Rear Admiral Wettlaufer on Creating a Culture of Excellence

Spencer Rascoff

Spencer Rascoff serves as executive chairman of dot.LA. He is an entrepreneur and company leader who co-founded Zillow, Hotwire, dot.LA, Pacaso and Supernova, and who served as Zillow's CEO for a decade. During Spencer's time as CEO, Zillow won dozens of "best places to work" awards as it grew to over 4,500 employees, $3 billion in revenue, and $10 billion in market capitalization. Prior to Zillow, Spencer co-founded and was VP Corporate Development of Hotwire, which was sold to Expedia for $685 million in 2003. Through his startup studio and venture capital firm, 75 & Sunny, Spencer is an active angel investor in over 100 companies and is incubating several more.

Rear Admiral Wettlaufer on Creating a Culture of Excellence

Earlier this year, Spencer had an opportunity through the Navy's Distinguished Visitors Program to visit the USS John C. Stennis, an aircraft carrier. During his time aboard the ship, Spencer met Rear Admiral Michael Wettlaufer, who's spent 32 years serving in the Navy. Throughout his career, Admiral Wettlaufer has received multiple medals for his service, logged 3,500 flying hours, flown 49 different aircraft types and made over 800 arrested landings. To say he's a brave and accomplished leader is an understatement. In this episode, Spencer returns to the USS Stennis for a conversation with Admiral Wettlaufer about leadership. The two cover a lot of ground, including the Admiral's impressive career in the Navy, the importance of teamwork and how to build a culture that's committed to excellence.


Press Play to hear the full conversation or check out the transcript below. You can also subscribe to Office Hours on Apple Podcasts.

Rear Admiral Michael Wettlaufer: So the opinions that I may give are my own and not those of the United States government, the United States Navy or the Department of Defense. How about that.

Spencer Rascoff: All right. The lawyers are satisfied. Admiral, it's amazing to be back here. I was here for, I guess, two nights a couple months ago, somewhere in the Pacific at an undisclosed location. You never did tell me where we were exactly, but we were at sea, and I had an extraordinary time getting to know you a little bit, getting to know your staff, and speaking with so many sailors. I felt like I learned more about leadership and management in those two days at sea than anyone could learn sometimes in a career. I'm grateful that you let me come back here and get some of these learnings on tape, so thank you.

Admiral Wettlaufer: Well, I'm happy to have you back, and it's great that you had some time between then and now as well so you can think about maybe what you saw and the fact that as you came out, and I described earlier to some of the folks in the room, as you come out and you go to the aircraft carrier you think, “I'm gonna see the coolest, this cool giant machinery," right?

But in the end, none of the machinery works without all those young leaders who are at various stages of learning to lead, which part of that is learning how to follow, right? It's an amazing experience, and I am honored every single day just to be involved with those people.

Spencer: So let's start with your career and sort of take a step back. You've had a 33-year, 32-year career in the Navy. Just walk us through, even at the very beginning, why did you join the Navy? Then give us some career highlights to bring us to the present.

Admiral Wettlaufer: It's a great question 'cause it's one I ask myself. You look back after this amount of time. I was a microbiology major in college, and I did not wanna be in a laboratory ever again after I finished my degree. I was thinking about that, what do I do that's gonna be exciting?

Spencer: At traditional college or at Navy?

Admiral Wettlaufer: No, university, Colorado State.

Spencer: OK.

Admiral Wettlaufer: So when I finished school and had a great time learning, loved to learn, but I wanted to change what I was doing, and I have a lot of family members, my dad's family and my mom's family, who were in the military. A doc that my dad worked with asked me the question about a year prior, said, “What are you really gonna do?"

So end of school, graduate, and I went to the recruiting office in downtown Denver, parked in the back, walked in the side door. The first office I came to was Navy officer programs, and I went in and said, “I have this microbiology degree; I don't wanna use it. What do you have?" So two weeks later I take an aptitude exam. A week later, 'cause this was prior to computer-based testing, a week later they call back and say, “Hey, you did well on that test. Do you wanna be a pilot?" I said, “How much does it pay?"

So that's 32 years ago, 32-and-a-half years ago, and I have been challenged and intrigued, curious and rewarded, with great opportunity ever since.

So I started off, went to flight school in Pensacola, Florida. I came out of there flying off the USS America, A-6 Intruders. We were based on the East Coast. Three deployments, two sets of workups, Desert Storm kind of in the middle there, and then I went to the test world, and I had the opportunity to become a U.S. Navy test pilot, so I went to school again. Got to use all the physics and calculus that I had previously, and so I went to test pilot school. Again, great challenges.

Totally different than what I was doing prior to that; not totally, but different in the way you approached it. Got to spend a lot of time operating off ships as well. So a year of school, two years of doing test work, and then I transitioned to the F-18 at that point, and I flew F-18 Charlies operationally. At test pilot school and during the test business I flew 22 to 25 different airplanes, which wasn't unusual at the time.

So I went to Japan and I operated off the USS Independence and the Kitty Hawk flying F-18s, and then I went to the UK and I got an opportunity to fly with the British at their test pilot school as an instructor or tutor, as they say, and did some test work for her majesty on exchange from the United States Navy. And then I went to the Naval War College after that, and so I went and got a master's degree in national security and strategic studies. While I was a test pilot I was fortunate enough to go to the University of Tennessee as an away student and had a master's of science in aviation systems.

So a lot of school along the way, a lot of interesting and diverse experiences, and then I worked in a think tank for the CNO, the Chief of Naval Operations, called the Strategic Studies Group at the time. So our job was to look out in the future and see what future stuff was there and how do we pull it in closer, how do we get there faster. So for CNO Clark, Adm. Clark at the time, that was his focus for us and a great opportunity to work with scientists, see behind some of the doors in our federally funded research and development institutions around the United States, as well as U.S. government labs.

And following that I was fortunate enough to get selected to command an F-18 squadron. Went back to Japan as the XO and then the commanding officer on a VFA-195, the Dambusters in Japan, and operated off the carrier for a few years there, underway a lot, and then was rewarded.

Spencer: Underway; you just used some terminology.

Admiral Wettlaufer: At sea. So underway at sea. If you see the Navy around the United States, we're probably not doing our primary mission. We play the away game, so we play the away game 24/7 so there's some aircraft carrier strike group ships out there, independent strike group.

Spencer: What is that sound that we're hearing?

Admiral Wettlaufer: It is 11:30, so we have to mark the time with the bells traditionally. If you were standing watch and back in the day the tradition is you didn't have a watch.

So the ship lets you know what time it is, and if you're on a four-hour watch you wanna hear those bells get to higher numbers of bells as the time goes on 'cause that marks your watch. So there's 30 more minutes in somebody else's watch.

Spencer: Punctuality. Just one of the many reasons I love the Navy. So here we are, we're sitting on the USS Stennis, an aircraft carrier. You command Carrier Strike Group 3.

Admiral Wettlaufer: That's correct.

Spencer: Approximately 7,500 people?

Admiral Wettlaufer: Right.

Spencer: The Stennis is obviously the largest ship in the strike group, and then how many other ships are attached to the Stennis?

Admiral Wettlaufer: So attached to the strike group I've got five destroyers and the cruiser Mobile Bay, USS Mobile Bay, which, by the way I, deployed with Mobile Bay back in the late '80s and early '90s on the East Coast. You see ships around for quite a number of years, and aircraft carriers are typically around for about 50 years, but that's a little beside the point. The ships that will deploy with us, we won't deploy with all of those destroyers.

One of them is already deployed now by itself, independently deploying forward, doing a number of missions in the Pacific and farther to the west. So we're gonna deploy with some number of those ships. In the past year or so we've been training for that process.

Spencer: By the way, one of the really interesting themes of your career is something that I heard when I spoke with other officers when I was on the ship, which is continuous education. It seems like the career of a naval officer involves a lot of returning to school and then returning back into the force and sort of transitioning between academic and practical.

Admiral Wettlaufer: Absolutely, and not all of it — there's a lot of formal education from flight school or a junior sailor going to learn the first part of his trade, whether he or she is working as a mechanic or electrician or maybe working on computer systems, right? They're gonna get some training initially and then we do a lot of on-the-job training.

So a naval aviator or a junior sailor coming to the ship or coming to a squadron is gonna be in a continuous training process. A lot of that is formal. It's formalized in books or via computer system, or it's formalized by the fact that I've got to sit down with somebody else who knows the subject, and I've got to do a give-and-take education process, on-the-job training. If you're training me on something, you've got to be satisfied that I understand it before you sign me off.

Spencer: There are many misconceptions that civilians like I had or have about the military, one of which is that the career path is a straight up-and-down ladder. You do a certain number of years in a position, you get promoted to the next position, next rank, etc. The naval career feels a lot more like the corporate world, especially in technology. We use this metaphor that your career is like a jungle gym, not like a ladder.

You go up a little bit, to the side, down, over, up some more. Would you agree with that description?

Admiral Wettlaufer: A jungle gym; I would certainly say there's a career path. Don't get it wrong. We have a designed career path, a very typical career path, whether you're a Surface Warfare Officer or Submarine Officer, Aviator, Supply Officer, there's gonna be some typical jobs you have to get, but they're not all in the same place. So similar in the corporate world to your IT analysis or comparison is that you're gonna move laterally, out of one organization, over to another.

You're still in the Navy, but you may work with another Navy or you're gonna move from a seagoing billet to learn maybe more about how the shore side works. It also gives you a break from being in the deployed status to being not so much of a deployed status. So there's some stability aspects of the career that go with that, but there isn't stability in — it's very unusual for somebody to be in one place for a long period of time. So you're gonna move laterally up and down just like you described in the jungle gym.

Spencer: So I wanna talk about teamwork for a moment and how this whole organism fits together. You said something fascinating to me when I was here a couple months ago. I expressed surprise at frankly how much transparency there was about the operations of the ship, and I said, “Don't foreign governments, don't the Chinese or the Russians or whomever, aren't they trying to copy this aircraft carrier?"

And you said, “Firstly, we have a lot of technologies that you're not seeing on this tour, but more importantly it's not about the technology that creates this aircraft carrier. It's about the teamwork that the way this strike group works together and the way the entire Navy works together, and it will take generations for other navies, other countries' navies, to recreate that.

Admiral Wettlaufer: Well, it's a culture, right? Every organization has a different culture.

This organization, particularly the culture around excellence. We can't operate forward in a dangerous environment. You saw on the flight deck one of many dangerous environments we work in, but it's perhaps the most dangerous environment in the world when you're operating the flight deck and we're not getting shot at necessarily up there on the flight deck. It's people, metal, it's machinery, it's a dynamic environment. It's high paced and there's not much room for error because a single error can have catastrophic effects.

So it's that culture that you have to build and maintain, and we've been doing this for a number of years, at least as you looked at the aircraft carrier. We've been fortunate enough to operate and learn over time. None of it's static. We're continuously learning and we're bringing people into that culture a few at a time. It's not like we don't – we don't start from Jan. 1 and we're gonna bring in a whole bunch of new people, we're gonna bring in 5,000 new people to be on the aircraft carrier with the air wing, or 7,500 people start over in the strike group.

It's this continuous process of maintaining that culture and training people into it, acculturating them, and then standards. So the standards have to be owned, learned and owned at the lowest possible level, and you want to have decisions made at the lowest possible level of execution, level of responsibility that you can so that you can have those decisions made rapidly. You saw the flight deck, right? Perhaps one of the most interesting ballets without ballet shoes on.

Spencer: This is fighter jets landing and taking off on an aircraft carrier.

Admiral Wettlaufer: Right. Fighter jets, helicopters; the synchrony of that, the maintenance that goes on, the cyclic nature of that business. And you saw as you described it the team of teams that could potentially be separated and maybe are in the building-up phase as we get ready to start to get underway from maintenance to operations, and you start training in smaller groups or single-ship units, single squadrons.

As you bring that together, the key is that synchrony that occurs when you bring these separate teams together, and the culture has got to be there to allow that to happen. Otherwise, you have stovepipes of excellence and they don't cross.

Spencer: You handed me a little index card here with a quote, which you sometimes do, handing leadership and other quotes out to people here on the ship. It's an Aristotle quote. It says, “We are what we repeatedly do. Excellence then is not an act but a habit." So what does that mean to you? What does a culture of excellence mean? How do you achieve it?

Admiral Wettlaufer: So it's got to start with knowing what the goals are, and you have to translate that. You have to communicate. Communication, I believe, is the hardest thing we do. It's absolutely very, very difficult. It takes continuous attention, and you have to use every medium that you possibly have to communicate: verbally, face-to-face verbally, on a loudspeaker, clock.

The chiming of the clock, right? And so if we don't communicate the mission, the short-term, medium-term and long-term goals in a continuous way, people stop paying attention, right? What do you wanna have? Buy-in. How do you get excellence? Well, you gotta communicate. Gotta know what I'm supposed to be doing. Then you gotta get buy-in. You gotta get past that 51 percent momentum hump if you will, right? You've got to have a self-sustaining momentum, and it's gotta overcome the momentum of sameness.

So the momentum of sameness is we're gonna just sit here and do nothing 'cause I'm perfectly happy in where we are and what we're doing. That's not me. I'm not perfectly happy, right? So you have to have communication to talk about the goals, and you have to have goals, right? You have to have achievable things along the way, and you have to translate those things into action.

So culture of excellence self-assesses. To achieve excellence I wanna shoot really at perfection because if you shoot at perfection you're gonna achieve excellence, right?

It's very hard to be perfect. And you've got to assess, where am I all the time on every single line of effort, and how do you communicate those lines of effort to the newest person in the organization as well as the most senior people in the organization and outside of the organization, 'cause we need support from outside as well.

So that culture of excellence can be self-sustaining if it's self-working. It can't sustain itself without a ton of effort at every single level. So the most junior leader to the most senior leader has to be fully engaged in achieving that mission, whatever it happens to be.

Spencer: I mean so many similarities here to business. The best businesses I think are mission-oriented. Their leadership team constantly communicates to employees why their work is important, how it relates to the broader mission. You have a culture of excellence and standards. In tech we call them OKRs, objectives and key results to try to hold people accountable.

You have some sort of relative advantages and relative disadvantages as compared with companies, I'd say from my point of view. One of the relative advantages is that when you're underway, your employees, if you will, have no access to social media, no access to distractions. They're sort of all yours, if you will, 24/7 to mold them and to lead them.

Corporations don't have that advantage. A disadvantage is that your employees are quite young, I mean 17, 18, 19. I don't know what your median age is on a ship, but it's probably in the early 20s, I would guess.

Admiral Wettlaufer: Right. Most people arrive at the age of 18 to 22 is where that arrival time is, depending on their seniority and what job they're doing, but I see exactly what you're saying and what that view is. Those young people, though, provide the energy and also a challenge. The challenge is to make sure they're engaged in the right direction and make sure there are opportunities, or they came for opportunity. Make sure we're helping them achieve those, reach those goals that we help them set.

So there's a human-to-human contact that we have, as you rightly point out, longer than the eight-hour day, a typical day you may get for a worker in the tech business or a corporation someplace. But that is a great gift because we can communicate whenever we want, we think anyway. But then the challenge is to make sure that they're listening. One of the key challenges is that, as you know, what I say is not what you heard. That's a key challenge. So how do I make sure —

Spencer: What I say is not what you heard. What do you mean by that?

Admiral Wettlaufer: Everybody translates differently, and when are they paying attention or what's the state of their mind as they're paying attention? So what I say is not, or what I wrote is not, what you read necessarily. So how do I find out what I said is what you know?

Spencer: You ask people to play it back to you?

Admiral Wettlaufer: You have to play back, right? So not only can you — you have to push communication. There has to be a return process.

Spencer: And so correct me if I'm mistaken, but you allot a not insignificant portion of your day to management by walking around, talking to sailors, discussing with them what's on their mind, what they're working on. Why is that so valuable?

Admiral Wettlaufer: Because you can skip levels, right? I'm not sure what you might call it in the —

Spencer: We call them skip levels.

Admiral Wettlaufer: So you can skip levels, and to skip a level then you don't have to wait for the filter to give you the information that the filter wants to give you. So one of the big challenges that we had is we are preparing our war fighting skills, our deployment kind of skills; over the past year is understanding where the entire team sees themselves. So I can say something, and if I don't ever go look outside the room, if I don't ever go ask, then I'm gonna get a bunch of smiling faces that said, “Oh yeah, we heard that."

But I haven't checked whether or not that translation what they have heard beneath that level is what I have said, or what I mean — even more importantly, what I mean. So if I don't go out, and any of us, leaders at any level, if we don't go out and engage, then we really don't know what's on the minds and what the state of mind is of the people that we expect to execute, and I think that's important to get past roadblocks in achieving goals. Because if they don't have the same or similar goals in mind, then we're never gonna get there. We won't get to excellence.

Spencer: One of the other disadvantages you have is there's a lot of turnover, sort of by design. In the Navy people start and then they're on a particular shift for, I don't know —

Admiral Wettlaufer: Four, six years, something like that.

Spencer: And actually even certain elements are detached from this ship, right?

Admiral Wettlaufer: That's correct. Yes.

Spencer: So the air wing, which is 1,000-plus people, 2,000 people that fly the planes, it's like you're putting pieces of a puzzle together. They join the ship for some finite period of time, and now these teams of teams are working together, and then the air wing leaves.

Admiral Wettlaufer: Disembarks. Yep.

Spencer: So how do you — with turnover, with these sort of teams coming and going, how do you try to gel the whole organization together?

Admiral Wettlaufer: So that's where you've got to have, well at least in my case, I've got six direct reports. The captain of the aircraft carrier has 20 or 19 direct reports.

Spencer: So because you oversee the strike group you have six ships.

Admiral Wettlaufer: The air wing commander; the destroyer squadron commander, who is responsible for the destroyers; the cruiser commanding officer at USS Mobile Bay; the aircraft carrier commanding officer; the air wing commander; and my information warfare commander. So those are my direct reports.

Spencer: And so the captain of the USS Stennis, this aircraft carrier, has 20 direct reports.

Now you used to have that position, if I'm not mistaken, so that's another challenge of management, is one, you get promoted to the next role and someone else takes your prior role. How do you —

Admiral Wettlaufer: Don't do the other guy's job.

Spencer: How do you let go?

Admiral Wettlaufer: You better let go because he was selected to do that job for a reason. It's the same as skipping levels to figure out what's happening. By the nature of my experience, my experience is similar to his job right now, so I can ask some questions and walk around essentially and get a good idea about what's going on there.

My challenge, as you mentioned with the air wing, is translating, making sure the air wing commander and his commanding officers have heard what I said and I've translated my vision properly so they can execute it. But it's a shared vision, so here's the other advantage is that, that part of the organization, that division, if you will, of an organization has similar goals.

They just have a different way to get there. So we share the end goal. I've just got to make sure I've translated the goals to the air wing commander so he can do it to his squadrons so that when they arrive we are ready to start that synchronization process. We don't have to do stutter steps to break down silos. And it's not just the air wing commander coming on board, it's the air wing commander coming on board with those squadrons that have to leverage the supply system on the aircraft carrier.

They've got to be able to fully integrate with the support mechanisms from laundry to food service to berthing and cleaning to the flight deck operations. So these organizations have to be able to very neatly — this goes back to culture — very neatly interlock without having the stutter steps. If you have the stutter steps, it delays excellence. It could create some challenges in safety and operations that we just don't wanna have.

Spencer: When people enter the Navy typically today, or when I asked sailors, “Why did you join?" their most common answer was, “For a better life." Some version of, “I wanted to better myself because I was kind of stuck. I was in a rut in my life" essentially. Once they're here and then they're part of this organization for three, four, five years, the people that seem to stay for a career, another motivation clicks in. Maybe it's duty, maybe it's personal fulfillment. Walk us through that motivation.

Admiral Wettlaufer: That's a great question. It's probably the success along the way, right? Everybody comes for a different set of reasons and they find things along the way, and that's what we want them to do. We want them to come and contribute to the team and be successful on the way, to take what they didn't have and they wanted and go find it here. That's opportunity.

People wouldn't come if they weren't looking for opportunity, right? So how do we help them get along that path? For some there is an “I'd like to go to higher education and I didn't have the opportunity to do this." A young lady about four weeks ago, five weeks ago, actually it was the 17th. I remember it was the 17th of August. She was leaving the ship. I knew her when she was just arrived here, and she wasn't the youngest person to join the Navy. So she arrived here with three years of college completed, and she came here to get an opportunity to complete.

So she finished her fourth year of college while in the Navy over the four years, and she was leaving here to go on to law school to take advantage of the GI Bill. So there's one motivation, right? But she also had family. She had a child she wanted to take care of, etc. But there are many others. Petty Officer Bloomer, who works in the air department, I've known her since I think when I was XO, when she was first on the ship, so 2011 maybe.

Her motivation is helping out other sailors. So she wants to be a career counselor, and she counsels other junior sailors on how to achieve their goals. And then you've got people that are exceptional, technically exceptional in their particular job, or they enjoy the challenge and the lifestyle of being at sea and doing the nation's business. All those people are patriots. Every single one of them arrived here, they raised their right hand and they said, “I wanna be part of the 1 percent."

They didn't know it necessarily at the time, but they're part of the 1 percent that the 99 percent expects to protect them without question. So that 1 percent; I am honored to work with the 1 percent of America that wants to defend America. So in all of those things that people want, I think what they get out of this, no matter how long they stay, is that they were part of the folks that stepped up and said, “I'm gonna defend the United States of America and what we believe in."

It's a fascinating merging of all kinds of people from all walks of life in the United States, and I'm just honored to have the opportunity to be part of that process, particularly right now.

Spencer: And we're grateful to you and to them. When people leave the military and look for their next career they are — companies like ours work very hard to recruit them.

Veterans face a lot of challenges re: orienting themselves to the private sector and just the world after the military. What would you want companies like ours and other executives listening to this to know about veterans so that we can be better at bringing them back?

Admiral Wettlaufer: Sure. We may have discussed this when you were on the ship previously. I think one of the major things that we deliver from a human being perspective is that people see their own success. OK, this is what I came to do and my team did this and I've succeeded here. And along the way we do what corporate America doesn't necessarily do — and certainly at the entry level in corporate America — is that we train them to lead, right? We train people to step up and take charge.

We have all kinds of training along the way, from just learning how to fight a fire on the ship to make sure that you can save your ship and save your shipmate; and damage-control kinds of things to operating up on the flight deck to managing somebody else's personnel files. These are all key aspects of what we do and what they see. What you see on the outside is somebody who not just knows how to go to work on time; a responsible taxpaying citizen.

They certainly came in and become that, or they were that beforehand, is that somebody who knows how to lead, step into a breach and pick up something that got dropped. So I promise you will hire somebody who can lead when given the opportunity, and they will deliver success in organizations at an earlier age, an earlier time in their career than somebody that doesn't have that military experience necessarily.

Spencer: That has been my experience in my interaction with our veterans. I mean they're extraordinary and I hope we can hire a lot more of them. Thank you for your service, Admiral. Thank you for your time. Thank you for sharing some wisdom. I greatly appreciate it.

Admiral Wettlaufer: Thanks very much for coming out and seeing me again, and I look forward to opportunities to engage with a lot of folks in the world, the corporate world, if given the opportunity.

Spencer: Thank you.

The post Rear Admiral Wettlaufer on Creating a Culture of Excellence appeared first on Office Hours.

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The $100M Plan to Deliver Sunlight After Dark
Reflect Orbital

🔦 Spotlight

Hello, LA.

Most companies built around solar energy are trying to capture more sunlight.

Reflect Orbital wants to move it.

The Hawthorne-based startup is developing satellites equipped with large reflectors that could redirect sunlight from orbit to specific locations on Earth after sunset. The idea sounds borrowed from science fiction, but Reflect Orbital is getting closer to testing whether it can work at commercial scale.

This week, the company announced $73.5M in new funding, bringing its total raised to more than $100M. Existing investors Sequoia Capital, Lux Capital and Starship Ventures participated alongside new backers including Buckley Ventures, Convective Capital, The Uncommon Group and Salesforce Ventures.

The funding will support Reflect Orbital’s first satellite launches, continued development of its reflector technology and new commercial partnerships across the energy and lighting industries.

The company’s premise begins with a familiar limitation: Solar panels stop producing energy when the sun disappears below the horizon, often just as electricity demand is rising.

Reflect Orbital wants to extend that window.

Its planned satellites would remain in sunlight while orbiting Earth, then angle their reflectors toward selected areas on the ground. Solar farms could potentially generate electricity beyond daylight hours without acquiring more land or replacing their existing infrastructure.

The same technology could eventually illuminate disaster zones for search-and-rescue teams, help construction crews work more safely at night and provide light in places without reliable electrical infrastructure.

That is a considerable expansion from where the company stood two years ago.

Reflect Orbital raised a $6.5M seed round in 2024 to develop its production vehicles and grow its Hawthorne team. It followed that with a $20M Series A led by Lux Capital in May 2025.

Now, the company is preparing to leave the warehouse and test its technology where it was designed to operate.

Reflect Orbital has received Federal Communications Commission approval for its first demonstration mission, Eärendil-1, which is expected to launch in the second quarter of 2027. The satellite will allow the company to study how its reflector deploys and performs in low Earth orbit while gathering data that could shape future versions of the system. Reflect Orbital has also secured additional launch opportunities for 2027, including two dedicated missions with Skyroot Aerospace.

Building the satellites presents its own unusual manufacturing challenge. According to the company, its team produces reflector material 28 times thinner than a human hair, folds individual sections into packages roughly the size of a shoebox and assembles satellites containing approximately 12,000 parts.

In other words, delivering sunlight after dark requires some very careful folding.

The concept has naturally prompted questions from astronomers and dark-sky advocates about light pollution and potential interference with scientific observations. Reflect Orbital says it is designing the service around predictability, transparency and control, including limiting reflections to defined locations and short periods, publishing satellite positions in advance and avoiding observatories and other protected sites.

The demonstration mission is expected to produce illumination comparable to a full moon for no more than five minutes during the two hours following local sunset. Reflect Orbital has also said it will collect data, invite outside evaluation and use the results to refine both its technology and safeguards before attempting to scale.

That process will matter because Reflect Orbital is not simply building another satellite. It is proposing a new kind of infrastructure, one that could change when and where sunlight becomes available.

The company still has significant technical and regulatory work ahead. But it has already moved from an unconventional idea to more than $100M in funding, an approved demonstration mission and multiple launch opportunities.

The next step is proving that its technology can deliver light precisely, reliably and responsibly from hundreds of miles above Earth.

If it succeeds, the sun may no longer disappear from the energy grid when it drops below the horizon.

More from this week’s LA startup and venture scene below.

🤝 Venture Deals

    LA Companies

    • Helix raised $6.2M in a round led by Chicago Ventures, with participation from BAM Ventures, Aglaé Ventures, Corazon Capital and others. The startup is developing on-device voice technology that verifies whether users are human and estimates their age without collecting traditional identity documents, offering a privacy-focused alternative to CAPTCHA and photo verification. - learn more
    • Opdo raised a $2.3M pre-seed round led by Angular Ventures, with participation from Inflection and Tiny.vc. The company uses AI agents alongside established optical-design software to help engineers develop and manufacture complex components faster, and will use the funding to expand its engineering capabilities, improve its AI tools and support more customer projects. - learn more
    • Athlete To Athlete raised an $8M Series A led by Rally Ventures, with participation from Newbound VC, Scrum Ventures and UpHonest Capital. The platform pairs young athletes with college-athlete mentors for virtual one-on-one guidance and will use the funding to expand youth sports partnerships, strengthen participant safeguards and reach more families nationwide. - learn more
    • Kindo raised $30M in a round co-led by Crosspoint Capital and Forgepoint Capital, bringing its total funding to $57.6M. The company provides a centralized platform for enterprises to monitor and control AI agents, including their data access, activity and costs, and will use the capital to expand sales and further develop its AI management and security products. - learn more

    LA Venture Funds
    • Trousdale Ventures made a follow-on investment in Databento’s $100M Series C, which was led by Fifth Down Capital and valued the market-data company at $1.1B. Databento plans to accelerate its global infrastructure expansion and build a larger historical market-data archive as demand grows from financial institutions and AI companies. - learn more
    • Upfront Ventures led General Translation’s seed round, while Andreessen Horowitz led its Series A, bringing the AI localization startup’s combined funding across the two rounds to $27M. The company is building full-stack infrastructure that helps businesses translate and continuously update apps, websites, documents and videos across languages. - learn more
    • Alpha Edison participated in Q-CTRL’s $290M Series C, which was led by Salesforce Ventures. The quantum infrastructure company will use the funding to expand its AI-powered software for improving the performance and reliability of quantum computers and sensors while accelerating commercial adoption. - learn more
    • KittyHawk Frontier participated in Twin1 AI’s $5M seed extension, which was led by Curql and brought the company’s total seed financing to $25M. Twin1 develops privacy-focused AI “digital twins” that preserve professionals’ knowledge and working context, and will use the capital to expand across credit unions, law firms and financial institutions while growing its teams and enterprise governance tools. - learn more
    • Bonfire Ventures co-led Axle’s $9M funding round alongside Eniac, with participation from Teamworthy Ventures. Axle provides investment banks with a unified platform for managing conferences, corporate access, roadshows and expert engagements, and will use the capital to expand its AI capabilities and bring the product to more financial institutions. - learn more
    • TenOneTen Ventures participated in Tristar AI’s $12.4M Series A, which was led by Isogon Ventures. The Cambridge-based company uses AI-powered visual inspection to identify manufacturing defects in real time and will use the funding to improve its vision and edge-computing platform, enter additional industries and support larger deployments across customer facilities. - learn more
    • Clearlake Capital Group co-led Mirendil’s $1B Series A alongside Kleiner Perkins, with M13 participating among the company’s other new and existing investors. Mirendil is developing AI agents and tools that allow smaller teams to conduct advanced AI research and will use the funding to make frontier-level R&D more accessible to scientists and engineers. - learn more
    • CommonKind VC participated in Akara’s $5.5M funding round, which was led by Locke Health and brought the healthcare technology company’s total funding to $12.3M. Akara combines privacy-preserving sensors, AI agents and robotics to give hospitals real-time visibility into clinical operations, and will use the capital to expand its teams, grow adoption across U.S. hospitals and further develop its physical AI platform. - learn more
    • March Capital co-led Rox’s $100M Series B alongside General Catalyst, valuing the AI sales startup at $1.3B. Rox helps large enterprises automate pipeline generation, deal execution and upselling, and will use the funding to advance its AI models and expand across industries including healthcare, energy, financial services and manufacturing. - learn more
    • Clocktower Technology Ventures participated in Palomma’s $10M Series A, which was led by Cometa and brought the Colombian fintech’s total funding to $14M. Palomma combines AI leasing software, rent payments and financial products for landlords and tenants, and will use the capital to expand in Colombia, develop additional services and prepare for entry into new markets. - learn more
    • Alpha Edison led Agent F’s $4M pre-seed round, with participation from United Founders, Tiny Supercomputer Investment Company and several technology executives and founders. The Berlin startup is building AI-powered enterprise software that automates accounting, financial planning and compliance tasks for fast-growing companies while keeping finance professionals responsible for final approval. - learn more
    • Bail Capital participated in Delix Therapeutics’ oversubscribed $100M Series C, which was co-led by Johnson & Johnson Innovation and SV Health Investors’ Dementia Discovery Fund. The neuroscience company will use the funding to advance its non-hallucinogenic depression treatment Zalsupindole into Phase II development and expand its broader pipeline of therapies for psychiatric and neurodegenerative conditions. - learn more
    • M13 participated in Nominal’s $240M Series C, which was led by Lightspeed Venture Partners and co-led by Insight Partners at a $3B valuation. The hardware intelligence company will use the funding to expand its AI-powered engineering platform, develop new tools across the hardware lifecycle and enter additional industries and markets. - learn more
    • MANTIS Venture Capital participated in Project Omega’s $80M Series A, which was led by B Capital. The nuclear technology company will use the funding to begin building a domestic fuel-recycling facility and advance long-duration power systems that transform materials recovered from used nuclear fuel into energy, reactor feedstock and strategic isotopes. - learn more
    • Critical Frontier participated in Mavria’s latest funding round, which was led by Paradigm and valued the infrastructure startup at $1B. Mavria has raised $130M across its pre-seed and seed rounds to scale manufacturing, secure supply chains and build factory-produced data centers designed to bring AI computing capacity online faster and at lower cost. - learn more

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      Northwood’s Nine-Month Rise to $2B
      Northwood

      🔦 Spotlight

      Happy Friday, Los Angeles.

      Nine months ago, Northwood Space was operating from a 35,000-square-foot facility in Torrance. Today, it occupies a factory more than five times the size, has deployed six ground sites across two continents and is reportedly worth $2B.

      Aerospace companies are not generally known for moving this quickly.

      When dot.LA last covered Northwood, the company had just raised a $100M Series B and secured a nearly $50M contract with the U.S. Space Force. The deal established Northwood as one of the more closely watched companies working on the essential infrastructure that keeps satellites connected to Earth.

      Less than a year later, Northwood is operating at a considerably different scale.

      The company announced this week that it raised a $375M Series C co-led by Andreessen Horowitz and DFJ Growth, with additional investment from Washington Harbour Partners, Alpine Space Ventures, StepStone, In-Q-Tel and others. The round values Northwood at a reported $2B. A separate credit facility from HSBC Innovation Banking will provide additional support for working capital and network expansion.

      The financing is notable. What Northwood accomplished between rounds is the more interesting part.

      Since January, the company has deployed six ground sites across two continents, demonstrated communication with a government satellite in geosynchronous orbit and introduced a high-throughput antenna system for moving larger volumes of data. It also opened a 185,000-square-foot headquarters and factory in Torrance, expanding its manufacturing footprint more than fivefold.

      Northwood now employs more than 140 people and plans to add 400 jobs across Torrance and Washington, D.C., over the next three years.

      The company builds the infrastructure that allows satellites to exchange commands and data with operators on Earth. Rather than requiring every satellite company to develop its own ground stations, Northwood is creating a shared network that commercial operators and government agencies can access as needed.

      Think cloud infrastructure, except the servers are antennas and adding capacity requires considerably more than clicking a button.

      That distinction matters. Software companies can often scale by purchasing additional computing power. Northwood must manufacture physical systems, establish sites around the world and reliably serve customers operating across multiple orbits.

      Its new Torrance factory is central to that plan. The facility is designed to produce hundreds of antennas each year, giving Northwood the manufacturing capacity to expand its network faster than traditional ground infrastructure can typically be built.

      Demand is moving just as quickly. The number of active satellites worldwide grew from roughly 3,000 in 2020 to more than 14,000 by the end of 2025. Every one of them eventually needs to send information somewhere, and existing ground networks were not designed for the volume of missions now entering orbit.

      Northwood’s previous funding helped prove it could build the technology and win serious customers. This round is about turning that early progress into global infrastructure.

      The question is no longer whether Northwood can build a modern ground network. It is whether the company can make Torrance-built hardware the default connection layer for a rapidly expanding space economy.

      With another $375M behind it, that test begins now.

      More from this week’s LA startup and venture scene below.

      🤝 Venture Deals

        LA Companies

        • Guava, a Los Angeles-based developer platform for building AI voice agents, raised a $12.5M seed round led by Acrew Capital, with participation from Flourish Ventures, WillowTree Ventures, Clocktower Ventures and existing investor Commerce Ventures. The company will use the funding to further develop its voice AI models and products while building a go-to-market team focused on enterprises and business process outsourcing providers. - learn more

        LA Venture Funds
        • Blue Bear Capital participated in Ocient’s $100M Series C alongside Greycroft, In-Q-Tel, Buoyant Ventures and other existing investors, while BOKA Capital and OCA Ventures co-led the round. The data analytics and AI infrastructure company will use the funding to expand OcientAIQ, its platform for delivering fast, reliable answers from petabyte-scale datasets, and bring its technology to more customers globally. - learn more
        • Mystic Ventures participated in Siggy’s $6M pre-seed round, which was led by Village Global and also included PsyMed Ventures, Coalition Operators and several angel investors. Founded by veterans of Nurx and Journey Clinical, Siggy combines AI, wearable data and licensed clinicians to monitor patients between mental health appointments, with the funding supporting product development, regulatory work and hiring across its clinical and engineering teams. - learn more
        • Grid Capital and Thin Line Capital participated in Strive Robotics’ more than $3M pre-seed round alongside Tenon Ventures, with Hi Ventures leading the financing. The Cambridge-based startup develops adaptable robots that can learn complete manufacturing workflows and operate existing factory equipment, with the funding supporting product development, hiring and early customer deployments. - learn more
        • Sum Ventures participated in Circularity Fuels’ $7M seed round alongside Automotive Ventures, with DCVC and Trucks Venture Capital co-leading the financing. The company converts dairy biogas into sustainable aviation fuel and will use the capital to build a demonstration plant, design its first commercial facility and begin licensing its reactor technology to outside partners. - learn more
        • Griffin Gaming Partners participated in EloElo Group’s $80M Series C alongside MIT Investment Co., Play Ventures, Kalaari Capital and WaterBridge Ventures, while Hornbill Capital and NBCUniversal co-led the round. The Bengaluru-based entertainment company will use the funding to produce more original microdramas across multiple languages, expand its Story TV platform internationally and continue developing Dolphin AI, its AI-powered creative suite. - learn more
        • Mucker Capital participated in Lazarus AI’s $43M funding round alongside QBE, State Farm Ventures, Wave Function Ventures, Techstars and several other investors. The Boston-based company develops AI systems for enterprises and government agencies that retain control over their data, models and deployment, with the new capital supporting research and development, strategic partnerships and new product launches. - learn more
        • Alexandria Venture Investments continued its support of Thryv Therapeutics by participating in the company’s $30M Series B, which was led by InClin and included several other existing investors. The clinical-stage biotech will use the funding to launch a Phase 2a study of THRV-1268 in patients with heart failure and evaluate the drug’s safety and potential effects on cardiac function and arrhythmia risk. - learn more
        • Supply Change Capital led Kodiact’s $2.5M pre-seed round, with participation from Green Circle Foodtech Ventures and Velocity Catalyst. Kodiact helps manufacturers anticipate raw-material price swings and simulate sourcing decisions, and will use the funding to expand its market data and AI capabilities, grow enterprise deployments and enter additional industries including cosmetics, packaging and chemicals. - learn more

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          Anduril Built Fighter Jets. Now It’s Making a Laptop.
          Anduril

          🔦 Spotlight

          Happy Friday, Los Angeles.

          Anduril has built autonomous drones, underwater vehicles and fighter aircraft. Its newest product is considerably more familiar.

          A laptop.

          The Costa Mesa-based defense technology company announced this week that it is partnering with San Diego-based Qualcomm Technologies to launch BlueChip, a new line of computers designed in California and manufactured in the United States.

          The first product will be a rugged laptop powered by Qualcomm’s Snapdragon X Series platform and built for customers in government, defense, public safety and other critical industries. Anduril has already produced working prototypes and plans to begin accepting orders in 2027.

          At first glance, a laptop may seem like a modest addition to a company known for developing autonomous military systems. But BlueChip is less about entering the crowded consumer-electronics market and more about rebuilding the industrial foundation behind the machines Americans use every day.

          The United States remains a leader in designing advanced technology, but much of the physical production required to turn those designs into finished computers has moved overseas. That includes not only semiconductor manufacturing, but also circuit boards, displays, batteries, enclosures and the network of specialized suppliers that connects them.

          For most consumers, that dependency is largely invisible. For the government and military, it represents a potential vulnerability.

          BlueChip is Anduril’s attempt to close that gap.

          Components sourced from the United States and allied countries already account for more than 90% of the prototype laptop’s procurement cost. Circuit-board assembly is planned for Anduril’s Arsenal-1 facility in Ohio, while the company develops domestic production capabilities for enclosures, batteries and other hardware.

          The goal is to gradually replace remaining foreign dependencies and create an end-to-end American computer supply chain that can support additional products beyond the first laptop.

          That process requires more than moving an existing design into an American factory. Anduril is redesigning the computer around what domestic manufacturers can realistically produce at scale. The work includes selecting machinable American metals, adapting power systems to available battery technology and developing a bonding process for domestically made display glass.

          In other words, Anduril is not simply assembling a laptop in America. It is working backward through the supply chain to make American assembly possible.

          Qualcomm will supply the computing foundation. Its Snapdragon X platform will handle processing, graphics and on-device artificial intelligence, giving BlueChip users the ability to run certain AI models locally rather than sending sensitive information to the cloud.

          That is particularly valuable for government and defense customers operating in secure environments, but it also reflects a broader shift in computing. As AI becomes embedded in everyday workflows, the location where information is processed may become nearly as important as the model doing the processing.

          The partnership also reinforces Southern California’s growing role in the effort to rebuild American advanced manufacturing.

          Anduril remains headquartered in Orange County, but its regional footprint is expanding. The company is investing $1B in a new campus spanning Long Beach and Lakewood that is expected to support approximately 5,500 jobs and include engineering, laboratory and prototype-manufacturing space.

          Qualcomm, meanwhile, has spent decades building San Diego into a center for wireless technology and semiconductor design.

          BlueChip brings those two Southern California strengths together: Anduril’s ability to move quickly from engineering concept to physical product and Qualcomm’s expertise in efficient, high-performance computing.

          The first BlueChip laptop is not intended to compete for space in every backpack or coffee shop. Its early customers will likely be institutions that care deeply about security, reliability and control over their technology supply chains.

          But the larger ambition reaches far beyond a single device.

          If BlueChip succeeds, Anduril and Qualcomm will have created more than an American-made computer. They will have helped restore the suppliers, production knowledge and technical workforce required to build the next one.

          For a company accustomed to tackling difficult national-security problems, the laptop may be one of Anduril’s most practical ideas yet.

          Sometimes rebuilding an industry begins with reopening the machine.

          More from this week’s LA startup and venture scene below.

          🤝 Venture Deals

            LA Companies

            • StimCardio raised an oversubscribed $30M Series A led by Metis MedTech, with participation from Catalyst Health Ventures and other investors. The Los Angeles medical device company will use the funding to advance a pivotal study of Rhyvive, its investigational wrist-worn therapy designed to reduce recurring atrial fibrillation after catheter ablation, and prepare for an FDA submission. - learn more
            • Gardena-based Neuron Industries raised an oversubscribed $10M seed round co-led by FCVC and Obvious Ventures, with participation from Y Combinator, Thin Line Capital, Zee Prime Capital and Founder Factor. The company will use the funding to develop and launch its AI-powered industrial control platform, expand its product line and establish domestic production as it works to help engineers automate new factories and machinery more quickly. - learn more
            • Offe Market raised a $3M seed round led by Slauson & Co., bringing the off-price retail marketplace’s total funding to $4.3M. The company will use the capital to expand its commerce platform with AI-powered pricing and inventory tools, personalized recommendations and live shopping features designed to help brands sell excess merchandise without sacrificing control over presentation or pricing. - learn more
            • Loamy raised a $6M seed round led by Zeal Capital Partners, with participation from LA investors Slauson & Co., Supply Change Capital and Amplify.LA, bringing its total funding to $10M. The company will use the capital to expand its engineering and sales teams, advance its AI platform and enter additional food categories as it helps growers, packers and distributors reduce waste and prevent rejected shipments. - learn more

            LA Venture Funds
            • MaC Venture Capital co-led Rendezvous Robotics’ oversubscribed $20M seed round alongside Toyota Ventures, marking the space startup’s first priced financing. The company will use the funding to develop its next-generation modular spacecraft, expand its team and prepare for flight demonstrations of technology that allows spacecraft components to assemble and reconfigure autonomously in orbit. - learn more
            • BOLD Capital Partners participated in General Compute’s $100M Series A, which was co-led by Blackbird and Abstract. The company will use the funding to scale its AI inference cloud, which deploys specialized chips from companies including Cerebras, SambaNova and Positron AI to help customers run AI workloads faster without managing the underlying infrastructure. - learn more
            • Mantis Venture Capital participated in Vera Health’s $28.5M Series A, which was led by Threshold Ventures and brought the clinical AI company’s total funding to $32M. Vera will use the capital to strengthen its medical-evidence infrastructure, enter new healthcare markets and expand partnerships with medical societies, publishers and health systems. - learn more

            LA Exits

            • Breastfeeding platform Swehl was acquired by Willow Innovations alongside infant-feeding technology company Momtech, with financial terms undisclosed. Swehl’s educational resources and community programs will anchor Willow World, a new platform designed to expand Willow’s business beyond wearable breast pumps and support mothers across more of the postpartum journey. - learn more
            • SmartLess Mobile was acquired by Noble Mobile and will transition to the Noble brand as the companies combine their efforts to offer simpler, more affordable wireless service. Existing customers will retain their plans, prices, phone numbers and T-Mobile 5G coverage, while gaining the ability to use their data in Mexico and Canada at no additional cost; financial terms were not disclosed. - learn more

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