.S. National Defense Authorization Act compliance work, which suggests management sees allied procurement standards as a gating issue for export expansion [Investing.com, October 2026] [Vestbee]. On the limiting side, defense adoption remains shaped by procurement cycles, export controls, and platform-specific validation, so a technically credible autonomy stack does not automatically convert into broad deployment without partner certifications and sustained manufacturing capacity [AIN, June 2026] [Dealroom.co].
| Market lens | Publicly supported claim | Source basis |
|---|---|---|
| Core category | Embedded AI and onboard-computing systems for unmanned platforms in GPS-denied and EW-contested environments | [AIN, August 2026] |
| Platform exposure | FPV drones, fixed-wing UAVs, interceptors, and other robotic systems are named target platforms | [Kyiv Post] |
| Go-to-market surface | Integrations with Ukrainian and international drone makers are an explicit use of proceeds | [Vestbee] [Dealroom.co] |
| Export gating factor | NDAA compliance work is cited as part of financing use | [Investing.com, October 2026] |
The table points to a market that is real and timely, but still better understood through mission-system demand drivers than through clean top-down sizing. For investors, the practical question is whether onboard autonomy becomes a standard subsystem across allied unmanned platforms, because that is the route by which a component supplier can grow into a durable program vendor.
Partially corroborated -- Section relies on named public reporting and company-adjacent sources for category definition and demand drivers, but no independent third-party market size study was provided in the source set.
Competition and Substitutes
MIXED The company is positioned less as a full drone maker than as an autonomy layer for unmanned systems, which places it in competition with onboard AI suppliers, drone manufacturers that build autonomy in-house, and adjacent counter-drone or embedded-compute partners rather than with a single clean peer set [dodsolution.com] [AIN, June 2026] [Vestbee].
The public record does not name a direct startup competitor set, so the useful map is by control point. At one end are platform manufacturers that can internalize autonomy features, including partners such as United Unmanned Systems, which has been identified in reporting as integrating the company’s onboard-autonomy technology into strike drones rather than being described as a customer of a stand-alone software product [InVenture]. At another are adjacent suppliers such as Axelera AI, which works on onboard AI for defense systems but is presented in available coverage as a chip and AI compute partner, not a direct substitute for the combined AURA SBC and AURA OS stack [AIN, August 2026]. A third lane is counter-drone and interception systems, where Defsecintel appears as a collaborator on an AI-based anti-drone system, suggesting overlap at the mission layer even if not at the component level [dodsolution.com] [AIN, September 2026].
That positioning creates a real, if narrow, edge today. The company’s differentiation in public materials rests on integrating hardware and software onboard, with AURA AI combining the AURA SBC computer and AURA OS autonomy stack for navigation, perception, target recognition, tracking, and terminal guidance in contested environments [dodsolution.com] [Market Chameleon, 2026] [AIPressRoom]. In practical terms, that gives it a wedge where GPS-denied and jammed-link performance matters more than airframe ownership, and where drone OEMs may prefer a modular subsystem over building the full stack themselves [Kyiv Post] [LinkedIn, 2026]. The durability of that edge is less clear. Integration know-how and field feedback can compound, particularly if the reported combat use in Ukraine reflects repeated operational learning, but most of the evidence for that advantage remains company-linked or lightly corroborated, so it should be treated as promising rather than settled [AIPressRoom] [dodsolution.com].
The exposure is equally plain. United Unmanned Systems is a partner in the current reporting, but companies that control the aircraft, procurement relationship, and production line often hold the stronger long-term bargaining position if autonomy becomes a core feature rather than a purchased module [InVenture]. Axelera AI also has a specific advantage in compute specialization and could capture more of the architecture if performance-per-watt at the chip level becomes the decisive bottleneck in onboard inference [AIN, August 2026]. By contrast, the company does not appear from public sources to own an end-user sales channel, a prime contract vehicle, or a broad product family outside autonomy modules, which limits its ability to force a standard across programs [AIN, June 2026] [Vestbee].
Over the next 18 months, the most plausible competitive scenario is a sorting between subsystem specialists that secure repeated integrations and platform makers that absorb autonomy into their own stack. Winner if X: Axelera AI, if defense OEMs decide the strategic choke point is compute silicon and prefer to assemble autonomy capabilities around a chip-first ecosystem rather than adopt a bundled board-and-OS layer [AIN, August 2026]. Loser if Y: United Unmanned Systems, if OEMs remain dependent on external autonomy suppliers and cannot close the software and terminal-guidance gap internally, though current public evidence points to partnership rather than displacement [InVenture]. For the company itself, the key competitive question is whether AURA AI becomes an embedded standard across multiple manufacturers or remains a useful but replaceable module inside partner-controlled platforms [Vestbee] [dodsolution.com].
Reasoned from indirect evidence -- Competitive mapping relies on named partners and adjacent players in public reporting rather than a directly corroborated competitor set; product-positioning claims are partly company-sourced and only partially confirmed by independent coverage.
Opportunity
PUBLIC
The prize here is straightforward: if onboard autonomy becomes a required subsystem for drones and robotic platforms operating under jamming and degraded communications, DOD Solution has a plausible shot at becoming an infrastructure supplier rather than a single-program vendor [dodsolution.com] [AIN, June 2026] [Vestbee].
That upside rests on a narrower claim than many defense startups make. DOD Solution is not presenting itself as a drone OEM. Public materials describe AURA AI as a combined onboard computer and autonomy software stack, with use cases spanning FPV drones, fixed-wing UAVs, interceptors, and other robotic systems [dodsolution.com] [Market Chameleon, 2026] [Kyiv Post]. If that positioning holds, the largest reachable outcome is to become the standard embedded autonomy layer that manufacturers integrate into multiple unmanned platforms, particularly where GPS denial, electronic warfare, or communication loss make remote piloting less reliable [Lit Capital] [AIN, June 2026]. The reason that outcome looks reachable rather than purely aspirational is that the company already appears to be aligning capital, product roadmap, and integrations around production deployment. Coverage of the pre-seed round ties proceeds to mass production of AURA SBC, continued development of AURA OS, and faster integration with Ukrainian and international drone makers [Dealroom.co] [StockTitan, 2026] [Vestbee].
The public evidence supports a few distinct paths to scale, and each depends on the company remaining an enabling layer inside larger defense procurement channels rather than trying to own the full stack.
| Scenario | What happens | Catalyst | Why it's plausible |
|---|---|---|---|
| Embedded autonomy standard | AURA SBC and AURA OS become a repeatable subsystem that drone makers integrate across several unmanned platforms | More manufacturer integrations after the reported financing, which was earmarked in part for production and integrations [Vestbee] [Dealroom.co] | The product is already described as modular across FPV drones, fixed-wing UAVs, interceptors, and robotic systems, which supports a platform rather than single-airframe story [Kyiv Post] [Market Chameleon, 2026] |
| Counter-drone control layer | The company extends from navigation and targeting into autonomy modules for interception and counter-UAS systems | Partnerships tied to interceptor and counter-drone development, including the Defsecintel collaboration reported in September 2026 [dodsolution.com] | Public reporting already places the product in interceptors and contested-environment autonomy, adjacent to counter-drone use cases [Kyiv Post] [dodsolution.com] |
| Cross-border defense supplier | DOD Solution moves from wartime validation in Ukraine into NATO-aligned manufacturing and procurement channels | Investor syndicate breadth and strategic relationships, including Draganfly and named European funds in the round [Vestbee] [EU-Startups, September 2026] | The company is described as Estonian-Ukrainian, and the use of proceeds includes integrations with international drone makers, which fits a cross-border supply model [EU-Startups, September 2026] [StockTitan, 2026] |
What would compound from here is not a consumer-style network effect but an integration and performance flywheel. Each additional manufacturer integration can make the hardware and software stack harder to displace, because autonomy systems sit close to mission logic and platform architecture rather than at the edge of the workflow [dodsolution.com] [Market Chameleon, 2026]. If AURA SBC reaches volume production while AURA OS improves through more real-world deployment, the company could benefit from tighter coupling between hardware design, software tuning, and integration know-how. Public reporting suggests that flywheel may already be starting: funding is tied to production and integration work, and the company has publicly discussed partnerships around onboard AI and counter-drone systems rather than isolated pilot projects [Dealroom.co] [Vestbee] [dodsolution.com]. Combat-use claims, while not independently verified to a level that establishes performance, also matter directionally because battlefield relevance is a stronger wedge in defense autonomy than lab demonstration alone [AIPressRoom] [EU-Startups, September 2026].
The size of the win is still hard to anchor precisely because no public market-sizing figure or close public comp is confirmed in the supplied evidence. Even so, one credible framing is that if DOD Solution becomes a preferred autonomy supplier to a meaningful set of unmanned-system manufacturers, the business could resemble a high-value subsystem company with both hardware and software economics, rather than a lower-margin contract integrator [dodsolution.com] [Vestbee]. In that scenario, broad platform adoption across drone OEMs and adjacent robotic systems could support a venture-scale outcome in the hundreds of millions of dollars in enterprise value (scenario, not a forecast), especially if the company proves it is part of the bill of materials for systems that remain relevant as electronic warfare intensifies [AIN, June 2026] [Kyiv Post]. The central upside case is less about one large defense program and more about occupying a technical layer that many programs need.
Partially corroborated -- This section relies on a mix of company materials and single-source media reports, with partial corroboration across AIN, Vestbee, EU-Startups, Dealroom, and the company website.
Sources
Open sources
[dodsolution.com] DoD Solution - Autonomy for Unmanned Systems | https://dodsolution.com/
[InVenture] Ukrainian Defence Startup DoD Solution Prepares to Raise Venture Capital | https://inventure.com.ua/en/news/ukraine/ukrainian-defence-startup-dod-solution-prepares-to-raise-venture-capital
[AIN, June 2026] Defense Tech startup DoD Solution raised pre-seed investment from NETWORK.VC DEFENSE fund | https://en.ain.ua/2026/06/04/defense-tech-startup-dod-solution-raised-investment-from-networkvc-defense-the-funds-typical-checks-start-at-25000/
[Vestbee] DOD Solution lands $2.1M to scale AURA AI onboard autonomy platform | https://www.vestbee.com/insights/articles/dod-solution-lands-2-1-m
[Market Chameleon, 2026] DOD Solution secures strategic investment from Draganfly to advance battlefield AI autonomy systems | https://marketchameleon.com/PressReleases/i/2195910/DRAG/dod-solution-secures-strategic-investment-from-draganfly
[Business Insider, June 2022] Meet the international team of volunteers who are retrofitting civilian Fords and Toyotas into battle trucks for the Ukrainian forces | https://www.businessinsider.com/civilian-fords-and-toyotas-turned-into-battle-trucks-for-ukraines-forces-2022-6
[Business Insider, February 2023] War and a little peace: An entrepreneur gives his 12-month account of the war and its effects on his life | https://www.businessinsider.com/12-month-diary-life-ukraine-war-and-a-little-peace-2023-2
[EU-Startups, September 2026] Combat-tested in Ukraine, DOD Solution raises €1.8 million to scale AI autonomy for unmanned systems | https://www.eu-startups.com/2026/09/combat-tested-in-ukraine-dod-solution-raises-e1-8-million-to-scale-ai-autonomy-for-unmanned-systems/
[Crunchbase] DoD Solution - Tech Details | https://www.crunchbase.com/organization/dod-solution/tech_details
[Kyiv Post] Ukrainian startup DOD Solution secures $2.1M to scale AI autopilot for combat drones | https://www.kyivpost.com/post/85717
[AIPressRoom] DOD Solution raises $2.1M pre-seed round to scale its AURA AI platform for onboard autonomy | https://aipressroom.com/dod-solution-raises-2-1m-pre-seed-round-to-scale-its-aura-ai-platform-for-onboard-autonomy/
[Dealroom.co] Estonian-Ukrainian Defence Tech startup DoD Solution secures funding from Network.VC Defense in $1.1M pre-seed round | https://app.dealroom.co/news/feed/estonian-ukrainian-defence-tech-startup-dod-solution-secures-funding-from-network-vc-defense-in-1-1m-pre-seed-round
[StockTitan, 2026] DOD Solution Secures Strategic Investment from Draganfly to Advance Battlefield AI Autonomy Systems | https://www.stocktitan.net/news/DPRO/dod-solution-secures-strategic-investment-from-draganfly-to-advance-r1u17tw6xw62.html
[LinkedIn, 2026] Lit Capital - Litquidity | LinkedIn | https://www.linkedin.com/in/litquidity/
[Investing.com, October 2026] Draganfly invests in Ukrainian defense tech firm DOD Solution | https://www.investing.com/news/company-news/draganfly-invests-in-ukrainian-defense-tech-firm-dod-solution-93CH-4946663
Articles about DOD Solution
- DOD Solution's AI Keeps a Drone Flying When the GPS Goes Dark — The Lviv-founded company's AURA AI platform, combining hardware and software, is already integrated into strike drones used in Ukraine.