Best of LinkedIn: Future Mobility & Market Evolution CW 23/ 24
Show notes
We curate most relevant posts about Future Mobility & Market Evolution on LinkedIn and regularly share key takeaways. We at Frenus support Tier 1 automotive suppliers with early-stage market validation for their R&D initiatives, combining in-depth secondary research, direct OEM expert interviews, and facilitated customer meetings to ensure strong product-market alignment. You can find more info here: https://www.frenus.com/usecases/early-stage-market-validation-test-oem-demand-before-burning-millions-in-r-d
This edition explores a wide range of global urban mobility and infrastructure innovations aimed at solving modern city challenges. They highlight how behavioral design and smart policies, such as traffic signal penalties for honking or staggering work shifts, can reduce congestion without massive capital investment. Significant attention is given to the autonomous vehicle sector, balancing the excitement of robotaxi deployments with serious concerns regarding software reliability, technological sovereignty, and safety. This edition also emphasize the maturation of micromobility, noting both the success of e-bikes and cargo cycles and the regulatory setbacks in cities like Barcelona and Brussels. Furthermore, the collection addresses large-scale transit projects and emerging technologies, including Saudi Arabia’s AI-driven districts and European vehicle-to-home energy integration. Ultimately, the sources suggest that the future of transport depends on integrating diverse modes and building deep trust between public authorities and private operators.
This podcast was created via Google NotebookLM.
Show transcript
00:00:00: brought to you by Thomas Allgaier and Frennus.
00:00:02: This edition highlights key LinkedIn posts on future mobility in market evolution, in weeks twenty three and twenty four.
00:00:07: Frenness supports tier one automotive suppliers with early stage market validation for their R&D efforts By combining secondary research direct ODM expert interviews And facilitated customer meetings.
00:00:20: You can find more info In the description.
00:00:23: Honestly The insights we're digging into today are just.
00:00:26: They're a massive reality check.
00:00:27: Yeah,
00:00:27: totally welcome to the deep dive.
00:00:29: everyone.
00:00:30: I'm your host and today we're unpacking The top future mobility trends that professionals have been you know buzzing about across linkedin right
00:00:37: specifically pulling from calendar weeks And I'm here to help analyze all these expert takes, break down the tech.
00:00:44: All that good stuff.
00:00:45: Exactly and our mission today is really look at a big shift happening in industry because we're kind of stepping out of that pristine sci-fi vision.
00:00:53: smart cities right?
00:00:54: Oh absolutely!
00:00:54: The hype cycle well it's officially broken but people are actually building systems.
00:00:59: they aren't talking about flashy future scenarios anymore
00:01:02: Right, it's all about deployment.
00:01:03: readiness now.
00:01:04: Exactly!
00:01:04: Readiness, uh... infrastructure constraints, affordability and just the sheer friction of the real world.
00:01:11: that is an overarching thing
00:01:12: Which was a perfect segue because nowhere is that friction more obvious right now than in autonomous mobility.
00:01:18: Let us start there.
00:01:19: Yeah The robotaxi space
00:01:20: Because we are crossing massive threshold.
00:01:23: I saw a post from Marcus Beret And he pointed out this staggering number paid driverless rides a week.
00:01:33: Half-a million paid rides, I mean.
00:01:36: just let that sink in for second.
00:01:37: we are so far past the era of you know those cute little pilot programs with safety drivers hovering over the wheel
00:01:43: right.
00:01:44: this is a functioning scaled commercial service now
00:01:47: and it's not isolated to just one or two tech hubs anymore.
00:01:50: no totally like Paul Bennett highlighted that Uber is actually opening signups.
00:01:57: That's a complex environment.
00:01:58: It is!
00:01:59: And on top of that, UgrinJazz noted that Saudi Arabia is deploying level four NVIDIA-powered fleets via company called Humane?
00:02:07: Let us clarify what this actually means for you as passenger though because Level Four has really critical distinction here.
00:02:12: Right it not full autonomy everywhere right
00:02:14: Exactly the car is driving itself like zero human intervention but only within specific digitally mapped area.
00:02:23: You can't just spontaneously decide to drive you off-road into the desert.
00:02:28: Got it,
00:02:29: but what Saudi Arabia is doing is fascinating.
00:02:30: they aren't just buying cars They're using these Nvidia fleets to build a sovereign AI infrastructure.
00:02:37: So the mobility part is really?
00:02:38: Just The physical execution of a much larger national tech strategy.
00:02:43: that is wild.
00:02:44: But I want to pause on this idea of scaling for a second.
00:02:47: Yeah, because it makes it sound like the tech is just totally solved.
00:02:50: right which isn't
00:02:51: exactly.
00:02:52: when i read sherry hendrickson's recent post about wemo It paints A very different picture.
00:02:57: yeah The reality Is much messier than the press releases.
00:03:00: Like To admit.
00:03:01: Henderson Brought Up a really important Reality Check Regarding Waymos new Vehicle the Ojai
00:03:05: Right, and the hardware on the OJ is incredible.
00:03:08: I mean they built it from the ground up just to be a robotaxi.
00:03:12: flat floors low step in height No
00:03:14: steering wheel taking up space.
00:03:16: Yeah
00:03:16: no steering wheel.
00:03:17: It's fully optimized for the passenger But there is a huge catch.
00:03:21: The software?
00:03:22: Exactly, the hardware's leaping forward but the software still getting completely tripped up by everyday chaos.
00:03:28: like Hendrickson points out Waymo recently had to shut down service in six US cities Because
00:03:34: of flooding issues.
00:03:35: right
00:03:36: Yeah!
00:03:36: Flooding Issues.
00:03:37: and they also have to suspend highway driving because construction zones.
00:03:41: Well think about it from human perspective.
00:03:43: If you're a human driver You know exactly how handle puddle Right.
00:03:47: Look at it Gauge the depth Watch the car in front of you and just drive
00:03:51: through it.
00:03:51: Right, that's intuitive!
00:03:52: But to an autonomous vehicle's cameras or its lidar.
00:03:56: a big puddle might look like a solid black hole on the road... Or y'know.. A mirror reflecting the sky.
00:04:02: The software lacks contextual awareness to say oh thats water.
00:04:06: So hardware innovation is outpacing the softwares.
00:04:09: real world reliability.
00:04:12: Humans understand context.
00:04:14: Machines see conflicting data points
00:04:16: Which brings up a massive question about regulation.
00:04:19: Right now, it feels like these companies are just asking for a blank check to deploy vehicles everywhere.
00:04:26: Yeah and Brian Reimer had a fantastic analysis on this.
00:04:28: He used really great analogy The
00:04:30: graduated driver's license.
00:04:32: Yes You know how you get your drivers' licenses as a teenager?
00:04:35: You don't just get a piece of paper that lets you drive anywhere, anytime.
00:04:43: Right!
00:04:59: You start under clearly defined conditions like clear weather, low-speed roads.
00:05:04: you only expand when the data actually proves it's safe
00:05:07: and if safety risks pop up like floodwaters regulators can just throttle the permits back without a massive legal fight right
00:05:15: which feeds directly into the safety debate we're seeing.
00:05:18: Lucas Neckerman offered very sharp critique of Tesla full self driving marketing.
00:05:23: oh
00:05:23: man yeah he did not hold back.
00:05:25: no he didn't.
00:05:26: He called out this extreme reliance on fine print disclaimers.
00:05:30: You can't market a system as full self-driving while hiding behind legal text that says the human has to stay fully attentive.
00:05:37: Yeah, he argued that it's a dangerously reactive approach.
00:05:40: It basically turns pedestrians and passengers into beta testers.
00:05:44: And Ricky walk took this step further.
00:05:46: you looked at the actual mathematics of how these vehicles learn right now?
00:05:53: put the fleets out there, find errors and send in over-the-air patch.
00:05:56: But Kuwak argues that brute forcing safety like this is mathematically unsustainable.
00:06:01: The real world has an infinite number of weird events What data scientists call...The Long Tail.
00:06:07: So
00:06:07: you can't possibly code an update for every bizarre scenario.
00:06:11: Exactly You're treating safety Like a posted note software patch.
00:06:16: So K-Walk says the solution isn't making the car smarter.
00:06:20: It's shifting the intelligence to the road itself.
00:06:23: Okay, using edge nodes right?
00:06:25: Let's unpack that.
00:06:26: what exactly is an Edge node?
00:06:28: think of a highly intelligent street lamp at A really complex intersection.
00:06:32: it has its own sensors Its own processing power.
00:06:34: Right.
00:06:35: instead of every single autonomous car rolling up and trying to independently scan The chaos And guess what pedestrians are doing the Street lamp sees the whole picture.
00:06:44: Oh, wow.
00:06:44: Yeah it processes the chaos and streams a real-time ground truth map directly to the approaching cars.
00:06:51: So instead of giving the car better eyes The road itself just sends a message To the car a mile in advance saying hey right lane is flooded merge left now.
00:06:59: That's the exact mechanism.
00:07:01: You resolve the chaos before the vehicle even arrives at a problem.
00:07:04: that makes so much sense.
00:07:05: but uh, Before we move off autonomous vehicles We have to talk about steve greenfields warning because this totally changed how i view The tech.
00:07:13: will the zombie miles yes?
00:07:15: We spent all this time worrying about shared robo taxis like uber But greenfield points out the real nightmare for cities might be personally owned.
00:07:23: avies.
00:07:24: It's a terrifying thought for traffic planners.
00:07:27: Imagine you own a self-driving car.
00:07:29: You commute to the city center, but parking is like fifty bucks
00:07:33: right.
00:07:34: so you just tell your empty car To drive all the way back to your suburban driveway to park for free and then come pick.
00:07:40: You up at five p.m.
00:07:41: So for every one commute?
00:07:43: Your car Is making four trips two of them completely empty.
00:07:46: you'd
00:07:46: have a flood Of zero passenger cars Just gridlocking our streets.
00:07:50: it reshapes urban congestion entirely And definitely not for The better
00:07:55: which actually brings us perfectly to the other side of the mobility equation.
00:07:59: If AVs need smarter infrastructure, what happens when we apply that smart thinking to the public transit systems?
00:08:18: Historically, companies pitched them to cities as a way.
00:08:21: save money on driver wages.
00:08:23: Right but the tech costs millions!
00:08:25: Exactly how does saving one hourly wage balance out a multi-million dollar sensor suite?
00:08:30: It doesn't.
00:08:31: But Gabor points that Europe is currently short.
00:08:34: two hundred seventy five thousand bus drivers.
00:08:36: You literally cannot fire a driver you couldn't hire in first place.
00:08:40: So The missing driver doesn't represent a saved salary.
00:08:43: it represents completely cancelled bus route
00:08:45: Exactly.
00:08:47: The driver isn't a line item cost, the driver is the service.
00:08:50: So in business case for an autonomous bus it's actually about service recovery.
00:08:54: It's only way to keep critical public transit running when human staffing is impossible.
00:08:59: That completely reframes the value of the tech.
00:09:02: But you know, it's fascinating sometimes.
00:09:03: fixing urban mobility doesn't require AI or robotics at all.
00:09:07: right behavioral design
00:09:08: yes low-cost interventions vastly outperforming expensive infrastructure like that red light in Mumbai we were talking about before he started recording Yon Berno posted about this.
00:09:18: oh The punishing signal.
00:09:20: I love his example.
00:09:21: So Mumbai had a massive noise pollution crisis from drivers honking your headlights.
00:09:26: fines just weren't working.
00:09:28: So how did they fix it?
00:09:29: mechanically, I mean?
00:09:30: They installed simple decibel meters on the traffic light poles wired directly into the timer.
00:09:35: If the collective honking exceeded eighty-five decibels The red light timer automatically reset back to ninety seconds.
00:09:42: Honk more Wait More.
00:09:44: That is brilliant behavioral conditioning.
00:09:46: It instantly solved the crisis.
00:09:48: No police no fines Bernal pointed out Don't just tell people to change their behavior.
00:09:54: Make the system design the
00:09:55: consequences.".
00:09:56: And we saw another zero-cost example of this from Mohamed Sharad in Amman, he pointed out you don't always need to pour asphalt to fix a traffic jam.
00:10:03: Right
00:10:03: they adjusted the schedule.
00:10:05: Yeah!
00:10:05: They staggered start times public sectors and schools by just thirty minutes.
00:10:09: It's like water flowing through pipe If everyone tries push thru at eight am The pipe grid locks.
00:10:15: Sherot noted that shifting just a fraction of the volume to eight thirty AM flattened peak traffic by fifteen percent.
00:10:22: Costs absolutely nothing!
00:10:24: And Ha Samro shared physical intervention from South Korea, similar...
00:10:28: The walking lanes?
00:10:29: Yeah
00:10:30: they're testing separate walking lanes on sidewalk for fast and slow pedestrians.
00:10:34: Commuters in a rush take one lane tourists takes another.
00:10:38: it just acknowledges how human beings actually move.
00:10:42: But you know when city does need spend money.
00:10:45: Guillermo Kempelmore noted something revealing about digital infrastructure.
00:10:50: In the exact same week, both New York City and Los Angeles launched Unified Transit apps...
00:10:55: This is a massive shift!
00:10:57: For years you had to have like one app for The Subway in totally different ones to rent a city bike Right
00:11:02: but NYC's new Go App and LA Metro's app unify all those modes into one interface.
00:11:08: Kempemore says this proves integrated digital mobility
00:11:14: Because you can't have true multimodal transport-like taking a train and then grabbing an e-scooter if the user has to juggle six
00:11:21: apps.
00:11:22: Exactly!
00:11:22: The digital infrastructure is the prerequisite for physical movement,
00:11:26: which leads perfectly into the final piece of the urban puzzle—you get off the subway how do you get your front door?
00:11:33: Let's zoom in on micromobility, especially the insights out of the Micromobilty Europe.
00:11:39: twenty-twenty six event in Berlin because this sector has finally moved past its wild west
00:11:43: phase.
00:11:44: It really has.
00:11:45: Martin Lutronk observed at the event that the sector is shifting into serious professionalization but getting there required a total reversal of strategy.
00:11:53: Yeah,
00:11:54: General Jeff pointed it up The old playbook was just flood the streets dump thousands of scooters everywhere and figure out profits later.
00:12:01: The blitz scaling era is dead.
00:12:04: Jethyn notes that thriving operators like Voy and Dot are hitting profitability now because they're ruthlessly pruning their unprofitable markets,
00:12:11: focusing entirely on high yield dense corridors.
00:12:14: Exactly!
00:12:15: And Manuel Herzog backed this up with data from Zurich.
00:12:18: Dot's new scooter fleet there is hitting an unprecedented ninety-six percent daily availability.
00:12:24: Ninety six percent?
00:12:25: How do you physically achieve
00:12:27: Efficient, swappable batteries.
00:12:29: Their logistics teams are doing fewer battery swaps.
00:12:32: keeping vehicles on the streets longer plus predictive data tells them exactly which street corners have the highest demand.
00:12:39: But there is a massive contradiction here.
00:12:41: just as the economics are working The policy risk Is peaking?
00:12:45: The regulatory backlash?
00:12:46: Yeah Praeben.
00:12:48: Joel Jones expressed deep frustration over Brussels decision to outright ban shared e-scooters starting in twenty twenty seven.
00:12:55: And he pointed out the inconsistency, right?
00:12:58: City councils cite safety but private cars have way higher accident rates and don't face existential bans.
00:13:05: Exactly!
00:13:06: And Hank Swartow highlighted a similarly disappointing move in Barcelona.
00:13:10: They're banning shared e-bikes from twenty twenty seven.
00:13:12: they expect The public bike system to absorb the demand But it just doesn't have the capacity.
00:13:17: these bands set a dangerous precedent.
00:13:19: But if you look closely, the real bottleneck for growth isn't vehicles themselves.
00:13:24: Charlie Wilson pointed out it's lack of infrastructure.
00:13:26: Nearly half riders say they would use micromobility more when streets were safer.
00:13:31: An infrastructure fixes regulatory headaches too!
00:13:34: If regulators hate sidewalk clutter...you need a physical solution.
00:13:38: Thomas Broughton highlighted brilliant deployment in London with Operator Barrel
00:13:43: The operator agnostic parking structures.
00:13:45: This is how to build trust.
00:13:47: Instead of relying on GPS geofencing, which bounces around off tall buildings these physical racks use hard verification.
00:13:56: Right there's a physical docking pin.
00:13:57: it interfaces directly with the scooter and until that pin clicks into place?
00:14:01: The meter is still running on your credit card.
00:14:03: Wow so you literally cannot end your ride until its properly slotted in the rack.
00:14:08: That instantly solves the abandoned scooter problem.
00:14:10: And because its operator agnostic any company vehicle can It's public infrastructure for private operators.
00:14:16: Which brings up a question I wanted to ask you, hearing all this pruning markets standardized docs high availability does This mean micro mobility is finally becoming a boring utility like A water or power company?
00:14:29: and Is that the ultimate goal?
00:14:31: Oh absolutely.
00:14:32: when his service becomes a boring reliable Utility it means he has successfully integrated into daily life.
00:14:39: its no longer a novelty.
00:14:41: Its just how You get To work.
00:14:43: That predictability is what investors and cities need.
00:14:46: But I'm glad the industry still has its quirks.
00:14:48: Johan Hagosun-Halesby shared his excitement from Berlin over the new ALSO eBike, it had a drive by wire design
00:14:56: A fascinating mechanical shift.
00:14:57: Drive By Wire means that pedals aren't connected to rear wheel with chain.
00:15:01: Wait so how does pedaling move bike?
00:15:03: When you pedal your just turning generator which creates electricity?
00:15:07: That electricity sent via wires To motor in the wheel Hogas and Hells being noted, it makes acceleration incredibly smooth.
00:15:14: And no greasy chain.
00:15:15: so its super modular.
00:15:17: you could swap the seat for a cargo rack in seconds
00:15:19: Exactly!
00:15:20: It's becoming true car replacement for cities.
00:15:22: Speaking of city life Brandon Shoe shared a hilarious well unfortunate anecdote from London.
00:15:28: Two guys on silent battery powered e-bike rode up behind him and snatched his phone right out of his hands.
00:15:34: A very modern electrified crime
00:15:36: Right, but Brandon jokingly blamed it on rival insurance brokers.
00:15:40: He spun this whole conspiracy theory on LinkedIn that competitors were trying to sabotage his firm.
00:15:45: You have to appreciate a mobility professional finding the dark humor in experiencing a micro-mobility crime first hand.
00:15:52: Okay
00:15:52: as we pull all these threads together from puddles confusing robo taxes To operator agnostic scooter docks What is the big takeaway you want the listener to walk away with?
00:16:03: I want to leave you with a final thought that connects our first theme of autonomy, with the much larger geopolitical reality.
00:16:10: Timothy Papandreou raised a vital question about technological sovereignty.
00:16:15: as Europe and Middle East aggressively roll out autonomous networks like the fleets in Switzerland Munich Saudi Arabia They're almost entirely relying on foreign AI.
00:16:24: Right, licensing tech from US companies like Waymo or Chinese companies like Baidu.
00:16:29: So the physical cars are driving on European and Middle Eastern streets but The digital brain belongs to a foreign superpower Papandreou asks.
00:16:37: Does Relying On Foreign Tech Stacks To Power Fundamental Public Infrastructure Raise Deep Sondern Risks?
00:16:43: I mean if the AI driver becomes the operating system of future mobility Whoever owns it dictates the pricing and data of the global market.
00:16:52: Exactly, just like Apple and Google dictated the smartphone era The biggest point of friction in the coming decade might not be physical infrastructure at all.
00:17:01: It may decide who actually owns code that moves our cities.
00:17:06: That is a massive question for the industry to figure out.
00:17:09: If you enjoyed this episode, new episodes drop every two weeks!
00:17:12: Also check our other editions on electrification and battery technology next-gen vehicle intelligence and commercial fleet insights.
00:17:19: Yeah thank you joining us as we sort it through noise today To find what really matters.
00:17:23: Definitely keep an eye out of the next deep dive And don't forget to subscribe.
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