The biggest security challenges of 2026 won’t be solved by perfecting a single drone, jet, or ground system. No matter how advanced, a lone asset is inherently limited—it can’t be everywhere at once. Threats, by contrast, are distributed, relentless, and built to overwhelm linear thinking.
Here’s what Christian Brose, the author of The Kill Chain and former staff director of the U.S. Senate Armed Services Committee, has to say on the topic:
“The entire basis by which the US military understands events, makes decisions, and takes actions will not withstand the future of warfare. It is too linear and inflexible, too manual and slow, too brittle and unresponsive to dynamic threats, and too incapable of scaling to confront multiple dilemmas at once.”
Swarm intelligence flips this script. It’s no longer lab theory—it’s operational reality. A single operator commands dozens of autonomous assets that share real-time awareness, adapt dynamically, and execute at threat speed. The human focuses on the mission objective rather than micromanaging flights. One person suddenly achieves what once took a squadron.
To the uninitiated, it sounds like sci-fi. But with AI’s breakneck pace, companies like DK NEJET are building the software architectures to make it happen today.
Why single platforms once dominated
For a long time, the logic of defense was pretty simple: get the best platform, and you have the advantage. The fastest jet. The most capable armored vehicle. The most accurate long-range system. If your hardware was better than the other side’s hardware, you were in a strong position.
Brose nails why that’s crumbling. In his book, he argued that expensive, exquisite single-platform systems are becoming strategically vulnerable precisely because distributed, low-cost, high-volume systems can overwhelm them through sheer concurrency. Not by being better. By being many. A single F-35 can’t split into 40. Forty coordinated drones can.
Traditional giants are still adjusting. The shift demands volume, coordination, and asymmetry – areas where agile innovators are already outpacing legacy models.
Moving to tactical concurrency: one pilot, dozens of assets
A single platform, no matter how capable, is limited to one place doing one thing. That’s a structural limitation no amount of engineering can fully solve; therefore, you need to think about how to scale the functional multiplicity. At the same time, we’re not talking about simple multitasking – the operator is focused on a single mission; instead, they have more hands – autonomous or semi-autonomous – in the action, so to speak.
What’s to be gained by this?
- Real-time repositioning and retasking crush command latency.
- Operators stay remote, blending defense and civil security applications.
- Compressed decision loops outpace adversaries.
- The same software layer multiplies from 10 to 100 assets, compounding returns that hardware can’t match.
This is the shift that’s redefining what “capable” means in modern defense. And it’s why the organizations investing in coordinated, intelligent systems right now are building something that compounds over time.
How DK NEJET approached that shift
We didn’t start with swarm dreams, despite our CTO’s early advocacy. We began with FPV drones—urgent needs from frontline units demanded hardware, and we delivered it at scale, iterating fast.
Field feedback from 90+ military units was our edge: unfiltered insights from deployments, missions, and hurdles. Hardware improved, but the real bottleneck remained the same: pilot scalability. Flying eats cognitive bandwidth, starving mission focus.
That pushed us to the coordination layer first—software enabling collective action, not solo feats. By 2023, amid FPV scaling, we launched R&D in swarm intelligence and telenav guidance. Solve piloting, and everything scales. Software-first became our conviction.
Swarm Intelligence: From Piloting to Commanding
So, here is the model: one trained operator, forty (or more) autonomous or semi-autonomous assets, all sharing situational awareness in real time, all adapting to what the others are doing, all working toward a defined objective within parameters set by the human operator.
The operator does not pilot each asset individually – that would be impossible. The operator directs the system: sets the objective, the constraints, and the boundaries. The intelligence layer handles the coordination underneath.
It sounds like a subtle distinction. But the people building these systems will tell you it changes everything about how a mission actually gets done.
“Today, a pilot and a mission are the same thing. But a single drone may not be enough — you might need two, three, five flights to complete one objective. In a swarm, the operator doesn’t think about flying. He thinks about the mission. We remove the piloting. We give him the outcome.”
CTO @ DK NEJET
This shift — from piloting to commanding, from flying to deciding — is the operational core of what swarm intelligence actually delivers. The direct consequences of this include better outcomes for mission probability, asset recovery, human safety, and the economics of sustained operations.
Taking Care of the Pilot Scaling Challenge: DK NEJET Carma Academy
Scaling the software is only half the equation. You still need skilled, well-trained pilots who know how to work within these systems and get the most out of them.
We wish it were only theoretical. The Middle East, however, offered a clear illustration recently — the drones were available, procurement wasn’t the problem. The bottleneck was the absence of operators to fly them effectively, and Ukraine even sent some of its best to help civilians.
That’s exactly why we created Carma Academy — not as an add-on, but as a core part of what we deliver – a double-edged sword to the bottleneck.
While dedicated swarm operation training is still on the horizon, Carma Academy already integrates swarm-oriented thinking across its core curriculum — from Basic UAV Operations and FPV Specialization to Heavy Combat Drones, UGV, Electronic Warfare, Interceptor Drones, and Reconnaissance.
Students learn to understand coordination logic and make effective decisions at the human-machine interface, building the foundation they’ll need as autonomous swarm systems move from development into the field.
Building this human capacity is as essential as building the technology itself.
What’s Ahead in Five Years — And Where Is the Money Going?
Europe’s defense budgets are surging—NATO’s 2% is real money, hundreds of billions flowing. Taxpayers rightly ask: What do we get?
It is a fair question, and the honest answer is that it depends entirely on how that money is spent. There is a version of this rearming moment that mostly flows into the same hardware procurement logic that has defined defense spending for decades — long-term contracts, slow delivery, high unit cost, and capabilities that arrive half a generation after they were designed. That version does not offer great value for the taxpayer.
There is another version.
One where the investment goes into software-defined, coordinated architectures that multiply the effectiveness of every platform already in service. Where a nation does not need to wait ten years for a new platform to close a capability gap because the coordination layer being built today is already making existing assets more effective, more resilient, and harder to overwhelm.
It’s critical that the return on defense investment is not measured in units delivered, but in actual deterrence capability per euro spent.
That is the version we are building, and it’s the only one that truly makes sense to explain to a taxpayer who wants to know their money is being used intelligently.
Looking five years ahead, the compounding effect of this approach becomes significant. Software improves with deployment — every mission generates data that makes the system smarter. Every operator we train adds to an institutional knowledge base that does not disappear when a platform is retired. The nations and organizations that invest in this architecture today will not just be better defended in five years. They will be better defended at lower marginal cost, with more flexibility, and with a sovereign capability they actually control.
That last point matters more than it might seem. A defense capability built on someone else’s hardware, maintained under someone else’s contract, and updated on someone else’s timeline is not fully sovereign. It is a dependency. What we are building at DK NEJET — software-defined architectures designed in Europe, under European doctrine — gives governments something they can stand behind in front of their parliaments and their citizens.
Collective security is ultimately a coordination problem. The nations that solve it first, and solve it responsibly, will define what European defense looks like for the next generation.
“We learned this the hard way in Ukraine. Europe can defend smarter from day one. Strategic resilience goes to those betting on coordination over platforms alone. The software connecting assets is as vital as the assets themselves.”
DK NEJET CEO
Conclusion
Future threats demand systems, not silos—coordinated intelligence at machine speed with human judgment.
The organizations that recognize this shift and build accordingly are not simply acquiring technology. They are acquiring a different way of operating — one defined by coordination, adaptability, and the disciplined application of autonomous intelligence. It sounds very official, but it’s true nonetheless. Production scales, pilots don’t, and you still need to operate a multitude.
Those who grasp this first will shape the continent’s security for a generation.
Did this resonate?
If this resonates with how you’re thinking about defense capability — or if you’re working on similar problems and want to compare notes — we’d genuinely like to hear from you. We’re a team building something we think matters, and the conversations we learn most from are usually the ones we didn’t expect.
About DK NEJET DK NEJET is a defense technology company specializing in autonomous operations platforms, swarm intelligence systems, and coordinated multi-asset architectures. Through its software-first approach and the DK NEJET Academy, the company equips defense organizations and allied partners with the operational capability to meet the challenges of modern security environments.