Space Tech Expo Europe 2025: The NewSpace Sector Steps Up!

Space Tech Expo Europe 2025: The NewSpace Sector Steps Up!

Alistair Wilson, Senior Consultant – Satellite & NewSpace at neuco

As someone who’s recently joined the world of Satellite & NewSpace, attending my first Space Tech Expo in Bremen was a real eye-opener. I’ve heard from colleagues how impactful this event can be, but seeing the innovation, energy, and the sheer scale of opportunity was fantastic! t’s clear that Space Tech Expo Europe has earned its place as a cornerstone event for the global space community.

This blog post explores some of the main topics we saw at the show and how they are shaping the industry.

NewSpace Momentum Is High

There’s no doubt that the NewSpace sector is stepping up. From hardware to software, from LEO platforms to in-orbit servicing, what stood out most was just how many of the businesses in this space are now delivering, rather than just developing.

Startups and scale-ups came into the event with credibility and clarity. These aren’t speculative ventures anymore; they’re executing on real missions, building out ecosystems, and shaping commercial pathways.

There’s also a new wave of innovation being driven by companies like Dawn Aerospace, Okapi:Orbits, Reflex Aerospace, Gomspace, OQ Technology, Ramon.Space, Look up, Bright Ascension, LeanSpace, and ExoLaunch are solving some of the challenges of autonomy, command and control, and scalable software infrastructure. Across the board, confidence was high, and rightly so.

Smallsats Continue to Dominate

One of the clearest shifts is the dominance of smallsats in conversations across the floor. Smaller, faster-to-deploy platforms are becoming the foundation for new constellations, high-speed data transfer, scientific observation, and even defence applications.

The focus has moved from feasibility to functionality. The smallsat economy is now a major commercial force and a key driver in the sector’s expansion. And as manufacturing lead times shrink and more launch options emerge, the barrier to entry continues to drop.

Connectivity Is Now the Main Battleground

Connectivity was everywhere. Whether it was direct-to-device, hybrid constellations, or sovereign infrastructure, the narrative has changed from payloads and platforms to integration and accessibility.

What’s becoming clear is that companies winning in this space aren’t just building spacecraft; they’re building end-to-end services. With that comes new thinking around ground infrastructure, spectrum licensing, data processing, and commercial partnerships.

Sovereignty, Sustainability and Strategic Thinking

Several panels throughout the week addressed the need for clearer strategy and collaboration across Europe. With the upcoming ESA Ministerial Conference looming large, many industry voices expressed both concern and cautious optimism.

There’s a growing consensus around the importance of sovereignty, regulation, and responsibility. Quantum key distribution, on-orbit cybersecurity, faster licensing for European spaceports, and AI-driven mission oversight are no longer emerging issues; they’re strategic priorities.

Final Thoughts

Bremen was a brilliant introduction to the possibilities of NewSpace. There’s still a long way to go, but the direction of travel is clear: smarter, faster, more connected, and more commercially aware.

At neuco, we speak to the companies building this future every day, and our work in supporting their growth has never felt more relevant. If you’re hiring, scaling, or simply exploring what’s next, we’d love to hear from you.

Please email hello@neuco-group.com with any questions or queries you may have for us!

MWC 2025 Round-Up: The Future of Connectivity Takes Shape

MWC 2025 showcased the transformative impact of 5G, IoT, and AI on enterprise connectivity, highlighting how Mobile Network Operators (MNOs) are accelerating 5G deployment to drive innovation across industries like manufacturing, healthcare, and smart cities. Discussions emphasised the role of standalone 5G, private networks, and network slicing in delivering ultra-reliable, low-latency connectivity tailored to enterprise needs.

Meanwhile, eSIM technology has reached a new level of maturity in IoT, enabling seamless global connectivity and simplifying device management. AI is also revolutionising telecom by optimising network performance, automating operations, and enhancing customer experiences. With significant investments in these technologies, 2025 promises to be a pivotal year for connectivity and digital transformation.

5G: MNOs Drive Deployment to Power Enterprise Innovation

By Alistair

As enterprises increasingly rely on advanced connectivity for digital transformation, MNOs are accelerating their 5G deployments to meet rising demand. Beyond consumer applications, 5G is becoming a critical enabler for industries such as manufacturing, healthcare, logistics, and smart cities.

MNOs are investing heavily in standalone (SA) 5G networks, private 5G solutions, and network slicing to deliver ultra-reliable, low-latency connectivity tailored to enterprise needs. These advancements unlock new possibilities, from real-time automation in factories to enhanced security in remote operations and seamless IoT integration.

By collaborating with cloud providers, system integrators, and enterprise partners, MNOs are positioning 5G as the foundation for the next generation of business applications. As deployments expand, enterprises can expect greater flexibility, improved network performance, and new revenue-generating opportunities powered by 5G connectivity.

IoT & eSIM: A Seamless Future for Connectivity

By Abbie

eSIM technology is rapidly transforming the IoT landscape, driving unprecedented growth in connected devices across industries. As IoT adoption reaches new heights, the flexibility and scalability of eSIM are proving essential for seamless global deployments, reducing logistical challenges, and enabling dynamic network switching.

From smart cities to industrial automation, eSIM is unlocking new possibilities by simplifying device management and enhancing security. The ability to provision and update connectivity remotely is a game-changer for enterprises, ensuring resilience and adaptability in an increasingly digital world.

With major players expanding eSIM capabilities and infrastructure, 2025 is set to be a defining year for IoT connectivity. As networks evolve and integration deepens, the future of a truly interconnected ecosystem is closer than ever.

AI: The Catalyst for Intelligent Connectivity

By Laurie

It’s impossible to ignore the impact of artificial intelligence on the telecom industry. As networks become more complex and data volumes skyrocket, AI is proving to be a game-changer in optimising performance, automating operations, and enhancing customer experiences.

While AI buzz can sometimes feel excessive, its real-world applications in predictive maintenance, energy efficiency, and autonomous network management are driving tangible benefits. Combined with 5G and IoT, AI is shaping the future of intelligent connectivity, making networks more adaptive, resilient, and efficient.

With key industry players investing heavily in AI-driven solutions, it will be exciting to watch how these advancements unfold and reshape the industry.

Responsible Hiring: The Human Side of Connectivity

By Tom

As the technology landscape evolves, the importance of responsible hiring cannot be overstated. The messaging from MWC was clear—businesses are hiring with a keener eye on return on investment rather than growing headcount for the sake of growth. This more strategic and responsible approach to hiring is refreshing and aligns with the partnership-driven recruitment model that neuco champions.

Companies that invest in building diverse and skilled teams will be best positioned to drive innovation, improve decision-making, and foster long-term growth. As the industry moves towards automation and AI-powered solutions, balancing technological progress with responsible hiring practices will be key to sustainable success.

Final Thoughts

As we move deeper into 2025, these advancements will continue to reshape connectivity, bringing new opportunities for businesses and consumers. If MWC is anything to go by, the future is truly connected.

Space-Comm Expo 2025: Pioneering the Future of Space

The neuco Satellite & NewSpace team recently attended Space-Comm Expo 2025 at London’s ExCeL, the UK’s largest and most influential space industry event. With over 5,400 delegates, 190 exhibitors, and 200 speakers from more than 50 nations, the event showcased the latest innovations and fostered global collaborations.

Key Highlights from Space-Comm Expo 2025:

Record-Breaking UK Contracts

The UK space sector secured an additional £112 million (€134 million) in contracts through the European Space Agency (ESA) between June 2022 and December 2024. This milestone is a testament to the UK’s growing influence in the space industry, with contracts contributing over £1 billion in wider economic benefits.

3D Printing’s Expanding Role

One of the most exciting developments discussed at the expo was the rise of 3D printing in space applications. From reducing costs to enabling in-orbit manufacturing, the potential for additive manufacturing is set to revolutionise how we build and maintain satellites and space structures.

Global Space Diplomacy Initiatives

With increasing geopolitical tensions, collaboration in space has never been more critical. A closed-door Ambassador Programme at the expo brought together space agencies, ambassadors, and defence leaders to discuss the peaceful and sustainable use of space. This initiative underscores the importance of international cooperation in securing the future of the industry.

Strategic Investments and Global Expansion

Significant investments in Space-Comm Expo are set to strengthen the UK’s position as a global space hub. These investments will not only enhance the event’s international reach but also support emerging technologies and foster deeper industry partnerships.

Looking Ahead

Space-Comm Expo 2025 reinforced the UK’s position at the forefront of space innovation. The emphasis on sustainability, cutting-edge technology, and global collaboration aligns with neuco’s mission to support the future of the industry through talent and expertise.

A huge thank you to everyone who took the time to connect with us at the expo! If you’re looking for top talent in the satellite industry or want to chat about market trends, let’s connect.

Connecting the LEO and Railway Markets 

Delivering connectivity to the railway industry can be difficult. Over the last two years, LEO solutions have provided a much-needed link between the railways and the rest of the world. To help us explore this phenomenon, we spoke with Torsten John, who is the SVP of Sales, EMEA at Icomera and a top performer in the European railway industry, on Episode 29 of The Connectivity Matters Podcast. Read on to find out more about connecting the railways. 

The LEO market has arguably had the most direct impact on the railway connectivity market in the last 24 months. Why do you think that is? 

Digitalisation in the railways is a very slow process. They’ve always been behind the aviation and the automotive industries in how they adapt to technological shifts. That includes connectivity, Wi-Fi and passenger services, but getting the passenger connected on trains has been an ever-growing demand for travelers, particularly here in Europe, North America and also in vast parts of Asia. However, that area is unfortunately mostly dominated by the quality of the Wi-Fi. Yes, there is a lot of technology in the equation, but it’s still vastly dominated by geography, which impacts Wi-Fi. 

When trains travel in densely populated countries with good infrastructure, such as in the Netherlands, they have much better connectivity by nature than trains traveling in the Midwest or parts of Spain. There are areas where you don’t see 4G or even 3G, so there’s nothing the train operators can do to get a better service for their clients. For these clients, LEO solutions (with the exception of train stations with metal roofs and tunnels or areas with very high buildings such as Manhattan) remove the equation of geography. 

It almost feels like LEO is at the very beginning of what they’re doing. Starlink is a leader in that space, and what Starlink is doing with their current and the next generation, is use the cellular data spectrum such as the 700 megahertz the lower 5G bands, and channel it from space onto Earth. That means that you can connect from your iPhone or Android phone directly to a star. That technology has so much potential to revolutionize cellular networks, which is a dramatic technological shift, not just for connectivity on railways, but in many other areas too. 

Especially in the LEO market, where technology is moving at such a rapid rate, is there risk associated with relying more exclusively on satellite technology?

No connected railway or passenger infrastructure provider – or even freight infrastructure provider – should solely rely on LEO. The Starlink network is by far the most advanced compared to the other four solutions that are currently available, but the problem with Starlink is that their antennas are proprietary. If you put a Starlink solution on your train, you cannot connect to any other system, and if you put another system on the train, you cannot connect to the Starlink network. That creates extensive build and documentation costs around your starting solution. 

So, using only LEO is certainly not the right way to go. You still need to combine it with cellular networks. We’ve seen in our deployments and analyzers that cellular and Starlink augment each other perfectly along the railway. In areas where you have weak cellular coverage, you normally have good LEO coverage and vice versa, making them complementary technologies for the railway. 

To learn more about railway connectivity, tune into Episode 29 of The Connectivity Matters Podcast here

We sit down regularly with some of the biggest names in our industry, we dedicate our podcast to the stories of leaders in the technologies industries that bring us closer together. Follow the link here to see some of our latest episodes and don’t forget to subscribe.     

How Sateliot Are Merging Telecommunications and Satellite Applications 

On Episode 54 of The Satellite & NewSpace Matters Podcast, we spoke with Jaume Sanpera, the CEO and Co-Founder of Sateliot, about how he’s bringing his vision of global  IoT connectivity to life. With 30 years of experience, Juame is an entrepreneurial leader in the telecommunications industry. He’s founded several companies, including the first telecom satellite operator in Europe, giving him some fascinating insights into the space. Read on to find out more about how he and the rest of the Sateliot team are transforming the satellite industry. 

“When we started saying that the same device could be used in satellites and telecommunications, almost everybody looked at it in a very sceptical way. When they first did the first demonstration, everything started changing. We got a huge amount of help from the chip manufacturers when we told them that the chip that they were selling to 20% of the world could be sold to the other 80% as well. That’s when everything changed. 

Next, I had to go in and convince some of the brightest minds in the telecommunication sector that this was good for them, and that the fusion of the telecommunications and satellite sectors was a positive thing. The rest was easy because it’s just technicalities. 

We launched our first satellite in 2021. We made some contributions to the standard wake-up procedure of the devices. You don’t have continuous coverage with just one satellite, so the device has to know when the satellite is in the right place and wake up at the right moment. We had to calculate the orbit to know when the satellite was ready, which we figured out following the launch of that first satellite. 

Everything has been a bet. We bet that the standard wasn’t going to change until 2022, and things were a little bit up in the air because you have to have time to develop your technology. We had limited time to change the standard. We had to push hard in order to get approval for our devices, but we succeeded, and the reward is that we are the first ones that have a satellite that works in this way. It’s a base station on a satellite that connects directly with a 5G IoT device.”

To find out more about Sateliot’s developments in the 5G space, tune into Episode 54 of The Satellite & NewSpace Matters Podcast here

We sit down regularly with some of the biggest names in our industry, we dedicate our podcast to the stories of leaders in the technologies industries that bring us closer together. Follow the link here to see some of our latest episodes and don’t forget to subscribe.     

The Future Impact of Intelligent Machines 

As technology gets smarter, our technology is becoming increasingly connected. On Episode 28 of The Connectivity Matters Podcast, Paddy Gogin, the SVP of Sales at Blues, joined us to share his insights on the future of connected tech, particularly in the IoT sector. Read on for his predictions. 

What impact have intelligent machines started to make on the industry so far?

“I think the IoT is dead, and our SVP of product would agree with me. I think we’re living in another world now, and that’s the world of connected intelligence. I’ll use the phrase ‘connected intelligent machines’ because I assume the machine is the asset. This connectivity has become commoditised, and I think it should be, but we are now in this world where there’s this ubiquitous expectation that any machine should be intelligent. That has not always been the case. Smart machines were very novel about 10 years ago, and getting temperature data from your refrigerator for example was still really cool. Now that’s expected by the customer. 

The future of that is vast and broad. The future of connected machines is accessible to all, and it’s accessible anywhere. Whatever you’re building, our mission is to help people transform physical things into smart intelligence services. People will have complete access to connectivity and be able to connect their assets in a way that is business-effective and cost-effective. 

There’s a great example of satellite connectivity, which has become commoditised too. 10-15 years ago, satellite connectivity was for rich people on boats using Motorollas. We’ve come a long way since then, and I think we’re at the beginning of another wave and inflexion point now. Soon, every machine you see around us will be connected and intelligent, and we will extract data from those assets to do a number of things, but primarily to add value to our customers or create new revenue streams for our own businesses. We will be getting greater insight into our customers than we ever have before, and we’ll know how they use things and what they care about, so we can tailor our businesses towards that.”

How do you see the future being shaped by connected, intelligent machines?

“I think what you’ll see is a greater uptake of products in the space. There are a lot of old-school companies that have done amazing things, like creating generators or industrial machinery, which work, they’re robust, and they’re built for purpose. These companies are now being stress-tested to think differently about their products though, because they aren’t cutting-edge anymore. How do they become the face of innovation when they aren’t plugged into connectivity, data and AI? 

What we’ll see is a transition towards all industries thinking that way. And make no mistake, there will be winners and losers. There’ll be people who won’t see that transition or won’t necessarily want to believe it, and they will lose. Then there will be people who move first, and they will win. 

The future of intelligent machines means greater products for your customers. What it means for the organisation is that you are going to be closer than ever to your customer, and you are going to understand your customer like never before. That means we’ll have stickier customers as well. They won’t just be dating you because of the value you’re giving them now. Connected intelligence is a must, so if they don’t have you in their lives, there will be a big difference to their business.”

To hear more from Paddy, tune into Episode 28 of The Connectivity Matters Podcast here

We sit down regularly with some of the biggest names in our industry, we dedicate our podcast to the stories of leaders in the technologies industries that bring us closer together. Follow the link here to see some of our latest episodes and don’t forget to subscribe.     

Building a NewSpace Company in Europe 

Discover the challenges of building a NewSpace company in Europe with insights from Kammy Brun, the Managing Director of Simera Sense and Founder of Kalaxie. With over 15 years of experience in the industry, Kammy has plenty of advice for other founders and entrepreneurs in the sector, which she shared on Episode 53 of The Satellite & NewSpace Matters Podcast. Here are some of the highlights of our conversation. 

What do you think a startup needs to be successful within the European NewSpace sector? 

In Europe, startups are encouraged by the very healthy financing environment. However, sometimes we can easily get funding, but we don’t have customers, which is dangerous for any company. We really need to pay attention to that. From a global point of view, the tricky things about getting from startup to scale-up are the market expectation of your product, how you manage your cash flow, and how you get your funding. 

When it comes to market expectations, as a startup, you can launch a product before you’ve found your product or market fit. The early adopter of your product won’t expect you to be perfect because you’re a startup. You’re still figuring things out. However, when you become a scale-up, you need to have a good product/market fit, and you need to know exactly what you’re selling. 

Simera is a very good example. The company was launched six or seven years ago, and we have already delivered more than 60 optical payloads, around 20 of which are now in orbit. Our portal is a standardised, commercial, off-the-shelf optical payload that didn’t exist in the market before. The challenge for Simera Sense, and for all startups, is ensuring that the quality of your product can meet the expectations of your customers before you start to grow. 

How you manage your cash flow will dictate how fast you can scale. How can you scale up your productions? You need to better manage your supply chain. You need to manage your stock, get better control of your lead time, or buy parts in advance. You may need to invest in your production line or human resource team. Everything is financial. 

That leads me to fundraising. Fundraising in the US and Europe have different mindsets. They take much more risk in America, and the financing does not come from the same background as in Europe. In Europe, you can sell the idea to get fundraising. When you prove the idea, you prove the business, and you prove your technology works, you are viable. Europe has a very healthy ecosystem that includes private venture capitalists and institutional funding. That helps European startups to scale up. 

Do you think the new space industry in Europe is too saturated, or do you think there is room for new players?

Well, I do believe that it’s true. There are a lot of European startups in all the different areas of NewSpace. I won’t say that it’s saturated because it’s good to have different options and market offerings that drive competition. If we come back to the user’s point of view, sometimes it’s good for them to have more choices. I won’t say that we’re democratising space today because we’re not yet there, but I do believe that we could have some market consolidation soon. It could come in the form of a partnership between different operators. If we think about the users, they do not have democratised offers that they can reach. I do believe that in the future, more partnerships will take place because there is a market need for independent technical offerings.

To hear more from Kammy, tune into Episode 53 of The Satellite & NewSpace Matters Podcast here.  

We sit down regularly with some of the biggest names in our industry, we dedicate our podcast to the stories of leaders in the technologies industries that bring us closer together. Follow the link here to see some of our latest episodes and don’t forget to subscribe.     

Attracting Talent From Different Sectors

The last eighteen months have been challenging for connectivity companies when it comes to their talent attraction. Finding and hiring qualified talent has become more difficult than ever due to many specialists moving into bigger tech companies in different sectors. On Episode 27 of The Connectivity Matters Podcast, we spoke with Ryan Carlson, the Head of Digital Marketing at Soracom, about his philosophy of talent attraction. He shared his perspectives, as well as advice for other companies who want to bring people back to the industry. Read on for his thoughts on the subject. 

“Well, my philosophy on talent attraction starts with understanding what the role is and what kind of personality you want. For example, I’ve always found that the best engineers want to solve interesting problems. It starts with the job spec and helping them understand what they will work on. I like to pitch the concept of the problem that they get to help solve. 

Beyond that, there are two different categories of jobs out there. There are jobs where you want a generalist who can take a problem and figure it out. Those are hard. And then there are the ring binder jobs. These are jobs where, if you’ve got a question, you just turn to page 13 to find our process on that. Turn to page 27 for a list of all the people you could talk to about it. They’re well-thought-out jobs where people come into them because they’re not sure of their own skills. They look like an entry-level job sometimes, but they’re often not. They also give people a false sense of job security because they think if they do the things on the checklist on page 1, everything will be fine. The reality is that anybody could do it. 

Individuals need to look at their skills and how they can constantly improve. The days of pensions are over, it’s unlikely that you’ll work the same job for 20 years and then get to be done. That’s not how that’s not how the job market works anymore. For all the time I’ve been in management, my job has been to put myself out of a job. That’s how you create your next role as well, not just job security. Trying to chase job security is a pipe dream, and it’s a false positive. When consolidation happens, people feel like they are invaluable, but a spreadsheet says that they fall into the 13.25% of staff that are being let go. You have to ask yourself how each job that you have reads as a chapter in the story that you want to tell. 

As a hiring manager, my philosophy has always been to choose the candidate who brings something to the table that we still need but don’t yet have. From a diversity perspective, I want people on the team who have different backgrounds, perspectives and economic situations. Especially if you’re in product development, you need people who can advocate from their own perspective. Don’t hire people that are the same as you. Determine what it is that they have that you don’t, and get diverse perspectives onto your team. 

The big telcos are part of the problem, not part of the solution. Where I see success is in those larger companies that have invested in incubators within their own four walls. They’re essentially creating small startup groups within their own company. They’re incubating smaller startups, which attract talented younger people who have unique skill sets, so the larger organisation gets to benefit from having them in their ranks without directly bringing them in. If their goal is to fill cubicle 37b with someone sharp and talented, I’d say good luck with that. That’s just not what the up-and-coming workforce is looking for. 

The stereotype has always been people just work very hard, and they still work very hard, but this generation of workers isn’t going out for happy hours with their boss and coworkers. They’re going home to be with family, so bosses are like, ‘Well, how do I pass the torch?’ That’s where mentorship comes in. We’re in an interesting place with the large telcos, where the way they approach a business is to talk about the fact that they’re working with interesting technologies. That’s really hard, given the current socioeconomic and macroeconomic conditions that we are in. There’s an opportunity to appeal to 18-year-olds who just graduated high school, where lots of them are going into apprenticeship programs for electricians or plumbers because those skills are recession-proof. You always need a plumber. 

Young people are being put off other industries because you need four years of a liberal arts college just to get through screening. We have to find alternative ways to train people in these areas. In the energy sector, they’ve been very successful with programs that get kids into two-year technical programs right out of high school. They’re taking on these roles of senior-level individuals who are about to retire, and they’re saving skills that are about to disappear. We have so much field experience from people in that middle layer who aren’t executives or upper management, but they do the actual work and have that lived experience. In the telco space, AI is going to be addressing some of those issues through training. It’s not stealing someone’s job – it’s just helping the next generation work up to the certification. It’s training people on anomalous things that only a handful of people know. 

It’s surprising how many people whose goal is just a living wage, and there are far too many jobs that don’t provide that. Then others dangle the carrot of making so much money, but you’ll have to work so hard that you don’t get to have a life outside of that role. What if I like biking and having a family? That’s what people want to do. We’re in changing times. The gig economy has radically changed the trajectory of the job market since COVID, and tools like Zoom make it possible to do business from anywhere. In fact, the expectation of getting on a plane or getting in a car and travelling everywhere and doing face-to-face meet-and-greets is now the exception, not the rule. Personally, I think the next generation has their priorities far more in order than my generation ever did, and companies need to adapt to that.”

To hear more about attracting great talent in the connectivity sector, tune into Episode 27 of The Connectivity Matters Podcast here

We sit down regularly with some of the biggest names in our industry, we dedicate our podcast to the stories of leaders in the technologies industries that bring us closer together. Follow the link here to see some of our latest episodes and don’t forget to subscribe.     

Creating More Possibilities in SmallSat Manufacturing 

As companies continue to drive the satellite industry forward, new opportunities are developing in areas like SmallSat manufacturing. We dove deeper into this phenomenon on Episode 52 of The Satellite & NewSpace Matters Podcast, when we spoke with Aleksander Fiuk, the Co-Founder and COO of Revolv Space. Revolv is a NewSpace company on a mission to fully monetise space assets by building the next generation of critical components for payload systems onboard small satellites. Here’s how they’re doing it. 

What are the current limitations of SmallSat manufacturing?

The limitations come from the fact that over the course of the past 20-25 years, payloads have been miniaturised and developed to the extent that they can be extremely effective and high-performing. However, there are continuously increasing demands for data transmission, thermal and power system capabilities. We’re focusing on offering a full ecosystem of products and hopefully solving that problem in the near future for our manufacturers. 

But the problem doesn’t stop there. The technology is available, but we also need a supply chain to satisfy the needs of the NewSpace market. We often hear from our customers and other stakeholders that the need is there. They’ve identified the need for improving the power budget or the data transmission rates, or whatever their technical problems are, but what they are lacking is a reliable partner in the industry. They need a supplier for those components and solutions.

One of the key aspects that is not being satisfied by suppliers in the industry is the customer’s need for much higher flexibility than what was the standard in the industry until quite recently. As a customer, we expect a supplier to adapt to the fact that we don’t know what we need. We don’t expect a supplier to line up a plan of five years of development with every single day broken down to detail for us, but we expect suppliers to be there for us and be able to adapt to a changing schedule or changing requirements. We expect suppliers to be very agile and adaptive themselves, otherwise, they wouldn’t cope with the changing dynamics of the market. Somehow, though, that hasn’t always translated. 

How does your approach differ from traditional ways of working with manufacturers, and what impact do you see it having on NewSpace customers?

There are two things that I think are really making a difference. One is our transparency. What we saw already before founding Revolv is that the space industry is extremely secretive. To a certain extent, it’s justified, because you cannot fully share certain information with your customers as a supplier, like the full information about your developments. It just doesn’t make sense though, because your customer is your closest partner for the development of your product or project. Therefore, being transparent was what got us those first contracts. Whenever there’s a problem, we signal it right away. Whenever there is an obstacle with the supply chain, logistics, or contracts, we are always very vocal about what is happening and how we want to deal with it. 

The other difference is approachability. Prior to founding Revolv, we saw that the space industry is extremely slow, and that’s something we’ve heard from customers too. That’s quite often what is pushing them away from other suppliers or partners because it takes an extremely long time to get a response on basically anything, from talking about contractual matters to technical details. We adapt to the customer, meaning that whenever required or desired by the customer, we will set up a separate communication channel, like Slack, for example, to discuss an issue. 

To hear more about Aleksander, tune into Episode 52 of The Satellite & NewSpace Matters here

We sit down regularly with some of the biggest names in our industry, we dedicate our podcast to the stories of leaders in the technologies industries that bring us closer together. Follow the link here to see some of our latest episodes and don’t forget to subscribe.     

From Engineering to Leadership at Reflex Aerospace 

Meet Felix Motzki, the CTO of Reflex Aerospace, a German NewSpace startup and satellite manufacturer. Felix oversees the development and delivery of Reflex’s innovative customer satellites, but before Reflex, Felix spent the majority of his career in engineering. He joined us on Episode 51 of The Satellite & NewSpace Matters Podcast to discuss his transition into a C-level leadership role and what attracted him to Reflex Aerospace. 

Why reflex aerospace? What are you doing differently to bring value to this crowded space?

When they first approached me, I thought they were just another satellite company. But our interesting approach, and what’s really specific to us, is that we want to approach the mass or lower-cost market. When I say lower-cost, it’s still expensive stuff, but you’re not shooting for the 20-30-ton satellites that cost hundreds of millions. Now, we want to attack that segment of 50-500 kilograms, which is a segment that can’t be covered with a CubeSat. We want to do everything that you can’t do with the CubeSat at around 500 kilograms. 

There are a lot of companies, but they usually offer a standard bus or a modular system that can be put together to offer something similar. That’s explicitly not what we do. We actually build a satellite for that customer. It will always be a custom bus, whether the customer wants 1, 2, 3 or 30. We still want to do it fast. We were launching our first satellite in 2 months, which is quite a short timeframe. We do that by not focusing so much on developing a standard platform but on developing standard processes. We are working on innovating the design process to streamline it and make customised designs as fast as possible. 

How did you find that transition from being an engineer to leadership?

I’ve taken the decision the transition really well. It was a learning experience, and I’m still learning after many years as a manager. I’ll probably never stop. I probably should never stop. It was a very hard decision for me to take because I was very happy developing electronics and software. There, if there’s a problem, if you just work longer, you either find a solution or figure out there is no solution. This is quite a thankful job, and it’s paid very well. And it’s exciting and interesting. I could disconnect from it when I went home in the evening or during the weekend. I knew managing people was going to be different, but it took me several months after I was offered the leadership position to get used to it. I do not regret it. I would have been a good engineer amongst millions of other good engineers. My talent is probably more managerial, which is where I can stand out.

What has been the biggest lesson you’ve learned from a management perspective?

I’m not sure if I could name one biggest lesson because I’ve learned a million lessons. I’m learning every day. There are some key experiences which I will always remember and which will always make me think more deeply. For example, the first time I had to fire somebody was the hardest day in my professional career. It was somebody I had not hired myself, and the person was really not helping the team at all. They were holding back the team, and it was clear that we had to let him go. Still, I remember that day very well, which taught me a very important lesson. You have to invest in and hire the right people. It pays off for sure. You cannot invest too much time in finding the right people. You don’t want to put just anybody in that position, so it’s important to find the right fit. 

To hear more from Felix about his talent attraction philosophy, tune into Episode 51 of The Satellite & NewSpace Matters Podcast here.

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