
Rapid7 deployed right the first time.
Full-platform Rapid7 rollouts - InsightVM, InsightIDR, event sources, agents, tuning - by a Registered Partner who has done it at state-agency scale, including OT/SCADA.
Talk deployment
Ukraine has launched talks to buy over 100 Gripen fighters — a bold, potentially game-changing move that could dramatically strengthen its air defenses and reshape regional air power.

Imagine spotting a flying doughnut over the front lines — Ukrainian electronic‑warfare specialists say Russian units are testing an unusual annular ring‑wing drone that looks nothing like the usual quadcopters. Its circular design could trade wingspan for endurance, potentially changing how drones loiter, scout and strike.

Meet CALAMAR, France’s new multi‑domain test range at Cazaux where Rafales, Tigers, guided munitions and advanced sensors are run through realistic, integrated trials to prove they work together in contested air and electromagnetic environments. By centralizing those tests, the DGA speeds development, cuts technical risk and strengthens France’s ability to certify and field cutting‑edge systems independently.

Imagine drones that don’t just follow waypoints but actually grasp a commander’s intent and act like teammates — the Army’s draft UAS strategy calls for a new career field, advanced autonomy training, and even soldier-built, mission-tailored drones to make that vision operational.

The Army is gearing up for a second field test of a next‑gen command‑and‑control prototype — a bold experiment to treat C2 as a living, iterated ecosystem built with soldiers and developers together, not a one‑time delivery.

Can a compact nuclear plant make a base safer or invite new vulnerabilities? The Army’s bid to field a microreactor by 2027 promises steady, on-site power for critical missions — but tight timelines collide with thorny fuel, safety and regulatory challenges.

The Army is exploring AI to augment—not replace—artillery and air-defense crews, promising faster sensor fusion, quicker target ID and persistent operations; but leaders warn the tech is still brittle, data-starved and vulnerable in contested battlefields.

Facing hypersonics, drone swarms and nonstop electronic attack, the Army is racing to give cannons, missile batteries and radar nets human-like judgment with AI to speed targeting and coordinate fires. But Army leaders caution the tech isn’t there yet — prototypes are promising, yet gaps in data, robustness, edge compute and human-control rules keep battlefield-ready systems out of reach.

Full-platform Rapid7 rollouts - InsightVM, InsightIDR, event sources, agents, tuning - by a Registered Partner who has done it at state-agency scale, including OT/SCADA.
Talk deployment
Imagine a field hospital that keeps running even when the sky above it is a battlefield—this startup is building hardened, networked mobile hospitals with redundant power, mesh comms, counter-drone defenses and unmanned resupply. Their goal: move beyond the golden hour to sustained, survivable care when evacuation and logistics are no longer guaranteed.

As China accelerates investments in synthetic biology, U.S. lawmakers are pushing for a fast, ethics-first surge in defense biotech. From shelf-stable blood for frontline medics to real-time biosensors and biological camouflage, these innovations could redefine how wars are fought — and how lives are saved.

When the skies fill with cheap, dangerous drones, a small startup is reimagining battlefield medicine: modular, defendable field hospitals with hardened comms, counter‑drone systems, telemedicine and resilient logistics to keep blood, power and care flowing for days instead of hours.

Picture medics on a remote battlefield using shelf-stable blood and commanders alerted hours early by tiny biosensors — now lawmakers are pressing the Pentagon to accelerate biotech research to keep pace with China. The push could revolutionize medical care and biosurveillance, but it also raises tough ethical and strategic questions about arms races and deception.

What if a vial of blood could sit on a desert shelf for months or a uniform became invisible to biological sensors? Thats why lawmakers are urging the Pentagon to speed up defense biotech — from long‑lasting battlefield blood and rugged biosensors to biological camouflage — before China pulls ahead.

Europe is racing to build a drone wall — a layered, networked shield to detect and defeat swarms of cheap, self-flying drones that have rewritten the rules of war and now threaten cities. Born from hard lessons in Ukraine, the effort blends new tech, cross-border policy and legal limits to stop nimble, low-cost threats before they strike.

As the sea becomes a contested battlefield, the U.S. Army is trialing drone boats and redesigned landing craft in the Pacific to scout, resupply and shield littoral convoys. These small, networked vessels could keep sailors and soldiers moving — and safer — amid growing coastal threats.

Could cargo planes cross the Pacific without pilots in the cockpit? This year the Air Force quietly tested remotely‑operated cargo flights during REFORPAC to cut costs, ramp up sortie rates, and make supply lines across the vast Indo‑Pacific more resilient—while keeping humans firmly in control.

Evidence in spreadsheets, controls drifting between audits, frameworks multiplying on flat headcount. Nubivance runs continuous compliance on Rapid7 Cyber GRC - SOC 2, HIPAA, ISO 27001, PCI, CMMC.
End the scramble
Swarming, low-cost drones have repeatedly kept Ukraine in the fight—disrupting logistics, shortening kill chains, and preventing routs—but their impact has been largely tactical, buying time rather than delivering a decisive, war-ending breakthrough.

A wave of cheap, internet‑connected drones has given Ukraine game‑changing eyes and strike power—blunting offensives and keeping the country afloat—yet despite reshaping the battlefield, mass UAS have so far prevented defeat without delivering a decisive victory.

Britain is racing to shield its satellites from rising laser attacks while testing jet-powered drones that can launch from carriers — a bold move to keep its skies, seas and space resilient in a more contested future. Together, satellite laser-warning sensors and carrier UAV prototypes aim to protect vital services like GPS and communications while giving the Royal Navy safer, more flexible strike and surveillance options.

Cloud One is the Air Force’s enterprise cloud that quietly stitches sensors, shooters, and decision-making across land, sea, air, space and cyberspace—giving the DoD faster, more secure ways to prototype, share data, and act at the edge. It’s not a silver bullet, but by standardizing tools, enabling multi‑cloud and zero‑trust architectures, and supporting degraded connectivity, it’s becoming essential to keeping the U.S. ahead in joint multidomain operations.

The Department of Defense is rethinking support for troops—turning medical care, housing, logistics and IT into a connected, user-first mission-ready ecosystem that reduces friction and speeds decision-making. That shift promises faster deployability, clearer access to resources, and less stress for service members on the front lines.

A £10bn Norwegian order for BAE’s Type 26 frigates is a big boost for UK shipbuilding — but as factories ramp up for exports, the Royal Navy could be left waiting for the same ships it urgently needs. Can ministers balance jobs and industrial wins with the risk of a damaging capability gap?

Imagine a single, resilient Army network that fuses tactical grit with enterprise scale—delivered faster and smarter through digitized systems engineering like MBSE, digital twins, and DevSecOps. By turning paper plans into living models, the Army can test, secure, and evolve capabilities more quickly while keeping soldiers connected and mission-ready in contested environments.

Russia’s drone industry has surged from prototypes to mass-produced battlefield systems by prioritizing simple, low-cost designs and decentralized manufacturing. That rapid, pragmatic growth is forcing Kyiv, Washington and NATO to rethink sanctions, air defenses and how to counter cheap, attritable aerial threats.