Inside Earth Observation & Data Analysis 

Earth Observation has been a hot topic in the NewSpace industry for several months now. On Episode 23 of The Satellite & NewSpace Matters Podcast we were joined by Kammy Brun, an expert in strategy and business development in aerospace and AI based analytics applications, to discuss the forces driving the growth of Earth Observation. Kammy has held several roles in the space industry, including Airbus and SkyFi. She has also completed multiple degrees, and is currently finalising her MBA. Read on for her insights. 

What are the main applications of the NewSpace industry, and what’s really driving demand for them? 

Defence security has always been the first market for geospatial solutions. Today, we can work together with remote sensing geospatial with the IoT and AIS. That is definitely one of the markets where I can see lots of synergy between different technologies. I believe that we should have some applications which merge geospatial and navigational capabilities and make them more integrated, because the end users don’t really care which technology it is. 

Maritime is another one of the markets that is going quite well. There’s a future there. I’m pretty sure that with the growing numbers of AI-based analytics companies globally, we will be able to offer some solutions which are more tailor made for the end user. We’ll be able to  give end users a solution, but we currently can’t, because they did not know what geospatial was. We can have a bigger market, the reason we don’t is because we do not yet have a perfect solution for the end user. 

For our users, it’s relative. They want to have something easy to use – they don’t care about what it does or image resolution or the AI behind it. It’s very difficult to offer a service that is simple and easy to use and gives you the answer that you need, but those private markets will be able to grow in the next few years as the technology develops. For today, those geospatial companies are offering better and better solutions that will draw people into the industry. 

How is the industry currently leveraging these technologies to enhance data analysis and decision making processes?

AI and machine learning has always been used in geospatial markets. We use it for object or change detection. It’s also been used to classify different objects in a set of images. Today we are using it even more than we did five years ago. It is a good market driver for companies who manage more data, because today’s AI and machine learning will be able to help them manipulate or ingest more data. 

In the remote sensing markets, we’re expecting a baby boom of hyperspectral constellations. Hyperspectral is not new, but we have not always used it from space – it was originally used from planes or drones. With NewSpace hyperspectral images and geospatial expertise, I’m pretty sure that a lot of applications will open up as we increase the data supply. We will have a better usage of AI and new applications. Currently we know some of the use cases with hyperspectral, but we are not yet fully exploiting the potential. I expect significant growth in the next few years.

To learn more about Kammy’s work and experiences in the NewSpace industry, tune into 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.     

How to Ensure Humanity Survives the Existential Challenges of this Generation and Thrives to the New Century

The younger generations are facing a range of challenges on a global scale. On Episode 22 of The Satellite & NewSpace Matters Podcast we were joined by Jim Keravala, the Co-Founder, Chief Executive Officer & Chief Architect at OffWorld, to talk about the innovative solutions that the space industry is creating to tackle these issues. Jim has extensive experience in a range of space sectors, and currently sits on several advisory boards such as the National Space Society, International Moonbased Alliance and the Moon Village Association. He co-founded OffWorld to extract critical minerals, minerals and materials on Earth and in space using swarms of smart industrial robots. Read on to how space is set to save the world.

“The challenges that we’re facing today are, in part, born out of our own successes as a species. The other part is our systemic, steady state of ongoing risks that are always in the background – and to some extent, the intersection of the two is another challenge in itself. I think the manifestation of all of these challenges is not the uncertainties of big environmental cataclysms or other single impact changes. The more concerning risks are those that are subject to cascading sequencing. 

There’s always the asteroid impact issue. Stars could go supernova and create an untenable environment for life on this planet. There’s always the big issues like that, and those issues are real, but the probability of those occurring in the next 100s or 1000s of years are very, very small. The things that seem small and innocuous, such as the amount of greenhouse gases in the atmosphere, are cascading triggers. Greenhouse gases lead to atmospheric temperature rises, leading to loss of biodiversity, leading to changes in weather patterns, climate, ocean current path patterns, which can then lead to reduction of polar ice caps, which can add to the lack of reflectance of Sun’s energy, which can then start increasing those cycles. I’m more concerned by these dynamic instabilities which start running towards catastrophe. 

It’s my personal opinion that it’s a combination of natural cycles and small catalytic inputs into that environmental system that is the biggest threat. There’s a lot of debate around climate change and the origin of it; ‘Is it human generated or is it natural?’ That’s a less important question than ‘What are we going to do about it?’ For everything else we do we tend to take out insurance, whether it’s our car, our home, our pets – whatever is important to us, we insure it. We should take out some form of insurance for our planet as well. That form of insurance is not about creating an escape valve, it’s about opening up a closed system. 

If we can open up the system and use the resources of space, we can genuinely help solve some of these challenges. I believe we are in the midst of these changes already. I personally don’t believe that as a species we’re really that well equipped to deal collectively and sensibly and proactively with challenges that we rationally are aware of. As a species, we tend to wait for things to happen and then deal with the consequences afterwards, despite being able to afford what’s needed to address it now. We just don’t act proactively. To some extent, that’s the nature of our global economic structures as well. The economic structures respond to value in real time, and those same rules for creating long term visions of entrepreneurial change are unfortunately the same rules that applied to long term visions of environmental mitigation. So understanding that, what can we do to break down the problem and solve it once and for all?

I personally believe there are several different classes of mitigation work that can be done. The first is assuming that the consequences of the changes we’re undergoing now are going to happen. If we were going to address climate change, we should have started acting 50 years ago when it became obvious, because it’s too big of a needle to move now. The question that needs more urgent attention is what happens to coastal regions in deprived areas? What do we do for those communities? What are the risks of micro weather pattern changes that are emerging? Whether it’s more hurricanes, greater heat domes, etc, what does that do for agriculture? What does that do for the availability of fresh water? 

The most vulnerable will be the most affected, so coastal regions in emerging nations whose economies and infrastructure are less organised will suffer the most. So what can we do to get ahead of solving that problem? With a focussed enough set of challenges, there can be economic solutions to address them. They have to be economically viable solutions in order for us to help our fellow human beings. The end to end system will not mobilise unless people are making money off it, which sounds a little brutal, but evidence has shown that it tends to be the norm. We can provide humanitarian aid on a momentary basis for extreme isolated events because it’s part of our nature to try and help, but that nature becomes increasingly subject to economic pressure, and that’s the reality of humanity. 

That first class of problems is focussed on how we can help those who are affected by the changes that are emerging. The second class is how to mitigate the effects of it on this generation. The third class is, assuming those changes are coming, what can we do to truly turn that around by the 22nd century? The solution is to build space infrastructure which allows us to access the energy and material resources of the inner solar system. We can harvest it by building heavy industrial energy generating infrastructure in space, outside of Earth’s atmosphere. If we can do that in space and bring it down to Earth, we can provide clean, safe energy for our planet without generating heat. It’ll take at least two generations to mature that into an operating infrastructure, but I do believe that by staging economically viable revenue generating milestones from today to the end of the century, we have everything going for us to build these architectures in space. 

Transitioning many of our polluting technologies and industrial processes off the surface of the Earth will protect our local environments. If we build a beautiful cottage in a meadow, the last thing you want to do is put a chemical plant next to it. That’s what we’re doing on our planet though. We have an oasis in the universe, this perfect ball that has allowed life to flourish. Earth is the centre of the Anthropocene universe, and we need to do everything we can to care for it and look after it. 

The challenge is that we need a firm sense of reality on what is happening today. What can we really do about it? What are the changes we’re prepared to accept and tolerate? And what’s the big picture that we really have to focus on? Whilst those changes happen? There are going to be trillions of dollars of economic disruption in the next decades. There will be a lot of suffering, but there will also be a lot of opportunities to help and solve those problems. If we think ahead on those smaller scale problems like ‘how we can help the local communities that are going to be affected?’ There are addressable solutions for that class of problem. Questions like ‘how do we help the next generation or two of families and communities that are going to be in trouble?’ is where we should place our focus, as well as trying to solve the big picture terrestrially and addressing the big solution system. 

To hear more about Jim’s work in the space sector, tune into 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.     

Prioritising Customer Experience in the Connectivity Industry

On Episode 6 of The Connectivity Matters Podcast we sat down with Richard Hart, the Global Connectivity Director at Quectel. Richard’s career has spanned over 15 years, working with connectivity giant Vodafone before moving to Quectel in 2021 to lead their global connectivity proposition. We spoke to him about how focussing on customer experiences can bring the industry forwards. 

How do you approach customer experience as you scale up a quick sales connectivity business?

Customer experience has been our focus now for a long time. The customer is genuinely at the heart of every decision we make. Patrick, our co-founder and CEO, is always out talking to customers, and that feedback comes right back into the organisation. We value seeing the world through the customer’s eyes, understanding how what we do impacts the customer and how the customer subsequently behaves. Understanding those behaviours helps us shape their experience. You also need to accept that things go wrong, mistakes happen and technology crashes. Being honest about that and learning from it will make your customer’s experience better. They’ll trust you to fix it even when things do go wrong, because they know you won’t repeat the same mistakes. 

How would you ensure consistent customer experience when looking at a number of product lines which can be sold separately?

You have to take a step back and look at things holistically and understand the impact of the individual components. It’s important to understand that if you do something on one product, that will impact everything else as well. Whilst we put the customer at heart of everything, we still have a job to do. We still have a business to run. What we do is focus on collaborative working between departments and developing healthy behaviours. If you are going to deliver a superior customer experience than your competitors, you need a continual evolution of processes and services that meet your customer’s needs. Whenever you change things, think about how that impacts the customer, and communicate the changes clearly. 

What can be learned from having different interactions with a particular customer for different products?

Customers have three or four contact points with an organisation. Those contacts have to talk to each other, because the customer expects you to know what your colleague is doing and if it’s going to impact them. Does the left hand know what the right hand is doing? It should! From a competitive point of view, providing that information will keep you ahead, because again, it’s about good customer experience. That’s why internal communication is so important, because it allows you to feed back all the different points of view and build your team as a whole. 

What does a good customer experience actually look like?

We all have companies and brands that we think of as good and bad, so I try to get my team to think about that when they’re creating customer interactions. We all know what it feels like to have a positive experience with a company. Good customer experience is just the basics. It is about communication. It’s also admitting when you’ve got a problem. It’s being transparent in terms of ‘this is what we’ve done to ensure it doesn’t happen again’, or ‘we’re investigating a new follow up’. That’s all it is; doing right by people. 

There’s a standard that customers expect when they interact with you. Whether they use a phone or a self service platform, there are basic products and solutions that underpin your customer experience. Some things are really important to customers and if you understand what you’re supplying, you need to put service levels around that. Accommodating the customer experience is based on what vertical and solution it’s supporting. You need to get that infrastructure in place. 

To hear more about putting customers at the heart of your connectivity company, tune into the full episode 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.     

The Future of In-Home Connectivity

The Connectivity industry has been leaning towards the in-home market for some time. Improving networks and the development of Smart Home technology has seen consumer expectations rise, putting strain on service providers. On Episode 5 of The Connectivity Matters Podcast we spoke to Shane Paola, the VP of sales at Plume Design, about how in-home technology is shaping the industry. Plume Design is creating a new category of Smart Home experiences, leveraging cloud and AI, which Shane unpacked with us. 

Read on to find out what challenges are currently facing in-home connectivity providers.

What’s the current state of the Connectivity industry?

It’s about the in-home experience right now. We’ve built these phenomenal networks, so customer expectations are extremely high, they want to add more devices into their homes than ever before. The rise of connected homes and devices within our clouds isn’t slowing down. People are embracing Smart Home technologies, so connectivity inside of the home is becoming increasingly important. Companies are trying to support the needs of customers on their Smart Home journey, while also delivering the experiences that people expect from the bandwidth they’re subscribing to. 

What are you most excited for about the future of the Connectivity industry?

It’s all heading for personalization and the in-home experience. One service provider has basically gone from managing five or six tariffs and cut it down to two. They’ve said, ‘Here’s our basic package, it’s £29.90 a month and you get this minimum level of service. Or there’s our max bundle.’ They’re not advertising speeds and feeds, they’re just saying, ‘We’re gonna give you the greatest in-home experience with the best WiFi mesh environment, covering your house with connectivity. You’ll always get the maximum available bandwidth when it’s provisioned in your area and you never have to worry about it.’ That’s a phenomenally bold and disruptive move, which I think the rest of the industry should look at. Customer dissatisfaction and negative experiences create a churn from one provider to another, which is a nightmare. Providers have to manage sunsetting tariffs and trying to move their customers onto new platforms as well as trying to retain their customers. It’s a great sign that companies are starting to move their focus on customer experience rather than the speeds and feeds.

Which use case would you find most useful in your home that you don’t currently have?

I want to see a Smart Home environment. Different vendors are building things that don’t necessarily interoperate with each other, so it’s hard to create an integrated system. There’s a fair bit of buzz around the new Matter system and its potential. IOT bodies are building towards the Matter framework, which will hopefully standardise things in terms of internet connectivity in Smart Home environments. What we’re missing is simplicity. Big companies typically compete at a device level or an application level, but they need to realise that for the best customer experience they need to collaborate. That’s what I want to see happen in my home.

To hear about the work Shane and Plume Design are doing to advance the industry, tune into the whole episode 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.     

Space Tech Expo Europe – Day 1

Day one of Space Tech Expo Europe 2022 delivered on the buzz that was palpable upon first entering Messe Bremen’s Halle 4 on a crisp German morning in the City of Space.

The multitude of masks that dominated the show last year was instead replaced by the smiles of individuals grateful to be back at a show that immediately seemed more familiar to the pre-covid 2019 version than its 2021 counterpart.  

The 3 halls seemed busier, filled with people catching up with, or making introductions to, the many established and lesser-known space companies in attendance. The highly innovative and diverse technologies on display fuelled conversations, solidifying current and inspiring new collaborations. And with 3 Conferences this year, we were spoilt for choice.

The Industry Conference gave us insights into the latest updates and key trends in the space sector. The SmallSats Conference allowed room for discussion relating to ongoing and upcoming developments in the ever-growing Small Satellite market. And the Mobility Connectivity Conference saw panels focused on discussing on-the-move connectivity in maritime, land and aviation markets, and the ecosystem that drives it.

As the day drew to a close, conversations and drinks flowed as music rang out across the halls to cap off what was a great first day and true return to form for Europe’s largest gathering of space companies and enthusiasts. Roll on day 2!

How does working for a business with one vertical strength impact its diversification into other verticals?

On Episode 4 of The Connectivity Matters Podcast we spoke with Erik Carlson, the SVP of sales for Maritime, Energy and Government at Anuvu. With over 20 years of executive leadership experience, growing and driving revenue across the likes of Panasonic Avionics, ConvergeOne and Hitachi, Erik deeply understands the industry and has plenty of enthusiasm for revenue generation. 

We spoke about his experience across a variety of industries and how important it is to focus on the customer at all levels of the business. 

What advantages do you have coming from a different industry into connectivity?

The pace at which I work and we run our teams is much higher than a lot of the people who’ve come out of the satellite community. A lot of them have old government roots, which means they tend to move a little slower. My background is much more Silicon Valley. Think about it in context. How are they operating? How are they thinking? How are they iterating on technology? That’s my world. There’s a professional ruthlessness that needs to be respected, and I try to operate in a very similar fashion. The fact that I came from different industries gives me different perspectives on learning customer markets incredibly quickly. While everything I do is about global connectivity below the clouds, we also have an aviation and aviation entertainment business. Below the clouds, those are all different customers, who have different end user requirements. My advantage is my ability to learn that voice of the customer, and to really care about that customer, that’s allowed for the speed at which these successes have been happening for us.

How have you gone about learning the voice of the customer?

I always work from the customer backwards, I do everything in reverse. Look to identify how something is getting to the customer. It’s not the guy who buys connectivity, it’s who his customers are. We need to map not just where our clients are operating, but also what their itineraries and routes are, and who else is in the area. If you look at oil leases, they are basically divided up plots of land out in the ocean, and you can see other rigs from yours. Similarly, each satellite is able to pump down a certain amount of capacity on Earth in a single place. Starlink is doing some brilliant things to amplify that, but if there’s only one legal provider on the planet, and everyone wants that service, you’re going to have a pinch point there. It’s great for me to talk about my customers, but if I’m not taking care of their entire ecosystem, I’m not a partner. There’s a lot of dynamics there, which are going to come into play. If you start with your customer, you’ll have a guiding light upon which to lead the business.

How do you find working for a business with a track record and visibility in one vertical, and how does that impact the verticals that you’re in charge of?

The biggest thing I look at is the leadership team. It’s all about understanding the leadership team’s exit strategy timeline and their worldview. Anuvu brought me on their mission, and their passion was to commit to this business, and that’s what I was looking for. The other thing happening there is that results drive decisions. What we’ve seen is that the business below the clouds is growing phenomenally, and there is an incredible harmony of above the clouds and below the clouds connectivity. Everyone looks at their customers uniquely, but there’s so much in common there and the leadership team here at Anuvu has been really clear about how we think about ourselves. 

Externally and historically, Anuvu has always been seen as ABA question, but what we are seeing is a lot of those customers who tried greener pastures elsewhere are realising that it wasn’t actually greener and they’re coming back to us. Another advantage in my role is that we are seeing customers that have explored other venues and had 2, 3 or 4 years and aren’t seeing the results, customer service or the care that they wanted. The Anuvu rebranding has been really important to help continue and maintain that below the cloud business. 

To hear more about the work that Erik and Anuvu are doing in the Connectivity industry, listen to the whole episode of The Connectivity Matters Podcast

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 the Edge Air Solution is Affecting the Connectivity Market

Recently on The Connectivity Matters Podcast, we spoke to Raz Kivelevich-Carmi, the Chief Marketing and Business Development Officer at Cellium Technologies. With over 20 years experience from within the chipset ecosystem, Raz has invaluable insights into the tech that’s currently revolutionising the industry. We talked about the innovations happening at Cellium and how they’ll impact consumers. Read on to find out what’s coming next!

Tell us about Cellium’s Edge Air solution and how it differs from small cell solutions?

There are multiple technologies or topologies out there, ranging from full genome to small cell and all the way up to the oran types of solution, which is a very big hype these days. The databases have been around for some time, whereas the psyllium solution is, in essence, a desk-like solution. However, opposed to what standard desk does, we do it much better performance-wise as well as at a much lower cost than those existing solutions. The reason that the technology is based on an analogue-only type of deployment is that we do not do any analogue to digital conversions of any sort. We don’t utilise special cabling, most other deployments are going to be fibre which is an expensive means to transfer data from one end to the other, but we use standard copper cables which you have in your walls. If you don’t have them in your walls, we can put them into the walls at a much lower cost both for the equipment and the deployment cost itself. It’s very easy to put up copper wire, it’s much harder to put up a fibre wire. 

When you take all of this together, you’re getting an active DAS that works over copper wire in an analogue domain, with no need to do those conversions. The cherry on top of the cake is that we do it based on the SOC chipset that we have developed in house. The companies that do active DAS do all of those conversions. They take the RF signal, either they push it over coax cable, which is again very expensive, or they take it and they transfer it from analogue domain into the digital domain. In many cases, they then take the digital signal and then they push it to fibre and then they push it from one point of the building to another point of the building, then they do it again fibre to digital, digital to analogue and then they retransmit. The way that we do it is we take the RF signals and we drop them to a frequency which is referred to as an intermediate frequency, which is usually in the low hundreds of megahertz, and that can be pushed over a copper cable easily. I’m simplifying things that are chipped and are actually doing a lot in order to make it happen, but it’s much easier to keep the single analogue and push it across the wire. I make sure that I push it in such a way that I don’t degrade the performance. I do not add latency which all those digital technologies do. They modify the signal in order to have it passed from one point to the other in a robust way, which is very time consuming and expensive. That’s what we do, but we do it using our own chips. 

Some companies have chosen to take this path of analogue conversion only. However they do it with discrete components which isn’t very cost effective. This is why Cellium took the approach about two and a half or three years ago to, to take a system and to develop a chip that replaces those discrete components into a single chip. When they did it with discrete component, it was very expensive, which is the reason that they went for an SOC. We are the only company in the world today that has an SOC that does this RF live conversion. Again, this further reduces the overall cost of the system. When I compare it to the good performance active DAS, it’s where I have the merits of providing an active DAS at a very low cost. That’s the huge merit against those active DAS types of solutions.

So is the Edge Air solution suitable for all indoor vertical markets?

When we look at the market today, what we see is two segments. There is the private network segment, and then there is the bigger one, which is the eminent or the or the public domain. If you look at analysts, they would probably say that the public sector is going to account for about 70% of the entire 5G market, whereas 30%, will go into private networks. Now, there is a big difference between private networks and public networks from the deployment perspective, so I’ll touch each one of those and explain how the Edge Air solution does it. 

Let’s start with the public, which is the bigger segment, and probably the one that’s going to happen earlier in the game. One of the things that all the all the cell vendors and DAS vendors have seen is the fact that the majority of the MNO market today is what is called NSA or non-stand-alone, which means that legacy 4G is working alongside the 5G. Only about 10 to 20% of the seminars these days are using 5G standalone. That doesn’t mean that companies will immediately migrate from NSA into SA, but they will start to, and for the next three to five years they will continue using their legacy 4G cores and add 5G capabilities on top of it and have the cells work together. Now, this makes it harder for operators who now need to bring a box into the building that does NSA. They can do one of two things: they can rely on the 4G macro to penetrate in and to be synchronised with the 5G devices in the building, or they could bring 4G data into the building. In some countries it’s very common to have 4G data in the building, but in the majority of the countries that we’ve seen, what you see is the need to go into a building and put in a 4G and 5G transmitting and receiving element in. Now, that is a problem for many of the small sales companies because if you look at most of the small cells today, they are built around the Qualcomm chipset, there is a 4G Qualcomm chipset and there is a 5G Qualcomm chipset and you need to put both of them into the box and to have some collaboration between the two of them. In many cases, the 4G is coming from a different vendor altogether like Ericsson and Nokia, who are very common to be used as the macro vendor. But, going back to the box, you need to have 4G and 5G in the box in a single location and to get better coverage for both of them working together. 

Most of our customers would like to have a single box that has the capability to work on both systems. Now, this is where Cellium excels. Why am I saying that? Because the way that our system is built, it has two major components. One is called the CPU, which is the Cellium base unit, and one is called the CRU, which is the same remote unit or the radio unit. Our base unit interacts with third party equipment, we don’t compete with Ericsson, we’re not here to compete with Airspan. As I’ve stated before, we look at them as a signal source. What we do is distribute their signal across the building. We build our boxes in a way that interfaces with more than one vendor, so we can put in an Ericsson 5G and a Nokia or Huawei or a Samsung 4G and both of them will connect to our box. That CPU will then spread it to units across the building, and each one of those units will transmit both the 4G and 5G together from a single location. This is a great value to the customers because they need the 4G and 5G because they’re doing NSA. However, in the future, when they migrate away from NSA and reform their frequencies, they might be able to take out the 4G source signal source and put in another 5G signal source. Now it’s 5G, the cost of replacement or reforming for indoor types of deployment this way will be dramatically lower than replacing multiple small cells around the building. This is a future proof solution that allows the operators to build a system now and then move on to SA at a later stage with a very low cost of replacement. We wouldn’t make any money out of it at that stage, but customers will save a lot of money then. 

Let me just touch on the private network for a while. The private network is a very complex market these days, and there is a huge competition between 5G and WiFi. These two technologies want to play in the game of private networks. In the last two years or so everybody was saying private networks are 5G. This is because the 5G industry has been pushing this. In the recent year or so I’ve started to see more and more of the Wi Fi coming back and saying ‘No guys, we can do private networks’. You’re talking about quality of service, we know how to do quality of service, you’re talking about latency, we know how to do proper latency, you’re talking about security, we know how to do proper security. In my opinion, they will complement each other, in some cases it will be just WiFi, in some cases it’s just going to be 5G. In many cases, it’s going to be a mutual solution that serves the facility that it’s in. 

Now, the solution for private networks is going to look a bit different from the MNO that I’ve just described. Nobody cares about the NSA because these are private networks, so it’s going to be easy. From the 5G perspective, however, we need to facilitate the Wi Fi to go through the same infrastructure because at the end of the day, you don’t want to have one or two boxes that are in a single location and transmit WiFi and 5G over the same corporate wires. This is exactly what we’re doing in the private network. We’re building boxes that are doing 5G only. Our first products are 5G with what we call cascading capabilities. If there is a Cisco, Juniper or HP Aruba that is already in the facility, I don’t want to disturb that unit. The IT manager already bought that unit, he doesn’t want to take it off and replace it with a new one, but he does want to add 5G into the facility. So what we’re bringing in is our CRU remote units that are capable of 5G only. I facilitate the same infrastructure to work for 5G and WiFi. So, instead of having 4G coming in and 5G coming in, as I was explaining before, now only 5G will come in alongside the Wi Fi or Ethernet. I will facilitate both of them to go through the corporate wires into my box, and then I will spread the 5G and let the expert on WiFi spread the WiFi. 

To hear more of Raz’s insights into the industry and find out what advice he’d offer someone joining the sector, tune into the full episode of The Connectivity Matters Podcast

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.     

Virtualisation in the Connectivity Industry

On The Connectivity Matters Podcast we were joined by James Morgan, SVP of sales at DriveNets. James is currently responsible for DriveNets’ growth strategy and leading the company’s European activity. Previously working at Juniper Networks as Head of Global MSP and NAS sales, as well as founding several successful startups, James has over 25 years experience across connectivity. He spoke to us about his perspectives on developments in communication technology.

So what’s your take on the current state of telecommunications?

Well, it’s interesting and dynamic. If you look at telcos and service providers, and where they make their money, there’s a huge ecosystem that’s eating into their profitability. Bandwidth is increasing dramatically, price per bit is decreasing dramatically, and the telcos and the service providers are in the middle of all that. There’s an opportunity for any business today to take advantage of cloud and the almost infinite bandwidth that’s available to really expand their businesses as enterprises. There are definitely challenges that a lot of CEOs and CTOs have, such as hyper scalers moving into their territory. They have to have a frenemy type relationship there, because cloud is the biggest macro trend that we’ve seen in my career. They’ve got over the top players coming in making serious amounts of money using their infrastructure. Whether it’s a consumer or business, if there’s something wrong with the network, it’s seen as the service providers fault, rather than anything else from the myriad of things that affect it. It’s increasingly complex.

The growth rates are not anything like some of those other players that I’ve just touched on. Companies like Juniper and Cisco and Fortinet, who are providing services through service providers in some instances are also partnering with the cloud players and, and so on. It’s all pushing the value of the service provider or telco down. We’re trying to help push back against those forces that are against them. Telcos need to solve these big strategic challenges as they try to digitally transform. Companies that have been around for a long time seem antiquated, even mediaeval in some instances. They’re hanging on to systems, processes and infrastructure that they really need to change and transform.

Moving into the future, are there any particular technologies that you are particularly excited about that are on the horizon?

Yeah, there’s a lot of artificial intelligence, which is a big word. And there’s a lot of artificial intelligence washing that goes on in everything. Everybody’s got an artificial intelligence capability all of a sudden, but I think that when that’s harnessed in collaboration with human beings it has the potential to really transform a lot of areas and do a lot of good. Whether that’s in healthcare, medicine, research or education, there’s some real positives from that perspective. Everything is hyper-connected nowadays. We have infinite access to compute and store and network that creates a combination of all of those aspects, realistically. I still get buzzed off that I can set my alarm on my phone, or my alarm system, or I can see someone ringing the doorbell when I’m down the shops. I think everything’s got a little role to play, but fundamentally the interconnectedness of everything is what excites me. As long as it’s used for the right things, in the right manner.

What impact would you say virtualisation and cloud native software has had in the telecommunications industry?

When you look at telcos and service providers, they’ve got different domains of the network and different areas that I think there’s a lot of benefit to be had from virtualization. I mean, one of the things that I did when I left Intact was actually set up a small startup that was focused on virtualization and using IT infrastructure to pool resources. Fundamentally what that brings, if you look at what’s happened in data centres, the same thing starts to happen in networking and security. Virtualization brings an awful lot of flexibility and an awful lot of power. What we’re seeing is that desire to have a hyperscaling operational model. That’s part of the transition that needs to be happening in the search provider world, if they’re going to compete with hyper scalars, we’ve got to be agile and flexible and have speed when it comes to delivering services and what your customers want. Fundamentally it’s all about business outcomes, and what technology can bring to an organisation with the right vision and desire. It really revolutionises and transforms the way that they can operate.

But again, it’s a journey, right? It’s an evolution rather than a revolution. We’re certainly seeing a lot of virtualization in the open RAM space. There’s definitely virtualization in cloud hyper scalers with regards to value added services, whether that be security services or other types of applications. And again, the telcos are kind of caught in the middle a little bit and need to really harness and define their roles as to exactly what it is that they’re gonna be providing and offering to businesses. Because it’s a hyper connected world, but it’s also hyper competitive.

How do you think that virtualization will affect how we’re building and designing these networks?

I’m right in the heart of it with DriveNets. What virtualization brings operationally is it’s just a completely different transformation from a kind of a very fixed, modular legacy, monolithic type approach. It’s very much a chassis where you’re always limited by the capacity of that particular box. You can knit them together and you can get more scalable, etc. but you’re still dealing with everything box-by-box. What we see with virtualization and the advent of white boxes that are carrier class is the ability to really disaggregate and virtualize the entire network. The entire network effectively acts and as if it’s one router, for example, or one switch will be at a scale of distributed different countries, it doesn’t matter.

There’s a whole raft of operational benefits in terms of the way you manage that; everything down to the logistics runs on one or two different bits of white box software as opposed to five or six different routing boxes to do different functions. When you combine functions to offer a multi service approach the network becomes like a cloud, and that’s the bit that virtualization really brings. Then you can just drop containers into those networks, whether it’s a third party firewall, an edge router, a core router… It’s all interoperable, and it’s truly scalable. You just add more white boxes as you want more scale. The huge demand for capacity, has been driven by the ability of the technology to enable that.

To find out more about James Morgan’s insights on connectivity media, listen to the full episode of The Connectivity Matters Podcast.

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.     

What technology has had the biggest impact on the connectivity industry?

On the first episode of our newly rebranded The Connectivity Matters Podcast, we were joined by Chris Lennartz, the Vice President of Product Management for mobile services iBASIS. He’s had an incredibly successful career within the telecommunications industry, spanning over the last 20 years with a focus on strategic planning, business development and product management. Chris has also recently been voted number 18 in the top 100 most influential figures in the telco industry. We asked him for his insights on technology in the industry. 

What technologies do you think have had the biggest impact on the industry?

That’s a very simple one, it’s IP, because when I started, nothing was IP. Everything was TDM, everything was circuit switched. When IP came it completely revolutionised not only the cost of the network but the nature of the network and the way that the telecoms network interacted with a lot of different players, because suddenly the internet and telecommunications became one and a lot of new players came in. All the cloud stuff that we’re discussing right now started back in the 90s when the internet was opened up, and that completely revolutionised the telecoms industry. I know it’s been a long time since then, but if you ask me, that has been the biggest disruption and the biggest impact to the industry.

What impact do you think 5G has had and where do you see that progressing?

That’s a comparably disruptive impact. 5G is not only taking IP to a whole new level, it’s an evolution and revolution at the same time. If you look at evolution it’s more bandwidth. 4G already has more bandwidth than 3G, and 5G has more bandwidth than 4G, and that keeps going on and on. The most important thing about 5G in particular is that it revolutionises the way we look at networks. 4G was still a point network, then the whole virtualization thing came around. Now with 5G, you can make virtual networks from end to end spanning multiple networks. Network slicing will become very interesting if you look at specific IoT service providers or enterprises that need specific end-to-end connectivity with the specific quality of service or other parameters that you would normally do with a dedicated network. Now we can do it over the 5G network and just reserve a specific price for that, which makes it very interesting to have really one network that does it all. That will change the way we use the telecoms networks. 

The fourth industrial wave is really building on what 5G can give us. With the advent of private 5G networks, if you look at the predictions for them, it could be hundreds and even thousands of private networks that are being built. For example, it’s logical for airports to have their own network, given the fact that you have so many tourists or travellers in general to transport, all their suitcases to transport, on top of all the logistics and fleet management stuff that you need to do. How great would it be to have a network for yourself to do that? This proliferation of private 5G networks could really give a new boost to the way we automate the industry. 

Is there any tech on the horizons of either 5G or moving even further into the next generations that you’re most excited about in particular?

From a roaming perspective, it’s very exciting. It’s also challenging because on one hand, there will be even more bandwidth, but on the other hand there’s yet another new technology which is coming in. What we did right when LTE came along was go from SS7 signalling to diameter signalling. It was really good for us because at that time, we didn’t have market share, and disruption is always good for the challenger and not good for the leader. At that time, we were challenging the way things were so we took the opportunity to disrupt IP committee signalling, and we made a name for ourselves, and we built a solution earlier than anybody else. That’s why we became number three. 

Now, with 5G, this has happened again. This time we are leaders, which means that it can be a threat and opportunity at the same time. We’re going from diameter signalling to something that is called HTTP to signal, so yet another disruption. There will be a lot of companies that will think ‘hey, wait a minute, what I basically did 10 years ago, we can do now. So let’s do to them what they did to others.’ That’s challenging, but we need to challenge ourselves, it’s also an opportunity for ourselves, right? Because we are still number one, we can still get a lot of market share by doing this game right again, but there’s a lot more disruption this time to 5G than just the signalling changing its name. 

There’s also a lot more interesting use cases in roaming that will make you rethink the way we think about roaming. Today roaming basically means the traffic goes home from the visitor network, and is being handled there by the home operator. That takes 100 milliseconds in some cases, if you have to go from Singapore to Amsterdam, for example. However, if you have a self-driving car, that is simply not acceptable – the traffic can’t go halfway around the globe and then come back because that 100 millisecond is far too long. The latency of 5G for some specific use cases that all have to do with machine to machine or IoT should go down to less than 10 milliseconds. That means that traffic will need to stay in that specific region or in some cases, very close to the base station. That means that you have to start working with MEC on local breakout and applications being run, and very close to the base station. That means a reevaluation of the way we think about roaming. It’s going to be very interesting to see how all of these varieties of uses will need a variety of solutions. The way roaming works will be very different than 10 years ago when there were no devices, but just people going in on a day and using their phone.

To hear more about Chris Lennox’s insights into developments in the connectivity industry, listen to the full Connectivity Matters Podcast episode 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.     

neuco’s Hot Companies to Watch in In-Space Economy

One of the most fascinating, fast-growing, and highest growth potential areas of the satellite & space sector is the in-space/on-orbit economy. We’ve broken this segment down into verticals with overlaps, that we see as already established but with so much more still to come. This is by no means an exhaustive list but here are some exciting players to watch.

Space Stations

Space infrastructure on this scale was once a thing of science fiction. Russia launched Salyut 1 in the early 70’s but the most widely known space station is the International Space Station, a modern marvel of engineering and international collaboration. With the next generation of space stations imminent, led by private companies, we are about to enter a new chapter and, before the end of the decade, space will look very different indeed!


In-space/on-orbit servicing will drastically redefine how we operate in space. The servicing of satellites, including the refuelling and repairing of them, will vastly improve how well they can be maintained and how long they can be in service, and it doesn’t end there. Debris removal, transportation, and manufacturing & assembly (with its own section below) will all act as a platform and foundation that will allow incredible growth in space infrastructure, in turn benefitting Earth below and the progression of humanity.

Manufacturing & Assembly

On-orbit manufacturing and assembly capabilities will play a significant role in the future of space. Producing satellites and other assets directly in orbit will revolutionise what we will be capable of doing. The extraction of materials in space, the recycling of debris, 3D printing (which has been done on the ISS since 2014) and more, could all be game changers. In microgravity, the absence of gravity enables the production of a wide range of new materials, and even wine ages quicker!


This will be the vertical that will truly highlight to society how far we have come and how far we can go, because there may be a chance to experience it yourself. As we continue to develop these technologies and drive down costs, perhaps one day you may find yourself among the stars, looking down on Earth and experiencing something the vast majority of humanity never in their wildest dreams thought they would experience.

Keep an eye out for more content and information surrounding some of the hottest space sectors coming soon!

Every Wednesday we sit down 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.