Estonian analyst: bigger defense budget needs smarter drone procurement

Estonian security analyst Kristian Sirp says the country needs a permanent capability to test drone and counter-drone solutions under real-world conditions before spending large sums of public money on them. He argues that conventional procurement cycles are too slow for how quickly drone technology changes — a solution that looks best when specifications are drafted may already be outdated by the time a contract is signed.

The problem isn't the hardware, it's the system

According to Sirp, buying a single radar or sensor does not by itself create an operational capability. What matters is how data from multiple sensors is combined, how a threat is assessed, and who ultimately makes the decision to act. If different agencies procure different systems at different times, the result can be a lot of technology but no shared operational picture — fragmentation that should be avoided before major investment decisions.

NATO and the EU are already responding

The piece notes that Estonian Prime Minister Kristen Michal said in spring that drones have rapidly transformed airborne threats and that Estonia needs both layered drone defenses and an environment allowing companies to develop new counter-drone solutions. In March, NATO launched its new Innovation Range in Latvia, at the Sēlija Military Training Area, running its first campaign to test, assess and validate drone and counter-drone technologies with companies from allied nations and Ukraine, operational users and government representatives — the first of several such activities planned for 2026. The European Commission adopted its own Action Plan on Drone and Counter-Drone Security in February, emphasizing testing and validation as a core part of capability development.

Test before the next big tender

Sirp concludes that Estonia's small size makes it feasible to bring operational agencies, critical infrastructure operators, technology companies and policymakers together in a single testing framework — covering real environments such as cities, ports and energy infrastructure, supplemented by digital modeling to repeat scenarios. This, he argues, would help avoid costly mistakes before full-scale deployment and would also benefit Estonian companies able to prove their solutions work in real operational settings.