Autonomous Warfare Has Arrived | African Lion 2026 Exclusive with Gen. Anderson & Lt. Gasparri

ELI5 / TLDR

VICE went to a big multi-country military exercise in the Moroccan desert and found the future of war being duct-taped together in a tent. Young soldiers are building their own attack drones, flying them into targets, and driving robot cars that steer themselves without GPS. The two men interviewed — a junior officer doing the building and a four-star general running US operations in Africa — both make the same argument: this shift is already here, it looks a lot like the leap from horses to tanks a century ago, and you can’t pause the world to think it through because the other side won’t pause either.

The Full Story

The tent in the desert

The setting is African Lion 2026, an annual exercise that this year pulled in 40 nations and aimed almost everything at AI and drones. VICE’s reporter wanders into a tent where a West Point graduate with a nuclear-engineering degree — Lieutenant Gasparri — is sitting on a battery that, he jokes, “may explode.” Around him is a workshop of homemade and store-bought drones, radios, and arming devices. Think of it less like a defense contractor’s lab and more like a garage band, except the instruments are weapons and the band is the US Army.

The big idea Gasparri keeps circling is a reversal of an old rule. For most of military history, expensive equals powerful, so you kept your costly gear safe in the rear.

“Resources and material resources specifically used to be generally correlative to impact on the battlefield… And now there’s been quite a paradigm shift. We now have very low-cost solutions that are both precise and effective.”

A drone that costs a few thousand dollars can now destroy a bomber worth a hundred million. That lopsidedness — cheap thing beats expensive thing — is what people mean by “asymmetric warfare.” The reporter points to the recent Ukrainian operation that smuggled drones deep into Russia and wrecked aircraft on the tarmac as the headline example.

What’s actually on the table

Gasparri walks through his kit, and it’s worth knowing what each piece does because the names are deliberately colorful:

FPV attack drones (“first-person view” — the pilot wears goggles and sees what the drone sees). His team builds these in Vicenza, Italy, 3D-printing the mounts and hooks and adding explosives to commercial frames. An “energetic,” he explains when asked, is just military-speak for an explosive like C4.
A counter-drone problem. The hard part now isn’t only attacking — it’s stopping the things coming at you. He describes a rifle sight called a “smart shooter” that bolts onto a standard M4, automatically tracks an incoming drone, and fires. They fly their own drones at these systems to see if they actually work.
Fiber-optic drones, which trail a physical cable instead of broadcasting radio. Imagine a kite on a very long string: because it emits no radio signal, the usual jamming and detection methods miss it, so you need acoustic or radar sensors instead. Layered, varied defenses, because no single method catches everything.
A mesh radio (the MPU5, from a company called Persistent Systems). A “mesh” network heals itself — if radio A can’t see radio C directly but both can see radio B in the middle, the message hops through B. Scale that to hundreds of nodes and you can push internet access all the way down to a small unit, even sending a robot to carry a relay up a mountain peak.
A heavy-lift drone, adapted from an Italian machine originally built to deliver mail in the Alps, now able to haul 200 pounds of supplies or munitions.

Robots that drive themselves

The showpiece of the day was two autonomous ground vehicles built on a Polaris off-road buggy. The detail Gasparri thinks people miss: they need no GPS and no operator.

“You give it a place to go and it’ll find a way to get there.”

One carried explosives for blowing through obstacles; the other carried a remote turret (a “CROWS” system — a machine gun you aim by screen). The point is to reduce “cognitive load”: tell the machine where to go, stop thinking about it, and send it into danger so a soldier doesn’t have to.

The general’s history lesson

The second half is General Anderson, the four-star commander of US Africa Command. He starts with why the US is in Africa at all — the terrorist threat has migrated there, and groups like Al-Shabaab in Somalia now run the most lucrative terrorist franchise in the world, pulling over a hundred million dollars a year through smuggling, ransom, and taxing the territory they hold.

But the conversation quickly becomes about technology, and Anderson reaches for the cleanest analogy in the video. We are, he says, living through the maturation of the digital age the way the early 20th century lived through the maturation of the industrial age.

“Everybody knew what airplanes were and submarines, radio, machine guns, but nobody understood how to put them together… the Wehrmacht figured out how to maneuver and how to move at speed.”

The French built the Maginot Line — a technological marvel, never breached — and the Germans simply drove around it. The lesson: it isn’t the new tools that decide things, it’s who figures out how to combine them. Today’s tools are drones, AI, sensors, and electronic warfare, and nobody yet knows the winning combination.

His most striking observation is about the people, not the gear. The kids using this stuff learned the devices in five to ten minutes, sometimes two days. One apologized for the duct tape on a robot — they were trying different shapes to get it through barbed wire. Anderson’s reaction was: that’s exactly what I want you to do. The complexity isn’t the technology; it’s the combining, and the generation native to the technology does the combining instinctively.

In the loop, on the loop, and the Terminator problem

The reporter keeps circling the obvious fear — robot warriors, the Terminator. Anderson rejects both the utopian and dystopian extremes and offers a useful piece of vocabulary:

“Human in the loop means… it requires a human to make a decision before action. A human on the loop means there’s a human monitoring the parameters, but much of that data gathering to execution… that’s all automated.”

Picture a laser anti-drone system shooting incoming threats out of the sky. Nobody pushes a button for each shot (too fast), but a human watches to make sure it isn’t firing at an airliner. That’s “on the loop.” Fully removing the human — “off the loop” — is something he says nobody is interested in.

Both men land on the same closing argument, almost word for word:

“The fallacy is that you can stop the world, figure out the way ahead, and then restart the technology because our adversaries aren’t waiting.”

Anderson’s forward look is less about killer robots and more about scale. The bottleneck is processing: turning oceans of sensor data into targets in seconds rather than days, at a scale no human can handle — which is precisely why large language models and AI become load-bearing. He names the US and China as the two pushing hardest, with Russia, Ukraine, Israel, Japan, Germany, the UK, and Korea close behind, and frames the real task as harnessing alliances to stay ahead of those with different values.

Key Takeaways

The old rule “expensive equals powerful, so keep it in the rear” has flipped: cheap, precise, mass-produced drones can now cause strategic damage, which is the core of asymmetric warfare.
“Energetic” means explosive (e.g. C4); “FPV drone” means a first-person-view drone flown via goggles; “CROWS” is a remotely operated gun turret.
Fiber-optic drones trail a physical cable, emit no radio signal, and so dodge jamming and radio detection — requiring acoustic or radar countermeasures instead.
A mesh radio relays data hop-by-hop between nodes and self-heals, letting a unit extend comms (and internet) into terrain where direct line-of-sight fails.
The autonomous ground vehicles shown navigate without GPS and without an operator — you give a destination and the machine finds its own route, reducing soldier “cognitive load” and exposure.
“Human in the loop” = a person must approve each action; “human on the loop” = automation runs but a person monitors and can intervene; “off the loop” = full automation, which the general says no one wants.
Anderson’s framing analogy: today’s AI/drone shift mirrors the early-1900s industrial-age shift — the winner is whoever combines existing tools in a new way (tanks + radio + maneuver became Blitzkrieg), not whoever has the newest single tool.
The skill bottleneck is combination, not operation — soldiers learn individual devices in minutes; embedding manufacturer engineers directly in units (a lesson borrowed from Ukraine) lets gear get modified mid-exercise.
Future bottleneck is data processing: turning sensor feeds into thousands of targets in seconds, which is why LLMs/AI are treated as essential infrastructure, not gadgets.
Reporter’s running analogy: Ukraine resembles WWI (static, trench, fiber-optic lines), while drone-wave exchanges resemble WWII maneuver — both men partly endorse it while cautioning the US doesn’t fight like Ukraine’s ground forces.

Claude’s Take

This is a VICE field piece, which means it’s half genuine access and half vibes. The access is real and valuable — you rarely hear a junior officer talk this candidly about building weapons in a tent, or a combatant commander give a clean, non-defensive walk through “in the loop vs. on the loop.” The industrial-age analogy is the best thing in here and it holds up: the people who win technological transitions are the ones who recombine, not the ones who merely acquire.

The BS filter flags a few things. First, this is the US military narrating itself to a camera, so the framing is relentlessly reassuring — “we’re deliberate, we’re principled, we’d never rush killer robots.” That may be true, but it’s exactly what you’d say either way, and the video offers no independent check. Second, the reporter is doing a lot of leading — feeding the WWI/WWII analogy, the Terminator framing, even the questions’ conclusions — so the interviewees often just agree with a polished version of the reporter’s own premise. Third, there are two unmistakable ad reads baked in (Adobe Acrobat “PDF spaces”), which always lowers my trust in a piece’s independence. And the “10 out of 10, sir” sign-off is a tell about the access-for-flattery bargain.

Net: genuinely informative on the texture of where autonomous warfare actually is right now — duct tape, commercial parts, GPS-free buggies, the processing bottleneck — and worth the time for the vocabulary alone. Just read it as a guided tour the host arranged, not adversarial journalism. A 7: substantive and clarifying, but soft on scrutiny and carrying a couple of sponsor’s thumbprints.