Faster, Smarter, Harder to Kill: The New Arms Race.

The Big Picture

Ukraine’s Central Research Institute of the Armed Forces put it plainly this month: emerging and disruptive technologies aren’t separate areas of innovation anymore; they’re mutually reinforcing drivers of capability. AI only matters when it’s paired with big data, resilient communications and autonomous systems. That convergence shortens decision cycles and reshapes modern warfare, and it shows up in Ukraine’s Delta battlefield management system, which fuses sensors, drones, and intelligence feeds into a single real-time operational layer for commanders. The throughline for this month’s roundup is that it’s no longer about who has the best individual system, but who can integrate the fastest.

AI

The US Department of War is leaning hard into AI. Officials say during the confrontation with Iran, AI helped commanders select targets at ten times the tempo of previous conflicts, though a Pentagon investigation into an accidental strike on an Iranian school underscores the ethical stakes of that speed. France, for its part, is testing Arcadia, a homegrown AI battlefield command system built with Mistral AI, Safran.AI, Thales, and Airbus, as a European, digitally sovereign alternative to Palantir’s Maven Smart System.

On the other side of the ledger, a Chinese research team claims to have built an algorithm, HG-STR, that lets drone swarms keep tracking and attacking targets even when jammed or operating with poor visibility; reportedly hitting a 100% kill rate in simulation by reasoning about the battlefield as a dynamic network rather than isolated data points.

Autonomy

Ukraine’s war continues to be a live testbed for networked, AI-enabled warfare, with drones, satellite imagery, and electronic warfare tools feeding real-time command-and-control systems that give commanders a unified view across hundreds of miles of front line. Elsewhere, Airbus is rolling out a new family of uncrewed platforms, and a US Navy autonomous drone boat completed a first-of-its-kind rescue near the Strait of Hormuz, helping recover a downed Apache crew member.

Russia, meanwhile, is fielding a new generation of jet-powered strike drones with longer range and bigger warheads to counter Ukraine’s interceptor drones. Ukrainian officials warn these could soon make up half of Russia’s drone attacks. The EU’s Kaja Kallas has also flagged Chinese drone and electronic-warfare support as a key enabler of Moscow’s war effort.

Hypersonics

Saronic and Castelion are teaming up to launch a hypersonic strike vehicle from an unmanned surface vessel, with an at-sea demonstration planned for 2027. France, meanwhile, is pressing ahead with the ASN4G hypersonic nuclear cruise missile, choosing speed and manoeuvrability over stealth to keep its airborne deterrent credible against advancing air defences.

Quantum

Q-CTRL argues quantum computing could start delivering real military advantages as soon as 2027, in areas such as convoy routing and missile defence, though the technology’s promise still hinges on hardware maturity. In Washington, two new executive orders are pushing federal agencies toward a “scientifically relevant” quantum computer by 2028 and government-wide post-quantum cryptography by 2031.

China, for its part, is investing heavily in quantum key distribution and satellite-based quantum communications. Both China and Russia are also reportedly harvesting encrypted Western data in anticipation of future quantum decryption capability; a “harvest now, decrypt later” threat that’s pushing allied militaries toward post-quantum cryptography.

Space Tech

Blue Origin’s New Glenn launchpad explosion was a significant setback for the US commercial space sector. At the same time, the Space Force is pushing battlefield surveillance into orbit with a $4.16 billion SpaceX satellite contract, and US Space Command is signalling a new focus on offensive operations beyond geosynchronous orbit. On the battlefield, Ukraine’s use of commercial satellite intelligence has reportedly cut the time to locate and strike Russian assets by 90%.

Germany’s military space commander has also warned that Russia may be developing a nuclear warhead designed for orbit; a weapon that could disable satellites across huge swaths of space for decades. In response, Germany is expanding its own space capabilities.

Energy

Directed-energy weapons had a strong showing this month: Thales’ RapidDestroyer disabled 80 drones in trials using radio-frequency disruption, while the US Naval Research Laboratory demonstrated a laser system that can both beam power wirelessly and knock down aerial threats; a dual-use capability that could cut expeditionary forces’ reliance on fuel convoys. A Chinese firm has unveiled the man-portable “Lijian” anti-drone laser, designed to burn out drone electronics at a fraction of the weight of earlier systems.

Materials

Additive manufacturing continues to prove its battlefield value: Marines in the Pacific 3D-printed working shaped charges from local materials, including volcanic rock and coconut husks, and Pentagon officials say 3D printing could cut time-to-capability at the point of use by roughly 99%. Advanced ceramics are also getting fresh investment, with AeroVironment landing a $20 million Air Force contract to develop materials that can survive the extreme heat and stress of hypersonic flight.

However, China’s dominance of the global drone supply chain remains a structural risk for the West: Beijing controls an estimated 80–90% of the global drone market and roughly 99% of primary gallium production, a critical input for the gallium nitride semiconductors used in radar, electronic warfare, and missile defence systems.

The Takeaway

Across every domain this month, the same pattern holds: speed and integration are becoming the real currency of military advantage. The technologies themselves matter less than how fast they can be combined, fielded, and adapted. Catch the full conversation on this month’s podcast episode, where we go deeper on what these shifts mean for the next 12 months.