Accelerating R&D in Defense Technology Startups

“OTA — OTHER TRANSACTION AUTHORITY” … PART 4 OF 6, DOD TOOLS FOR RAPID ACQUISITION AND PRODUCTION: Other Transaction Authority (OTA) is a vital contracting tool that allows the Department of Defense (DoD) to rapidly acquire and develop cutting-edge technologies by bypassing some of the regulatory burdens of traditional acquisition methods. OTA fosters innovation by enabling partnerships with non-traditional contractors, such as small businesses, startups, and academia, to address critical Warfighter needs. Successful Examples of OTA in Action 1. Hypersonic Weapons Development: The DoD used OTA to streamline the prototyping and production of hypersonic glide vehicles, significantly accelerating timelines to counter peer threats. 2. Counter-Drone Systems: Rising UAS threats led the DoD to use OTA to field counter-drone technologies quickly, ensuring operational readiness in contested environments. 3. AI for Battlefield Intelligence: OTA agreements helped integrate AI and machine learning into programs like Project Maven, improving real-time decision-making on the battlefield. Future Opportunities for OTA 1. Quantum Defense Technologies: Partnering with private-sector quantum computing leaders, OTA could advance secure communications and encryption against sophisticated cyber threats. 2. Space-Based Defense Systems: OTA can drive the development of missile defense satellites and on-orbit repair technologies to sustain U.S. superiority in the space domain. 3. Soldier Enhancements: Wearable technologies like augmented reality (AR) systems and exoskeletons could be developed faster through OTA, improving Warfighter performance and survivability. 4. Bioengineering for Combat Resilience: OTA could accelerate adaptive biotech solutions to enhance soldier endurance in extreme environments, such as desert or arctic operations. 5. Climate-Adaptive Infrastructure: To ensure readiness amid climate challenges, OTA could enable rapid deployment of renewable energy solutions and resilient base infrastructure. OTAs are used for three main purposes: • Prototyping: Testing and refining new ideas or technologies. If a prototype works, it can quickly move to production. • Research and Development: Partnering with experts to explore emerging technologies like artificial intelligence and hypersonics. • Production: After successful testing, technologies can be fast-tracked for deployment. Legislative Authority: OTA’s legal foundation comes from U.S. laws, including updates from the National Defense Authorization Act (NDAA), specifically 2016 and 2018. More recent NDAAs enhanced oversight and transparency while preserving OTA’s flexibility. OTA’s flexibility allows the DoD to move at the speed of innovation, addressing urgent Warfighter needs while fostering collaboration with the private sector and academia.

In an era of peak ambiguity, shifting geopolitical tensions, and asymmetrical warfare, our defense posture won’t just rely on the quality of software we can build; it will rely on the speed in which we can adapt, iterate, and deploy new innovation. As my partners Paul and Alexa recently wrote in their piece on the rise of applied software for hardware-intensive industries, we're entering a new era where software is no longer layered on top of the physical world—it’s integral to development from the start. We believe deeply in software-defined hardware as a driver of future resilience. That belief underpins our investments in defense companies like Helsing, Anduril Industries, Applied Intuition, and Saronic Technologies. But software-defined hardware is just one piece of the equation. There’s a broader ecosystem that is needed to scale innovative hardware. A key part of this is software for testing and deployment. One of the most persistent bottlenecks in innovation is proving real-world viability. In many sectors, a few hacker-engineers can scrape together an MVP, ship a small batch of prototypes, and iterate from there. But for the defense companies, the high standard for validation in the real world is costly and complex. As an example, autonomous aircraft can be built in months, but take years to certify. Companies like PhysicsX and Nominal are tackling testing and simulation to reduce waste and shorten development timelines, while enabling superior product design. PhysicsX delivers deep learning–based simulation software, embedding intelligence across the entire product lifecycle, from concepting and design to manufacturing and operations. And in the field, Nominal collects, structures, and activates raw field signals to give operators and engineers real-time visibility into how complex systems are performing. These systems aren’t just for tech-native startups. They can support mechanical, electrical, and aerospace engineers at legacy firms, streamlining processes and unlocking innovation across incumbents and emerging players alike. We’ve embraced “build, test, learn, repeat” in the software world. Now we need to bring this to the hardware world with purpose-built platforms that understand the nuance of development in critical industries. We need tools that make fast, continuous iteration possible. Resilience begins with rethinking how we build, test, and deploy in the physical world. Read more from Paul and Alexa here: https://lnkd.in/gih37kyY

Last month, GOI introduced a fantastic set of reforms to help startups secure more Defense contracts. Our Defense Budget is ~₹6.8 Lakh crore out of which approx. ₹1 Lakh crore is spent on operations, maintenance & sustenance (called ”Revenue”) i.e. to keep existing equipment in battle ready state. The updated 2025 version of the Defense Procurement Manual (DPM) replaces the 2009 version; these guidelines cover procurement of spare parts, consumables, software, system upgrades & (any) services. There are 4 key provisions which stand to benefit non-PSU contractors who bid for these Revenue contracts: (1) Removal of the DPSU NOC requirement - catalyst for competition & makes it easier for private contractors to apply (2) Reduction in Liquidated Damage (LD) for experimental projects - catalyst for R&D & private contractors would now be willing to take on experimental project work (3) 15% “Growth of Work” cushion - much needed; this means that the tender process does NOT need to be re-run for a few % deviation in costs (4) Delegation of power to CFAs (Competent Financial Authority) - often, the bottleneck in procurement is approval from above which this reform fixes This reform will provide a massive tailwind to India’s private A&D industry - especially for Indian startups & non-PSU contractors in MRO, components & other ancillaries. 👍 In the short term - a thousand flowers will bloom. But, the learning from the West will hold true in the long term - a select few will emerge as major Primes (cutting across domains) e.g. Raytheon Corp, Lockheed Martin etc The short term momentum will come from indigenization & winning domestic contracts; the long term moat can be created only through exports i.e. winning global contracts through superior technical capability. This is exact the 2047 goal taken by the Govt - to 10X our Defense exports from ₹26K crore today to ₹2.6L crore - ambitious, but small steps are underway 😄 #india #defense

🚀 Europe’s Armed Forces Face a 15km 'Death Zone'—Startups Could Be the Key to Surviving It Europe’s militaries are confronting a new battlefield reality: a 15km "zone of total death" identified from the Ukrainian frontlines, where traditional logistics and manned operations have become lethal due to drones, electronic warfare, and precision strikes. At the recent UK-Ukraine Defence Tech Forum, General Valerii Zaluzhnyi put it bluntly: “Classical offensive operations are not just ineffective—they’re suicidal in these zones.” 👉 This challenge demands a radical rethink of logistics at the tactical edge. Troops cannot risk driving trucks into these zones. Instead, quiet, electric Unmanned Ground Vehicles (UGVs) must be deployed to ferry ammunition, supplies, and even evacuate the wounded—taking humans out of harm’s way. But here’s the breakthrough: AI-driven autonomy is making this possible. Startups like TENCORE are scaling rapidly to meet this need, delivering modular UGVs capable of: ✅ Autonomous navigation in GPS- and comms-denied environments using AI-powered perception and route planning ✅ Real-time adaptation to battlefield threats without direct operator control ✅ Modular mission-switching—from logistics to mine-laying to fire support—on a single platform These vehicles are engineered for extreme resilience and flexibility: battery swaps in under 10 seconds, lego-like repairability, and minimal human intervention. But let’s be clear: 👉 Hardware is now table stakes. It’s software that will win the wars of the future. The edge lies in the software layer: AI that can navigate and decide under electronic warfare and jamming Swarming algorithms that enable distributed, coordinated missions Autonomous decision-making at the tactical edge without waiting for command uplinks 🔥 The startup opportunity? Europe’s militaries urgently need: AI-first, software-defined autonomy platforms Interoperable software ecosystems across NATO forces Rapid software iteration matching the speed of battlefield adaptation In today’s wars, humans are the most expensive and vulnerable resource. AI-enabled autonomy isn’t just a buzzword—it’s the frontline’s survival mechanism. The future of defence will be fought in code, deployed on autonomous machines. 💬 If you’re building robotics, AI, autonomy platforms, or distributed software systems, this is your moment. Let’s connect: Europe’s defence ecosystem is ready for bold innovators. #DefenceInnovation #MilitaryLogistics #UGVs #AI #AutonomousSystems #SoftwareDefinedWarfare #StartupOpportunity #EuropeanSecurity #TechForDefence #Ukraine #KARISTA #PSION #NationalSecurity #Geopolitics #DualUseTech #OmniUse #DefenceTech #VentureCapital #Investing #TechCommandInvesting

USSOCOM just got a new fast lane. The FY2026 NDAA (just released December 7) establishes the "USSOCOM Urgent Innovative Technologies and Capabilities Initiative" – a pilot program specifically designed to accelerate research, development, testing, procurement, AND initial sustainment of innovative technologies for Special Operations Forces. Here's what matters: This isn't another study. It's a directive for the SOCOM Commander to establish procedures for component units to submit requests directly for innovative tech solutions. The program uses existing rapid acquisition authorities under 10 USC 167(e)(4) – the same authorities that let SOCOM move at operational speed. The timeline: Annual reporting to Congress starts in 2026, which means this program is operational NOW. For defense innovators building the technologies SOF needs tomorrow, this creates a defined pathway. For SOF operators facing emerging mission requirements, this means your requirements can move from capability gap to fielded solution faster. The acquisition reform sections (811-813) also include repeals to streamline defense acquisition and modifications to accelerate procurement of innovative technologies. 867 pages. One clear message: Congress is backing faster innovation cycles for the community that moves faster than any other. Link to full text: https://lnkd.in/d_Msdsij Howard Strahan Damian Guinn Robin Burke Ashley Farrier #SpecialOperations #DefenseInnovation #SOCOM #NDAA2026

What sets apart the winners 🏅 in defence tech? Not the shiny popular startups getting PR but the ones getting real combat traction and end-user respect. After 400 companies screened and 12 investments, I feel like making some early conclusions. Curious to see how it changes in 5 years but for now - this is what I see in the winners vs the long tail. 👉They are in Ukraine. Not only for sales but for product development. Internationals co-create new tech and work with the locals instead of simply learning and building outside. Locals make incredible product very quickly, hand-in-hand with warfighters. 👉They are very quick to iterate, otherwise they quickly (~3 months) become obsolete or lose to competition. They are quick to roll out features and do not wait until a new system is perfect. 👉They truly work closely with the military - various units and military branches that represent the whole frontline. This creates high-quality feedback loops. Also, such teams learn to navigate the jungle quickly and tell apart signal from noise. 👉They focus on defence. No “dual use” with such a hot defence market, although nearly every company could pivot into civilian use cases if they wanted to, the tech is very much dual use by nature. 👉They self-organise into an ecosystem of products (hardware platforms, modules, software) through horizontal cooperations among companies and teams, often also including field R&D labs of military units. No government or army would do it for them. And every government and the army will benefit from a compound solution. 👉They bring a tech know-how - and are quick learners in defence. I have not run the numbers but my gut tells me that a defence background is more often detrimental to building great defence tech products. 👉They often address existing military capabilities at 10-20x lower price by using modern tech and fresh thinking. (fabulous visual by Paula Bronstein)

Big news for defense innovation: The House just voted 345-41 to reauthorize the SBIR and STTR programs. The Senate already passed it. Now it's headed to the President's desk. For five months, America's government seed funding engine for small business defense and dual-use companies went completely dark. $6 billion in funding frozen. 4,000 companies left in limbo. No new solicitations. No new awards. No new Phase I or Phase II contracts. Now it's back. Here's what's in the bill: 🚀 Five-year reauthorization: SBIR/STTR extended through September 2031. 💰 Strategic Breakthrough Awards: Agencies can now deploy up to $30M per company with matched private capital to accelerate tech deployment. 🔒 Enhanced security: New vetting standards to block awards tied to foreign countries of concern. 📋 Reduced red tape: Streamlined submissions, better contracting officer training, and improved commercialization support. For context, SBIR and STTR have fueled roughly $70 billion in small business R&D since 1982. The government takes no equity and no IP. There is no better deal in innovation funding. Founders, investors, builders: the lights are back on. Now it just needs one more signature.

$7.24B. 10,400+ contracts. Since 2019. AFWERX didn't tweak defense innovation. It accelerates the pipeline. Pentagon used to wait for Lockheed and Raytheon to deliver decade-long programs. Now startups build first, prove capability, then scale with government money behind them. DIU and AFWERX function as translation layers, converting Silicon Valley velocity into DoW-ready systems. The traction is measurable. DIU's Replicator Initiative pushed thousands of autonomous systems into the field. Procurement windows shrank from years to 12-24 months. STRATFI checks land between $3M-$15M per project. Private investors noted $20.1B in flows into defense tech. June 2025 added another layer. The Executive Innovation Corps dropped tech executives like Palantir's CTO directly into Pentagon modernization efforts. Not advising from the outside. Operating from within. The companies capitalizing on this aren't theoretical. Shield AI's Hivemind runs autonomous swarms without GPS dependency. Anduril's Lattice handles AI-driven command-and-control. Skydio delivers ISR drones built for contested airspace. Epirus fielded counter-drone systems in months while incumbents were still drafting requirements. Deployed. Not demoed. What this means for contractors: Velocity matters more than polish. Epirus shipping counter-UAS faster than primes finish paperwork flips the competitive equation. Dual-use unlocks capital. Companies serving commercial and defense markets pull venture funding that subsidizes R&D the government never pays for. Geography is expanding. DIU opened regional centers, including Israel, to tap innovation outside traditional defense corridors. The old moat customization, cost-plus contracts, and institutional relationships are narrowing. A 50-person Austin startup beating Lockheed on a $180M award isn't an anomaly anymore. It's a signal. AFWERX's permanent "Direct to Phase II" authority means no more proving you can build what you already shipped. The ecosystem shift already happened. The question is whether your pipeline reflects it. ---------- Like this content? Join our newsletter. Link located below my name 👆

The Defense Innovation Pipeline is Broken, Here’s How We Fix It Too often, defense innovation is miscategorized as feature enhancement when it should be viewed through the lens of operational experimentation, structured testing, and rigorous validation. Startups bring speed, asymmetric thinking, and technologies that legacy primes simply aren’t incentivized to deliver. But the Department can’t just drop a new capability into the field and call it "experimentation." That's not experimentation, it’s a combination of testing and validation. We need a pipeline. Not a PowerPoint pipeline. A real, resourced, and repeatable one: ✅ Experimentation: At the edge with labs and SOF units where failure is feedback, not career-ending. ✅ Testing: With mission threads in the loop, using a modular architecture that fuses data, simulates autonomous decisions, and embeds AI into real workflows. We stress-test full mission profiles across all echelons—not just tech, but how it performs in an operational context. ✅ Validation: Across strategic, operational, and tactical levels. Not just if it works, but where it works best, and how it deconflicts with existing kill chains, sustainment cycles, and coalition constraints. A new sensor or agentic AI model isn’t “innovation” if we treat it as a widget. It’s innovation when we rigorously test it against the mission, and it earns its place in the stack. This is why we’re pushing hard at SOCPAC to turn our architecture into a proving ground for defense startups. We’re not just onboarding software and hardware. We’re building a culture that can rapidly iterate, validate, and scale it across real operations. Want to plug in? Show me how your tech experiments, tests, and validates are done under pressure. Let’s build the pipeline we need.

Fresh from the frontlines. The United States Department of War continues to partner with innovators, startups, and advanced manufacturers to accelerate capability delivery across energy, infrastructure, and space systems. Below are three major prototype opportunities currently open for submissions within the Defense Innovation Unit (DIU). Act quickly as these programs are moving at the speed of relevance. Project Janus – Microreactor Power Plants (MPPs) Military installations rely on aging infrastructure and vulnerable civilian grids. Power outages, grid instability, and liquid fuel dependencies threaten mission assurance and readiness. The US Army and Defense Innovation Unit (DIU) are seeking prototypes for transportable MPPs that deliver continuous, resilient, and independent energy for critical missions. Vendors will develop FOAK and SOAK reactor systems under Army regulatory authority, with demonstrations targeted for 2030. This effort supports EO 14299 on deploying advanced nuclear technologies for national security. Responses due December 15, 2025. Learn more: https://lnkd.in/gfFT9eW6 Barracks Revitalization through Industrialized Construction (BR-IC) Barracks across the force suffer from mold, pests, poor HVAC, structural failures, and outdated designs, all of which harm health, morale, retention, and readiness. Traditional MILCON is too slow, costly, and difficult to scale.The Department of War seeks modular, scalable, and energy-resilient barracks built through advanced manufacturing and industrialized construction. Solutions should cut delivery timelines by 30 percent or more and reduce lifecycle costs by at least 20 percent. Responses due November 25, 2025. Learn more: https://lnkd.in/gUVst3Gi Adaptive Space Manufacturing Challenge The current U.S. space supply chain relies on low-volume, exquisite production with long lead times, high costs, and limited capacity. This cannot support modern launch cadence, proliferated architectures, or rapid replenishment. The Department seeks AI-driven, digitally designed, and scalable production methods capable of delivering hundreds to thousands of space-grade components each year. Solutions should disrupt exquisite supply chains and enable on-demand manufacturing of propulsion systems, power units, electronics, and other flight-critical hardware. Responses due November 21, 2025. Learn more: https://lnkd.in/gfmN2Upt The defense industrial base is being rebuilt in real time. If your team is building the technologies that will define the next era of American strength, we want to work with you. Explore the DIU CSO portal or connect with an Defense Innovation OnRamp Hubs to begin your submission. The next fielded capability may come from you.