Best of LinkedIn: Defense Tech CW 40/ 41

00:00:00: This episode is provided by Thomas Allgaier and Frennus, based on the most relevant LinkedIn posts about defense tech from CW-Forty in Forty One.

00:00:08: Frenness is a B to B market research company that supports ICT providers with a structured defense market entry framework designed to move them from European Defense Opportunity Landscape to qualified ministry conversations within six to eight weeks.

00:00:22: you can find more info in the description.

00:00:25: so i want cross directly into Polish airspace.

00:00:32: They fly something like five hundred kilometers deep in to NATO territory and the traditional military radar systems, they see absolutely nothing.

00:00:42: Yeah...they just completely vanish.

00:00:45: It sounds like this setup for some sort of geopolitical thriller right?

00:00:48: But it is a very real example of the asymmetrical threat landscape we are dealing with now.

00:00:54: Definitely, and if you're leading digital transformation or managing tech adoption in any massive organization The defense sector is pretty much providing the ultimate stress test for how fast Massive bureaucracies can adapt to lethal technological shifts.

00:01:09: Exactly I mean we're watching the entire Defense Technology ecosystem try to rewire itself in mid-air right

00:01:17: And that's the overarching narrative we're going to be unpacking in today's deep dive.

00:01:21: We are seeing this incredible velocity on the front end, right?

00:01:24: Billions and private capital intense political urgency sweeping contract ceilings.

00:01:29: but The actual operational systems the mechanisms required to turn that money an intent into fielded military capability.

00:01:36: They are well they're grinding gears.

00:01:39: the bottleneck isn't just about inventing new tech anymore.

00:01:41: It's about procurement friction, it's about adapting to off-the-shelf threats

00:01:47: and fundamentally rebuilding a withered industrial

00:01:49: base.

00:01:50: So let's start without go swarm over Poland because it perfectly illustrates why the legacy systems are struggling so badly.

00:01:57: Thomas Neubauer shared that specific incident recently.

00:02:00: How do thirty hostile drones fly undetected for hundreds of kilometers?

00:02:05: Over a highly monitored NATO country?

00:02:08: What's fascinating here is that the answer is terrifyingly simple.

00:02:12: They didn't use advanced stealth coatings or some state-of-the art military communications array.

00:02:18: So what did they use?

00:02:20: They just used standard off-the-shelf Polish forgy SIM cards, further command and control.

00:02:24: Wait really like The data plan of my smartphone.

00:02:28: Exactly Like That our traditional Military RF scanners the sensors that are actively looking for radio frequency emissions.

00:02:35: They're highly calibrated to hunt for very specific military signatures.

00:02:39: Right, they are looking for encrypted military tactical data links

00:02:43: Yeah and they are deliberately programmed to filter out the massive chaotic ocean of civilian telecommunications noise.

00:02:50: Otherwise operators would just get overwhelmed with false positives from you know every single cell tower in Europe.

00:02:55: Okay let's unpack this.

00:02:56: make sure I'm grasping mechanism here.

00:02:59: It is like building a billion dollar state-of-the art fortress but leaving the side door wide open because the enemy is just using the local cellular network.

00:03:07: It has a perfect analogy, yeah?

00:03:09: The defense system isn't actually blind.

00:03:12: it's just actively ignoring the channel of the attacker is using...the drones just hid inside the ignored noise.

00:03:18: Wow so the attacker doesn't even need to build communication relays or satellite infrastructure.

00:03:24: they're just piggyback on this civil telecom network.

00:03:28: It forces a complete paradigm shift.

00:03:31: Homeland air defense now requires the detection layer that is integrated directly into civilian telecom infrastructure, not just military towers.

00:03:39: and The threat platform itself is evolving Just as fast.

00:03:41: right.

00:03:42: beatbenz highlighted A massive shift with the deployment of the new jaren four and jaren five drones.

00:03:47: We aren't talking about those slow buzzing mopeds in the sky anymore

00:03:50: Not at all.

00:03:50: these new iterations are jet powered.

00:03:53: Fundamentally changes the math for an air defender.

00:03:56: I mean, they have essentially doubled their speed

00:03:59: Which cuts the reaction time or defense batteries in half

00:04:02: right.

00:04:02: and They fly at much higher altitudes.

00:04:05: And they are increasingly using onboard machine vision for terminal guidance

00:04:09: Meaning that don't even need a GPS signal to find the target of the final moments

00:04:13: precisely.

00:04:14: You can jam there GPS all you want But if the drone has an optical camera matching what it sees on the ground to a pre-loaded?

00:04:20: Three D map It will still hit the target.

00:04:22: That's terrifying

00:04:23: It is.

00:04:24: And Ben's pointed out an even more concerning logistical shift, these systems could potentially be launched from standard containerized shipping boxes.

00:04:32: Wow!

00:04:33: So a commercial cargo ship sitting off the coast of Rotterdam or Hamburg Could secretly be a drone aircraft carrier.

00:04:39: Yes,

00:04:40: you could have short warning high-speed strikes originating right off European coastlines.

00:04:44: It completely scrambles the geometry of traditional air defense which is usually oriented toward an eastern land border.

00:04:51: Yeah and if that threat using four G SIM cards in machine vision shooting them down with multi million dollar Patriot missiles it's a economic death spiral.

00:05:01: I mean we'd go bankrupt before they ran out of drones.

00:05:04: So how was the tech sector actually responding to this economically?

00:05:08: By stacking commercial technologies into layered architectures.

00:05:11: James Orr noted a major move by NATO NAA, that's NATO's Defense Innovation Accelerator.

00:05:17: for Context They just awarded seven rapid adoption contracts to build a unified counter drone tech

00:05:23: stack.

00:05:24: Who is actually building this stack?

00:05:26: Is it the usual suspects?

00:05:28: No!

00:05:28: It's a coalition of specialized innovators.

00:05:30: You have companies like Millaray Drone Tag Roboto.ai

00:05:35: Arkany right I think Eric systems was in there too.

00:05:39: Yeah, and neural agent and Mara they aren't trying to build one magic silver bullet.

00:05:44: They are combining passive acoustic sensors literally listening for the specific hum of a drone motor with commercial RF detection.

00:05:52: AI enabled visual tracking an autonomous interception.

00:05:56: Okay.

00:05:56: So if the radar filters out the four G signal The acoustic sensor still hears.

00:06:00: it hands that data to an optical camera driven by AI which then directs an interceptor.

00:06:06: That's the theory of a fused multi-sensor approach, yes.

00:06:10: And big money is moving here.

00:06:12: Angus Bean posted about Drone Shield recently winning three year contract from JIATF-ForerOne.

00:06:19: Let us define that acronym for audience really quick.

00:06:21: What is JIATAF-forerOne?

00:06:23: It stands for Joint Interagency Task Force Its specialized group pulling together different government agencies specifically to tackle homeland defense against these asymmetric threats.

00:06:34: Right.

00:06:35: And the contract they awarded was an IDIQ, An Indefinite Delivery-Indefinit Quantity Contract and The headline number on that Was a ceiling of five hundred million US dollars

00:06:45: Half billion for counter drone tech.

00:06:48: It sounds like A massive victory For the tech sector.

00:06:51: it does But we have to contrast That with another post.

00:06:54: Charlie Beaumont Provided a Crucial Reality Check On this exact topic.

00:06:58: He pointed out.

00:06:59: Another company SRC also recently won an IDIQ contract from that exact same task force with the exact same five hundred million dollar ceiling.

00:07:09: Let me guess, The Ceiling isn't the floor?

00:07:11: What does an IDIQ actually mean in practice?

00:07:14: Well think of it like a corporate credit card That government issues to itself To buy for your company.

00:07:20: This ceiling is just a credit limit on the cart.

00:07:23: Ah,

00:07:24: okay.

00:07:24: It just means they're legally allowed to spend upto five hundred million dollars with you over the next few years without having run a new competition.

00:07:33: But it doesn't mean that actually have to spend a dime

00:07:35: Exactly.

00:07:37: Beaumont noted that SRC's first actual guaranteed order on that half billion dollar contract was only ten point twenty four million dollars.

00:07:45: Oh wow That is just over two percent of headline number

00:07:48: Right.

00:07:49: So a start-up might blast out of press release saying they won a five hundred million dollar defense contract.

00:07:54: But the reality is we only have enough actual cash flow to cover a few months of payroll.

00:08:00: And that brutal reality leads us directly into the core dysfunction of the defense ecosystem.

00:08:05: today The primary constraint preventing military modernization is no longer a lack of advanced technology.

00:08:11: It is a profound structural failure in procurement and

00:08:14: adoption.".

00:08:15: Yeah,

00:08:15: Arthur Dallow articulated this perfectly in the recent post.

00:08:19: he argued that Europe does not have an innovation problem.

00:08:22: it has an adoption problem

00:08:23: because we have incredible research universities.

00:08:26: talk to your engineering talent And plenty of venture capital.

00:08:30: but strategic autonomy depends on deployment Not just research.

00:08:34: A prototype is just a science fair project until it's integrated, maintained and fielded by actual military units at scale.

00:08:41: This brings up the two clocks problem that Eva Sula detailed And I think anyone who has ever tried to sell a SAS tool To a legacy bank will instantly understand this.

00:08:51: Break down those two clocks for us.

00:08:52: So on one side you have the tech startups in SMEs.

00:08:56: Their clock runs on a six month cycle.

00:08:58: In six months they had hit a milestone Raise their next round of funding or literally go bankrupt.

00:09:03: Time means survival.

00:09:05: And on the other side?

00:09:06: Defense runs in a completely different temporal reality, A six-month clock for them is just time it takes to test security reviews and integration planning.

00:09:15: So the startup suffocates while bureaucracy does its paperwork.

00:09:19: But I have to push back here for second.

00:09:21: What's this all mean?

00:09:23: Are startups asking military to lower their standards and move fast when lives are on line?

00:09:29: That is a common defense of the slow procurement cycle, but Antonio Brasmontero clarified this beautifully.

00:09:35: He pointed out that accelerating adoption does not mean lowering standards.

00:09:40: Then what does it mean?

00:09:41: How do you move fast without cutting corners?

00:09:43: It means involving military users much earlier and creating clearer pathways from successful testing to procurement.

00:09:50: Instead of engineers testing a prototype in a sterile lab for three years You involve the soldiers on the ground in iterative loops

00:09:57: because a prototype only becomes the capability when it is fielded at scale.

00:10:02: By the way, if you're finding this deep dive valuable make sure to subscribe so that you don't miss future additions!

00:10:07: Absolutely.

00:10:08: now returning to that friction... It's not just matter of changing rules In Europe.

00:10:13: its geographical nightmare too.

00:10:15: Willem Molokhoer mapped out recently.

00:10:17: Oh yeah He detailed how unclear and fragmented approval routes in places like the Netherlands, Poland and Portugal create a massive labyrinth for these tech companies.

00:10:27: Exactly!

00:10:28: If a startup builds new drone into the Netherlands they can't just drive it across the border to test with a Polish unit without triggering a cascade of redundant certifications or export controls.

00:10:38: It's low startups from prototype-to-field tests significantly.

00:10:42: But if we look at the Atlantic to US We are seeing some fascinating structural solutions.

00:10:47: Nate Lowenthal shared a really compelling development out of the Pentagon's Defense Innovation Unit, or DIU.

00:10:53: Oh right!

00:10:53: The ICAP program?

00:10:54: Yes they've launched the Immersive Commercial Acquisition Program.

00:10:58: it flips the script completely instead of forcing startups to learn government contracting.

00:11:04: They are embedding Government Contracting Officers directly inside DIU.

00:11:08: That is brilliant...they're essentially forcing the bureaucracy to learn how to negotiate with commercial vendors and think like startups.

00:11:15: Exactly.

00:11:16: But you know, even if you fix the software procurement and you train the contracting officers to act like venture capitalists.

00:11:23: You still have a harsh physical reality.

00:11:25: eventually you have to actually build the hardware

00:11:28: The Physical Industrial Base.

00:11:30: This is crucial.

00:11:32: Mark A. Whitfeld offered an historical analogy that grounds this challenge perfectly.

00:11:36: He compared Europe's current defense production crisis to the development of the M-IV Sherman tank in World War II.

00:11:42: Right, because the Sherman wasn't exactly renowned for being an exquisite impenetrable piece of battlefield technology?

00:11:49: No it was outgunned by German armor and many scenarios but it was designed specifically for mass production and ease of maintenance.

00:11:57: his insight is that military mass cannot come from the defense industry alone.

00:12:01: So Europe must convert its massive existing civilian automotive and industrial capacity into defense production.

00:12:07: Exactly because if you rely only on exquisite defense primes, You get brilliant technology but in incredibly small fragile quantities.

00:12:16: And it's not just about assembling the final product either.

00:12:19: Jeremy Hollop pointed out a massive blind spot In the US drone industry that speaks directly to this Whenever we talk about drone production everyone focuses entirely On the companies that assemble The aircraft

00:12:30: right?

00:12:30: Everyone wants To Talk About the shiny Drone on the Runway

00:12:33: But Hollop argues that what the industry actually needs to avoid severe supply chain bottlenecks are specialized component manufacturers.

00:12:40: Break down on what he means by components?

00:12:43: We're talking about guts of this system, high performance electric motors specialised electronic components flight controllers.

00:12:49: if all those drone assemblers relying in same fragile pool of sub-tier suppliers your domestic production capacity is a total illusion.

00:12:57: You just have an assembly bottle neck.

00:12:59: And this is exactly where private capital is stepping in to brute force a solution through sheer financial gravity.

00:13:05: We have to talk about how Private Capital is attempting to solve this manufacturing bottleneck.

00:13:09: Yep, Rob Marcinowski highlighted Andrew's Build First playbook which completely shatters the traditional defense model.

00:13:16: Tell me about it.

00:13:16: They poured one billion dollars of private venture capital into single manufacturing facility Their Arsenal One Factory In Ohio To build fury combat drones.

00:13:25: and The crucial detail there Is funding source.

00:13:28: That is one billion dollars completely bypassing upfront taxpayer dollars to speed up production timelines.

00:13:34: None

00:13:34: at all, they are taking the capital risk entirely on their own balance sheet to prove that can produce its scale first and it's moving into heavy naval manufacturing now not just drones

00:13:44: Right.

00:13:45: both Alex Ackler and Shane Arnott discussed Andrews next staggering move Arsenal too.

00:13:50: The scale of this is hard overstate.

00:13:52: We're talking about three point seven billion dollars a private investment Into Maryland facility which symbolically, is a former World War II Liberty ship site.

00:14:02: The historical symmetry is incredible

00:14:04: and they are building Virginia class submarine components there paired with the two point nine billion dollar Navy contract

00:14:10: exactly

00:14:11: their manufacturing massive physical components to bail out the legacy industrial base.

00:14:15: but I have say this raises an important question.

00:14:19: yeah Andrew Glenn brought up a brilliant critical counter perspective on Despite the whole build-first ask for contracts later philosophy, Andrewle recently had to pause work on that exact same Fury Combat drone we were just praising.

00:14:35: Wait... why did they pause it if they are using their own private capital?

00:14:40: Because they're waiting for Congress

00:14:56: neoprime model of spending.

00:14:57: private capital might just be eroding back into the behavior.

00:15:01: a traditional prime contractor.

00:15:02: Exactly, when economic reality hits even venture-backed giant with billions in the bank cannot outrun a dysfunctional congressional budget cycle.

00:15:12: it perfectly encapsulates entire theme this deep dive.

00:15:16: you can have unprecedented private capitol and robotic factories but if foundational political procurement systems don't match velocity technology The entire machine stalls.

00:15:26: Absolutely,

00:15:27: which brings us to the ultimate profound contradiction of this entire industry.

00:15:32: We spent this whole time discussing the mechanics layered radar supply chain software.

00:15:37: But I want a pivot to a philosophical observation based on a post by Victor Manuel Sobrino Garcia.

00:15:43: It's so easy to get lost in engineering and forget the strategy.

00:15:46: What was his premise

00:15:47: he grounds?

00:15:48: His thought in clausowitz is famous maxim war Is fundamentally a political instrument.

00:15:54: We fight wars to force an adversary to accept a political reality.

00:15:59: But currently, the entire thrust of defense tech is designed to remove human beings from the immediate line-of-fire—

00:16:05: Right —autonomous drones, robotic submarines...

00:16:08: Which's undeniably good thing for protecting lives your own soldiers!

00:16:13: The provocative question for you, the listener to Chewbacca, what if the paradox AI and autonomous weapons are that more capable our machines become at fighting?

00:16:23: the less capable we become at actually winning the wars and achieving peace.

00:16:27: Because if machines are simply trading blows with other machines, then societal and political pain that usually forces leaders to the negotiating table is removed?

00:16:36: Exactly!

00:16:37: If there are no body bags coming home how does a political objective ever get forced?

00:16:43: We might be engineering our way into forever war as fought by endless streams of manufactured drones.

00:16:49: A profound and necessary question to end on.

00:16:52: Technology changes the character of war, but it doesn't change its nature.

00:16:56: Thank you for joining us as we unpacked the deep

00:17:15: complexities.