In-Orbit

Welcome to In-Orbit – the fortnightly podcast exploring how technology from space is empowering a better world.This podcast is brought to you by the Satellite Applications Catapult, a UK technology and innovation company driving economic growth through the commercialisation of space, and hosted by writer and broadcaster, Dallas Campbell.The UK has always played a pivotal role in transforming the space sector, but the opportunity for us to become a global leader is now. As a nation, we need to become the world's best adopters of new space technologies, harness the strength of our industries, and exploit the benefits of being in orbit.Across this new series, we'll be in conversation with the expert minds behind these new innovations, exploring the ways that the UK is translating data from space into real-world impact.Join us on our journey exploring how the UK is using space to make huge differences to our everyday lives, as well as gaining a better understanding of its role in shaping – and sustaining – our planet for the future.Satellite Applications Catapult: Website, Twitter, LinkedIn, Facebook

Today, in our series finale, we're venturing once again into the world of small satellites, discussing the latest partnership between the Catapult and Open Cosmos to build and launch a key demonstration satellite to join the Open Cosmos OpenConstellation.The Open Cosmos OpenConstellation is a global shared satellite infrastructure built to provide diverse, frequent, and reliable data of our changing planet. This new satellite, expected to launch as early as next year, will gather and process Earth observation imagery that can be used to develop solutions to challenges in the Atlantic Ocean, from illegal fishing to ocean pollution.Our host Dallas Campbell is joined by Gary Cannon from the Satellite Applications Catapult, and from Open Cosmos we have Jordi Barrera Ars and Florian Deconinck.Satellite Applications Catapult: Twitter, LinkedIn, Facebook, WebsiteOpen Cosmos: Twitter, LinkedIn, Facebook, Instagram, Website Produced by Story Ninety-Four in Oxford.

In today's episode, we will explore the critical role of satellite antenna testing and its importance to the space industry. Antennas are the unsung heroes of space missions, enabling vital communication and data transmission between spacecraft and ground stations. However, ensuring their reliability and performance in the harsh conditions of space is no easy feat. That's where satellite antenna testing comes into play, where rigorous evaluation and experimentation are conducted to guarantee their functionality, durability, and efficiency.Our host Dallas Campbell is joined in the studio by Evangelos Mellios and Harvinder Nagi from the Satellite Applications Catapult, and Miro Blicharz from Helix Geospace and joining remotely, Martyn Lees from Spire.Satellite Applications Catapult: Twitter, LinkedIn, Facebook, WebsiteHelix Geospace: LinkedIn, WebsiteSpire: Twitter, LinkedIn, Facebook, Website Produced by Story Ninety-Four in Oxford.

In this episode we're continuing our exploration of launch from the UK and beyond.The launch market is changing rapidly all the time, both here in the UK and overseas. But space innovation is never without setbacks, and our journey towards becoming a spacefaring nation is showing no signs of slowing down.Our host Dallas Campbell is joined in the studio by Mike Curtis-Rouse, Head of In-Orbit Servicing, Assembly, and Manufacturing at the Satellite Applications Catapult, and remotely by Jan Skolmli, Chief Commercial Officer at Orbex, and Jeff Feige, Co-Founder and Chief Revenue Officer at Radian Aerospace.***We are deeply saddened to share that our dear friend and colleague Jan Skolmli, who joined us for the discussion, has passed away since the recording of this episode.Jan's passion for space exploration was contagious, and he inspired many to pursue careers in this field. Jan will be sorely missed, and we dedicate this episode to his memory.***Satellite Applications Catapult: Twitter, LinkedIn, FacebookRadian: Twitter, LinkedIn, WebsiteOrbex: Twitter, LinkedIn, Instagram, Website Produced by Story Ninety-Four in Oxford.

In this episode, we're going to be discussing the fascinating topic of microgravity. Microgravity exists where only very small gravitational forces are experienced. This is a unique environment that creates new opportunities and challenges for scientific research, technology development, and human spaceflight.Our host, Dallas Campbell, is joined by two members of the Access to Space team at the Satellite Applications Catapult - Jane Davies and Laura Gonzalez Llamazares. We're also joined by two fantastic guests from Gravitilab - Brian Zielinski-Smith and Charlotte Daniels. Satellite Applications Catapult: Twitter, LinkedIn, Facebook, WebsiteGravitilab: Twitter, LinkedIn, YouTube, Instagram, Website Produced by Story Ninety-Four in Oxford.

Drones have become an increasingly popular technology in recent years, with applications ranging from aerial photography and videography to search and rescue, agriculture, and even package delivery. Despite their versatility, however, drones remain a somewhat controversial technology, with concerns about privacy, safety, and their impact on the environment.In this episode, we will be ‘flying high' into the world of drones, exploring their history, technology, and future possibilities. We will also be discussing some of the key challenges facing the drone industry, the various regulations and policies that govern their use, and new facility that the Catapult has just opened in Buckinghamshire to offer support to UK drone companies.Our host Dallas Campbell is joined in the studio by Liam Braeger from the Satellite Applications Catapult, Dr Anthony Lawrenson from Volant Autonomy, and Liam Flood from Ajuno Solutions.Satellite Applications Catapult: Twitter, LinkedIn, Facebook, WebsiteAjuno: Twitter, LinkedIn, WebsiteVolant Autonomy: Twitter, LinkedIn, Website Produced by Story Ninety-Four in Oxford.

In this episode we will be exploring sustainable land use and how we can balance the needs of local communities, businesses, and ecosystems, to ensure that our land is used in a way that benefits everyone.As our population continues to rise, how do we adopt sustainable land use practices, improve the well-being of local communities, and protect the environment for future generations? The answer lies in technology and collaboration.Our host Dallas Campbell is joined in the studio by Cristian Rossi from the Satellite Applications Catapult, and remotely by Tim Hopkin from the Land App, and by Donna Lyndsay from Ordnance Survey.Satellite Applications Catapult: Twitter, LinkedIn, Facebook, WebsiteOrdnance Survey: Twitter, LinkedIn, Facebook, WebsiteThe Land App: Twitter, LinkedIn, Website Produced by Story Ninety-Four in Oxford.

In this episode we will be discussing sustainable finance, and how – alongside data insights from space – this initiative can be a key tool for promoting sustainable development and combating climate change. What do we mean when we talk about sustainable finance? Sustainable finance refers to financial activities that take into account environmental, social, and governance factors in investment decision-making - promoting sustainable economic growth while minimising negative impacts on society and the environment.  Satellite imagery can be a powerful tool for supporting sustainable finance decisions - providing valuable information about the environmental impact of investment activities, help investors identify potential risks and opportunities, and monitor the impact of sustainable finance initiatives over time. Our host Dallas Campbell is joined in the studio by Daniel Dias, Founder of Route2, Christophe Christiaen, Deputy Head of the Spatial Finance Initiative at the Oxford Sustainable Finance Group, and Cristian Rossi, Geospatial Science Lead at the Satellite Applications Catapult.Satellite Applications Catapult: Twitter, LinkedIn, Facebook, WebsiteRoute2: Twitter, LinkedIn, WebsiteOxford Sustainable Finance Group: Twitter, LinkedIn, Website Produced by Story Ninety-Four in Oxford.

In this episode, we will be discussing In-Space Manufacturing and talking to some of the companies who are at the forefront of this new space race.The future of commercial space is dependent on our ability to build and assemble large structures entirely outside of the Earth's atmosphere. From emission-free solar power stations to spacecraft capable of travelling beyond our solar system, all of this and more will be directly affected by how we manufacture in space. This journey into a new era of engineering will break the paradigm of existing space design and manufacturing. We will need to develop new ways of building, create new technologies, and reimagine what we are capable of.Our host Dallas Campbell is joined in the studio by David Pile from Northrop Grumman Space Systems, Portia Bowman from Growbotics Space, and Alex Goodhand from the Satellite Applications Catapult.Satellite Applications Catapult: Twitter, LinkedIn, Facebook, WebsiteNorthrop Grumman Space Systems: Twitter, LinkedIn, Facebook, WebsiteGrowbotics: LinkedIn Produced by Story Ninety-Four in Oxford.

In this episode, we're celebrating the Catapult's 10th anniversary, reflecting on a fantastic decade of ground-breaking innovations and achievements.The Satellite Applications Catapult has made remarkable strides in advancing satellite technology and its applications. Through innovative research and development, the Catapult has made significant contributions to various sectors – energising these markets, empowering the use of new technologies, and enabling businesses to exploit the power of space. Over the last 10 years, the Catapult has facilitated enhanced connectivity in remote areas, supported small island nations to build resilience to the devastating impacts of climate change, and started our journey towards establishing a truly renewable energy source from space, and much more besides – all while fostering collaborations between academia, businesses, and government organisations - demonstrating their commitment to pushing the boundaries of satellite technology and leveraging its potential for the betterment of society.Our host Dallas Campbell is joined in the studio by Stuart Martin, CEO, Nafeesa Dajda, Director of National Capabilities, and Joel Freedman, Head of Innovation Services.Satellite Applications Catapult: Website, Twitter, LinkedIn, Facebook Produced by Story Ninety-Four in Oxford.

In this episode, we're exploring the concept of Digital Twins.A Digital Twin is a virtual representation of a real-world physical counterpart, they use sophisticated data models to accurately simulate changes and problems, using the virtual environment to test and monitor potential scenarios without ever altering the physical counterpart – this enables users to run various simulations and to plan for, or prevent, any issues before they become a problem.Digital Twins are a powerful decision-making tool, but the system is reliant on data and can only be as good as the data it is provided with. One potential source of information is Earth Observation data collected from space. Our host Dallas Campbell is joined in the studio by Mark Hennen from the Satellite Applications Catapult and Simon Evans from Arup, and remotely by Peter Bauer from ECMRWF.Satellite Applications Catapult: Website, Twitter, LinkedIn, FacebookArup: Website, Twitter, LinkedIn, FacebookECMWF: Website, Twitter, LinkedIn, Facebook Produced by Story Ninety-Four in Oxford.

In today's episode, we're going to be discussing how Artificial Intelligence can be used to enhance Earth Observation.Most of the images generated by satellites will never be seen by human eyes. There simply aren't enough humans on Earth—let alone trained experts—to sift through the TBs of imagery generated daily and extract valuable intelligence and insight. Big data and AI approaches can be used for innovative and cost-effective management and processing of data, learning to recognise patterns and find correlations that humans would otherwise miss. New insights unlocked in this way offer the potential to deliver value to a range of users across markets such as finance, insurance, transport, and agriculture.Our host Dallas Campbell is joined in the studio by Dr. Freddie Kalaitzis from the University of Oxford, James Parr, Founder of Trillium Technologies, and Maral Bayaraa from the Satellite Applications Catapult.Satellite Applications Catapult: Website, Twitter, LinkedIn, FacebookTrillium Technologies: Website, Twitter, LinkedInUniversity of Oxford: Website, Twitter, LinkedIn, Facebook Produced by Story Ninety-Four in Oxford.

Welcome to In-Orbit – the fortnightly podcast exploring how technology from space is empowering a better world.This podcast is brought to you by the Satellite Applications Catapult, a UK technology and innovation company driving economic growth through the commercialisation of space, and hosted by writer and broadcaster, Dallas Campbell.The UK has always played a pivotal role in transforming the space sector, but the opportunity for us to become a global leader is now. As a nation, we need to become the world's best adopters of new space technologies, harness the strength of our industries, and exploit the benefits of being in orbit.Across this new series, we'll be in conversation with the expert minds behind these new innovations, exploring the ways that the UK is translating data from space into real-world impact.Join us on our journey exploring how the UK is using space to make huge differences to our everyday lives, as well as gaining a better understanding of its role in shaping – and sustaining – our planet for the future.Satellite Applications Catapult: Website, Twitter, LinkedIn, Facebook

Amber is expected to be the first of a constellation of satellites to provide Maritime Domain Awareness data to users. Using unique, patented technology, the system will geolocate and demodulate radio frequency data from ships around the world, including listening for the presence or absence of a ships Automatic Identification System (AIS).Amber forms part of the Satellite Applications Catapult's In-Orbit Demonstration programme, also known as IOD. The In-Orbit Demonstration Programme offers partners a fast-track, low-cost opportunity to test their service or technology on a CubeSat mission (a small satellite ranging from the size of a loaf of bread to the size of microwave) launched into low Earth orbit. IOD helps accelerate to ‘proof of concept' stage by providing an affordable in-orbit testbed and a range of operational and business support services to exploit the commercial potential of the mission. This episode is hosted by the Satellite Applications Catapult's Head of Access to Space, Mike Curtis-Rouse. Mike is joined by Nick Marshall, Project Manager of Amber at the Satellite Applications Catapult, John Beckner, CEO of Horizon Technologies, and Peter Anderson, CCO at AAC Clyde Space.Produced by Story Ninety-Four in Oxford.

The UK is home to some of the world's leading space companies and satellite manufacturers, but they have never been able to launch from the UK itself – until now. We are on the cusp of a major milestone as a spacefaring nation.This mission from Spaceport Cornwall marks the beginning of a new domestic launch market asthe UK completes its end-to-end ecosystem, enabling companies to design, build, launch and operate their spacecraft all from one place.This historic launch is bringing together a combination of skills, capabilities, infrastructure, and organisations of all sizes from across the UK and beyond to support innovation and ensure that companies operating in space have the skills and the resources they need to make themselves a success.This episode is hosted by the CEO of the Satellite Applications Catapult, Stuart Martin. Stuart is joined by Dan Hart, CEO of Virgin Orbit, Matthew Archer, Commercial Space Director at the UK Space Agency, and Melissa Thorpe, Head of Spaceport Cornwall.Satellite Applications Catapult: Website, Twitter, LinkedIn, FacebookVirgin Orbit: Website, Twitter, LinkedIn, FacebookSpaceport Cornwall: Website, Twitter, LinkedIn, FacebookUK Space Agency: Website, Twitter, LinkedIn, FacebookProduced by Story Ninety-Four in Oxford.

The Westcott Space Cluster is a growing nucleus of space-related companies developing new technologies in rocket propulsion, 5G communications, and in-orbit manufacturing to name a few. The site offers unique testing facilities in a secure and controlled environment where sector experts can help businesses to identify and benefit from the opportunities in these emerging fields.The Expo, hosted in July this year, was a celebration and showcase of the organisations developing these next-generation technologies and building new opportunities for the UK space industry.In this episode we're sharing the Integrating Drone Aircraft into National Airspace panel, discussing the current challenges in operating autonomous systems, requirements for business growth, and what needs to be considered as we move away from segregated airspace.This episode is introduced by our Chief Operating Officer, Lucy Edge. The panel is hosted by our Head of Transport, Liam Braeger, and he is joined by Clem Robertson of R4darTech, Richard Ellis of Altitude Angel, Michael Merritt of Skyports, Kieran Arnold of Sat Applications Catapult, Ajay Modha of FlyANRA.Satellite Applications Catapult: Website, Twitter, LinkedIn, FacebookWestcott Space Cluster: Website, Twitter, LinkedIn

The Westcott Space Cluster is a growing nucleus of space-related companies developing new technologies in rocket propulsion, 5G communications, and in-orbit manufacturing to name a few. The site offers unique testing facilities in a secure and controlled environment where sector experts can help businesses to identify and benefit from the opportunities in these emerging fields.The Expo, hosted in July this year, was a celebration and showcase of the organisations developing these next-generation technologies and building new opportunities for the UK space industry.In this episode we're sharing the Small Business Growth panel – companies with both a new and established presence within the Westcott Space Cluster discuss how the unique testing facilities on site are invaluable to their growth, why more international companies are putting down roots in the UK, and explore the next steps in a move towards more sustainable solutions for space.This episode is introduced by our Chief Operating Officer, Lucy Edge. The panel is hosted by Avantika Gupta of Type One Ventures, and she is joined by Charlie Young of Plastron, Emily Dingle of URA Thrusters, Manny Shar of OrbitFab, and James Macfarlane of Airborne Engineering. Satellite Applications Catapult: Website, Twitter, LinkedIn, FacebookWestcott Space Cluster: Website, Twitter, LinkedIn

The Westcott Space Cluster is a growing nucleus of space-related companies developing new technologies in rocket propulsion, 5G communications, and in-orbit manufacturing to name a few. The site offers unique testing facilities in a secure and controlled environment where sector experts can help businesses to identify and benefit from the opportunities in these emerging fields.The Expo, hosted in July this year, was a celebration and showcase of the organisations developing these next-generation technologies and building new opportunities for the UK space industry.In this first episode, we'll be sharing the Commercial Space panel – our guests explore the challenges and opportunities within the evolution of a new in-space economy and discuss how we can improve our access to space whilst ensuring our activities bring value back down to Earth. This episode is introduced by our Chief Operating Officer, Lucy Edge. The panel is hosted by Mike Curtis-Rouse of the Satellite Applications Catapult, and he is joined by Chris Brunskill of D-Orbit, Alberto Garbayo of AVS UK, Matt Escott of Protolaunch, Talini Pinto of SpaceForge, Jeff Fiege of Radian Aerospace, and Armando Rojas of Nanoavionics, who joined the panel remotely.Satellite Applications Catapult: Website, Twitter, LinkedIn, FacebookWestcott Space Cluster: Website, Twitter, LinkedIn

The National Space Strategy was published in September 2021, bringing together the UK's strengths in science and technology, defence, regulation and diplomacy to pursue a bold national vision of growing the UK as a science and technology superpower. The Strategy is a considerable undertaking and driving it forward will require knowledge, insight, and evidence of where new interventions are best targeted.The National Space Partnership will build a much-needed, unified relationship between Government, industry, and academia, providing co-ordinated strategic insight and advice to the space sector, creating an agile and robust approach to supporting the delivery of the National Space Strategy.Our host, Sarah Cruddas, talks to Ruth Mallors-Ray of RMR Consultants, Andy Shaw from Assimila Ltd, and Mark Presley from MAP Analytica.Satellite Applications Catapult: Website, Twitter, LinkedIn, FacebookNational Space Partnership: Website, LinkedInAssimila Ltd: Website, Twitter, LinkedInMAP Analytica: Website, LinkedIn

Without space, we would not know nearly as much about our need to act against climate change as we currently do. As the frequency and intensity of extreme weather events increases, there has never been more of a need for this type of information. This is particularly true for people of Fiji, Vanuatu, and the Solomon Islands. Despite contributing the least to global greenhouse gas emissions, small island nation developing states are on the frontlines of the climate crisis. With around one-third of the population living less than five metres above sea level, rising waters are forcing communities from their ancestral homes, as land and lives are lost to the effects of climate change. Recognising the need to act, the UK Space Agency funded IPP CommonSensing project has created a tool to support these nations and assist decision-makers in their efforts. Through the CommonSensing platform, map-based evidence can be used to navigate the complex funding landscape, resilience and relocation efforts, disaster risk reduction, and enhanced food security. Visit the CommonSensing website >>Our host Sarah Cruddas is joined virtually from Fiji by Leba Gaunavinaka from UNOSAT and Katherine Cooke from The Commonwealth; and from the UK, Richard Oates from Spatial Days and the Satellite Applications Catapult, and Nathan Woodley, also from the Satellite Applications Catapult. Satellite Applications Catapult: Twitter, LinkedIn, Facebook, WebsiteCommonSensing: Twitter, WebsiteUNITAR-UNOSAT: UNITAR Twitter, UNOSAT Twitter, LinkedIn, WebsiteThe Commonwealth: Twitter, LinkedIn, Facebook, WebsiteSpatial Days: LinkedIn, Website

Access to space in the UK is changing. New technologies emerge every year, creating the opportunity for new types of companies to exploit the power of space.The next natural step in the UK space industry's journey, is launch.Spaceport sites have been planned across the UK, including in Scotland and Cornwall, which could cement the country as Europe's most attractive destination for commercial spaceflight activities. But what will these spaceports look like, how will they operate, and what challenges are we facing?Our host Sarah Cruddas is joined remotely from the Westcott Space Cluster by Mike Curtis-Rouse from the Satellite Applications Catapult, and Matt Escott from Protolaunch, and from Argentina, Dan Etenberg from LIA Aerospace.Satellite Applications Catapult: Twitter, LinkedIn, FacebookProtolaunch: Website, Twitter, LinkedInLIA Aerospace: Website, Twitter, LinkedIn

Developing a strong space community in all regions across the UK is essential to foster new collaborations and bring new innovations to life. Over the past decade, the UK space sector has grown from a small group of highly successful niche companies, to a far reaching, dynamic and diverse ecosystem made up of entrepreneurs, academia and both large and small commercial organisations.   New technologies and applications that are resulting from these collaborations are fundamentally changing how society operates while simultaneously raising the profile of the UK Space Sector.Our host, Sarah Cruddas, is joined remotely from Oxford by Nafeesa Dajda, Head of Regional Growth at the Satellite Applications Catapult, from Cornwall, Gail Eastaugh, Programme Director at AeroSpace Cornwall, and from Scotland, Daniel Smith, Founder & Creative Director of AstroAgency.Satellite Applications Catapult: Website, Twitter, LinkedIn, FacebookAeroSpace Cornwall: Website, Twitter, LinkedInAstroAgency: Website, Twitter, LinkedIn

We are in an era of unprecedented change within healthcare, driven by increasing need and accelerating technology opportunities.It is no secret that the NHS is under increasing pressure, but in recent years new solutions have begun to emerge that could help alleviate this stress. The question is: how do we use these new technologies in the best – and fairest - way possible?Currently, the infrastructure is not in place to enable the same levels of care to be delivered to all, and the pandemic has exposed and amplified the inequalities within our system. These are unfair and avoidable.Our host Sarah Cruddas is joined by John Vesey from the Satellite Applications Catapult, Lord Victor Adebowale from Visionable, and Pritesh Mistry from the King's Fund.Satellite Applications Catapult: Website, Twitter, LinkedIn, FacebookVisionable: Website, Twitter, LinkedInThe King's Fund: Website, Twitter, LinkedIn

We are moving into an era of space infrastructure, where the size of what can be fitted into a rocket is no longer a constraint on what can operate in space. In-Orbit Servicing and Manufacturing – or IOSM for short – is a nascent market with huge opportunities, referring to the operations and activities conducted in Low Earth Orbit, though they could happen anywhere in the solar system. IOSM is more than just servicing and manufacturing. It also covers inspection, repair, assembly, and perhaps even recycling. But these operations have all for the most part already happened in space, to some degree. The assembly of the International Space Station, for example, took 30 space missions to complete, whilst the Hubble telescope has been inspected, repaired, and upgraded throughout its lifespan.  So, if these activities are nothing new, why is everyone so excited about IOSM?Our host, Sarah Cruddas, is joined by Mike Curtis-Rouse from the Satellite Applications Catapult, Lorenzo Ferrario from D-Orbit, and Thomas Clayson from Magdrive.Satellite Applications Catapult: Website, Twitter, LinkedIn, FacebookD-Orbit: Website, Twitter, LinkedInMagdrive: Website, Twitter, LinkedIn

The transition to a sustainable global economy will be the most capital-intensive transition in human history. Sustainable finance is about aligning the financial system with global sustainability. This focus is becoming increasingly relevant as our economic activities reach beyond the natural and social boundaries of our planet. A new and resilient financial system is required to underpin this economic transition. Getting financial markets to integrate climate change, environmental, and social sustainability into their decision-making will help institutions appropriately manage risk and reduce losses. But how can information from space empower this process?Our host, Sarah Cruddas, is joined by Christophe Christiaen from the Oxford Sustainable Finance Programme, Mariam Crichton from 4EarthIntelligence, and Beth Burks from S&P Global. Satellite Applications Catapult: Website, Twitter, LinkedIn, FacebookOxford Sustainable Finance Programme: Website, Twitter, LinkedIn4 Earth Intelligence: Website, Twitter, LinkedInS&P Global: Website, Twitter, LinkedIn

Since the birth of space exploration, we have been transfixed with not only the spectacle of space travel, but the opportunities that this new vantage point provides for technological advancement. Today, by combining the advances in launch capabilities and in-orbit manufacturing, we are now in a position to develop the infrastructure for a space-based solar power system, capable of providing clean energy for planet earth. The idea is an old one – dreamed up by some of the great writers of science fiction – but it's the recent advances in our capabilities that are helping to make this possible for our future. With the UK committed to fully decarbonise by 2050, a major consideration is the delivery of energy through clean generation from renewable sources. But the energy we generate must remain affordable, reliable, and secure for our economy to continue to prosper. This is where Space Based Solar Power stands out from the alternatives.We're joined by Martin Soltau and Ali Stickings from Frazer-Nash Consultancy and David Homfray from the Satellite Applications Catapult.Satellite Applications Catapult: Website, Twitter, LinkedIn, FacebookFrazer-Nash Consultancy: Website, Twitter, LinkedIn

It's estimated the world will need to feed 10 billion people before the end of the century. Yet at the same time, we are faced with a climate crisis that requires the urgent protection of our natural resources. To meet these challenges, we need to focus on getting the most out of what we already have. We need more efficient farming methods that are kinder to the environment. We need sustainable, nature focused solutions. We need innovation.So, how do we even begin? And how can satellites help?We're joined by Calum Kelly from the Satellite Applications Catapult, Parmjit Chima from Harper Adams University, and Digby Sowerby from Wessex Internet.Satellite Applications Catapult: Twitter, LinkedIn, Facebook, WebsiteHarper Adams University: Twitter, LinkedIn, Facebook, WebsiteWessex Internet: Twitter, LinkedIn, Facebook, Website

Mobile network operators tend to stick to the regions that make business sense. There are more commercial opportunities in densely populated cities, and therefore more connectivity. But for rural and coastal regions, a good connection is also a matter of public safety. The RNLI, police, and coastguard all require resilient and robust network coverage to locate and deliver support when called upon.  Addressing these issues, the multi-award winning 5G RuralDorset project is bringing the latest generation of connectivity to the Dorset community. Coastal cliff monitoring, footfall counters, and connected buoys, are just some of the technologies being developed to improve public safety. In doing so, the Dorset team are setting a new benchmark for connectivity in rural and coastal communities in the UK.We're joined in studio by Dave Happy on behalf Dorset Council and James Thomas of JET Engineering Systems Solutions, and joining us remotely from Dorset, Daisy Curtis from the University of Exeter, and from Scotland, Greig Paul from the University of Strathclyde.Satellite Applications Catapult: Twitter, LinkedIn, Facebook, Website5G RuralDorset: Website, Twitter, LinkedInDorset Council: Website, Twitter, LinkedInJET Engineering System Solutions: Website, LinkedInUniversity of Exeter: Website, Twitter, LinkedInUniversity of Strathclyde: Website, Twitter, LinkedIn

Bold space aspirations can create prosperity, drive sustainability, and enable security around the world. For years, the space sector was a well-kept secret, the preserve of the super powers: few people knew we had a space industry – let alone one that was commercially successful on a global scale.  Britain has played a pivotal role in transforming the space landscape, enabling multiple industries, as well as Government, to exploit the benefits of being in orbit – whether empowering our journey towards a Net Zero future, making healthcare more accessible, or introducing truly universal connectivity.This podcast is brought to you by the Satellite Applications Catapult, a UK technology and innovation company driving economic growth through the commercialisation of space, and hosted by Sarah Cruddas.Across this new series of 8 episodes we'll be in conversation with some of the most innovative minds in the country, exploring the ways that the UK is using space to make huge differences to our everyday lives, as well as gaining a better understanding of its role in shaping – and sustaining – our planet for the future.Visit our websiteJoin us on Twitter, LinkedIn, and Facebook

To many people, the concept of being able to make things in space will sound like something straight out of a science fiction movie. But the truth is, a lot more happens up there than we might realise. Take the International Space Station for example. It has been in orbit for just over two decades, and is a hive of activity, home to numerous experiments that can't be done on Earth. But are we using space enough? Space tourism is often in the headlines, as companies such as SpaceX, Virgin Galactic and others compete to be leaders in the emerging market. However, the opportunities that are being unveiled in manufacturing could be what have the most significant impact and benefit to planet Earth. As we explore different ways to achieve net zero, and push to become more of a greener society, we cannot deny the fact that the increasing demand being placed on manufacturers, is part of what is causing us the most damage. Could using space to its maximum potential be the key to saving the planet?Episode Guests: Mike Curtis-Rouse - Head of Manufacturing for Space / Satellite Applications Catapult Lisa Denzer - Human and Robotic Exploration / European Space Agency Elizabeth Seward - Senior Strategist for Space Systems / Airbus Josh Western - CEO & Co-Founder / Space Forge Get in TouchIf you'd like to contact us about any episode of In-Orbit, collaboration opportunities, or to find out more about how we can help your business, please email marketing@sa.catapult.org.uk Satellite Applications Catapult: Twitter, LinkedIn, Facebook European Space Agency: Twitter, LinkedIn, Website Airbus: Twitter, LinkedIn, Website Space Forge: Twitter, LinkedIn, Website

From the invention of the seed drill to the introduction of steam engines, technology has always played a big part in agriculture. Now, during the time that has been coined “the 4th agricultural revolution”, the digital innovation that has transformed society and economies is now changing the shape of agriculture. With the most advanced technology at our disposal, it's a chance to answer some of the biggest questions and tackle some of the biggest challenges that we have faced for generations – How can we feed a growing population and reduce waste, whilst respecting the earth's biodiversity? How can we empower farmers, increase productivity and ensure sustainability?Episode Guests: Mark Jarman - Head of Agriculture / Satellite Applications Catapult Paul Febvre - CTO / Satellite Applications Catapult Richard Tiffin - Chief Scientist / Agrimetrics Simon Pearson - Founding Director / The Lincoln Institute of Agri Food Technology at The University of Lincoln Resources Visit our Projects Hub for some real-world examples of space data impact in the agri industry: COLCO – Delivering change for cacao in Colombia ForestMind – Actionable insight for a sustainable forest-commodity future IFSAC – Improving Food Security and Agricultural Competitiveness Find out more about one of expert guests, Agrimetrics, in our company spotlight blog. Delivering Agricultural Innovation Worldwise. Agriculture & Space: The UK Landscape & Beyond. Discover more about the role of Ubiquitous Connectivity in Agriculture in this blog piece. Get in TouchIf you'd like to contact us about any episode of In-Orbit, collaboration opportunities, or to find out more about how we can help your business, please email marketing@sa.catapult.org.uk Satellite Applications Catapult: Twitter, LinkedIn, Facebook Agrimetrics: Twitter, LinkedIn, Website The Lincoln Institute of Agri Food Technology: Twitter, LinkedIn, Website

If someone had told you in the middle of 2019, that you would have more remote consultations with your GP or consultant than face to face interactions by the end of 2020, would you believe them? Or that with the help of satellite technology, we could see a vast improvement in early detection of bowel cancer, without the patient even stepping foot into a hospital? In medicine, our reliance on tech is nothing new. But COVID-19 has forced many sectors to evolve much faster than they probably would have, leading to technological innovation that we might not have thought possible just five years ago. But what does health and wellbeing in a post COVID world look like? How much of what we have adapted to during this pandemic, will prove to be beneficial in the long run? What part will space play in our mission to save the NHS?Episode Guests: John Vesey - Business Manager for Health / Satellite Applications Catapult Adrian Smith - Head of Digital Transformation / NHS Arden and Gem CSU Emily Gravestock - Head of Applications Strategy / UK Space Agency Resources The Healthy Living Lab: We are working on developing a Healthy Living Lab to drive innovation using communications in the emergency healthcare sector. The Lab is located on Westcott Venture Park, alongside our 5G Step-Out Centre and Business Incubation Centre. Click here to find out more about the Living Lab and how businesses and end-users will be able to benefit from this opportunity. Visit our YouTube channel to hear Health Business Manager John Vesey talk through the Living Lab concept and how you can get in touch. Innovating the New Normal of Health & Wellbeing Blog Series Part One Part Two Part Three 5G Satcomms and Health – Read more Supporting Vulnerable People with Reliable Connectivity – Read more Get in TouchIf you'd like to contact us about any episode of In-Orbit, collaboration opportunities, or to find out more about how we can help your business, please email marketing@sa.catapult.org.uk Satellite Applications Catapult: Twitter, LinkedIn, Facebook NHS Arden and Gem CSU: Twitter, LinkedIn, Website UK Space Agency: Twitter, LinkedIn, Website

The sectors responsible for our highest emissions are energy supply, by generating electricity from burning fuels, business, by commercial use of electricity, residential, via heating homes, and transportation. In total, these account for approximately 78% of current emissions. In the quest to become a greener society the relationship between our extractive industries and how they collaborate with space could be key. Another key part of the puzzle could be Lithium, which can be mined right here in the UK. Lithium is a vital component of “next-generation” batteries which will be used in electric vehicles and for the storage of renewable power. As a result of such developments, global demand for lithium is forecast to grow by around 400% by 2025. Lithium has now become a vital metal for technologies that enable a rapid transition towards a low carbon economy. This research project focused on the development of new and innovative satellite-based techniques that have the potential to reduce the cost of lithium exploration substantially. Such remote sensing techniques can also reduce the environmental impact of exploration by enabling better targeting of prospective areas.Episode Guests: Lucy Crane - Senior Geologist and Business Development / Cornish Lithium Jacqui Murray - Deputy Director / Faraday Battery Challenge and Innovate UK Steve Spittle - Co-Founder & CTO / GlobalTrust Resources: Find out more about Cornish Lithium on our Projects Hub. Visit our Extractive Industries market page to explore our focus areas and find related blogs and events. MineSense Community – The Satellite Applications Catapult, European Space Agency, and United Nations Crime Institute (UNICRI) together established the MineSense group to provide a platform for stakeholders of the mining and space industries to collaborate and discuss new technologies, opportunities, and solutions to solve challenges of mining industry using space technology.  Find out more Visit the LinkedIn group Get in Touch:If you'd like to contact us about any episode of In-Orbit, collaboration opportunities, or to find out more about how we can help your business, please email marketing@sa.catapult.org.uk Satellite Applications Catapult: Twitter, LinkedIn, Facebook Cornish Lithium: Twitter, LinkedIn, Website Innovate UK: Twitter, LinkedIn, Website GlobalTrust: Twitter, LinkedIn, Website

Small Island Nations are on the frontline of the devastating impacts of climate change. With nearly a third of the population living on land less than 5m above sea level, they are vulnerable to the threat of rising sea levels, degrading their coastlines, their communities, and their livelihoods. IPP CommonSensing is an ambitious project to use satellite remote sensing capabilities to support the Governments of Fiji, the Solomon Islands, and Vanuatu in their efforts to build resilience to the devastating impacts of climate change and improve access to climate finance. In this episode of In-Orbit we're going to introduce you to the negative impacts of climate change – the climate change we're all contributing to – and the havoc it can wreak on these thousands of islands. We're also going to show you how, somewhere far above our heads, satellite technology is doing something to help. Visit the CommonSensing website >>Episode Guests: Lucy Edge - COO / Satellite Applications Catapult Christophe Christiaen - Innovation and Impact Lead / Oxford Sustainable Finance Programme Einar Bjorgo - Director of Satellite Analysis and Applied Research / UNITAR-UNOSAT Get in TouchIf you'd like to contact us about any episode of In-Orbit, collaboration opportunities, or to find out more about how we can help your business, please email marketing@sa.catapult.org.uk Satellite Applications Catapult: Twitter, LinkedIn, Facebook CommonSensing: Twitter, Website UNITAR-UNOSAT: UNITAR Twitter, UNOSAT Twitter, LinkedIn, Website

In this episode, we'll be talking about the possibilities for Ubiquitous Connectivity – where people and devices have consistent and uninterrupted access to the internet and to others. Can you imagine life without your smartphone, and not having access to the world in the palm of your hand? We are now more connected than we have ever been, relying on 4G and WiFi networks to help us communicate, socialise and even navigate our journeys. But of course, we have merely scratched the surface of what can truly be achieved. Enter 5G. Not only is 5G set to improve our day to day connectivity, it is also a huge asset to industries such as transportation and healthcare. But like all tech advances, especially those with the potential to shake things up, taking the time to get it right is crucial.For example, in a future where autonomous vehicles have the potential to become commonplace, we need to be confident that issues such as moving across country borders where they will switch from one terrestrial network to another, do not result in incidents like collisions. At the Satellite Applications Catapult, we're involved in projects identifying these potential issues, exploring bridging this gap with satellites to ensure seamless connectivity.Episode Guests: Kieran Arnold - Director of Ubiquitous Connectivity / Satellite Applications Catapult Ashweeni Beeharee - Head of Communication Systems Engineering / Satellite Applications Catapult Johanna Tzanidaki - Director of Innovation and Deployment / ERTICO ITS Europe Nikolaos Tsampieris - An Expert in 5G & Connected Vehicles / ERTICO ITS Europe Resources Find out more about 5G MOBIX in Ashweeni's own words – ‘5G-MOBIX: Cross-Border Connectivity Trials‘ Visit our Projects Hub to explore some of our projects utilising Ubiquitous Connectivity: 5G MOBIX 5G RuralDorset Click below to discover the roles Ubiquitous Connectivity, 5G, and Satcomms play across a variety of our focus areas: Ubiquitous Connectivity for Agriculture Supporting Vulnerable People with Reliable Connectivity  Innovating the New Normal of Health and Wellbeing with Ubiquitous Connectivity Get in TouchIf you'd like to contact us about any episode of In-Orbit, collaboration opportunities, or to find out more about how we can help your business, please email marketing@sa.catapult.org.uk Satellite Applications Catapult: Twitter, LinkedIn, Facebook ERTICO ITS Europe: Twitter, LinkedIn, Website

This episode is all about Geospatial Intelligence, and what can be done with the data that is captured via Earth observation Terms like ‘Earth Observation' and ‘Geospatial Intelligence' may not make it into casual conversation for most people, but when accessing things like maps, weather information, traffic information, and air quality data, we are actively engaging with information that has been obtained via these means. There is a lot of work being done to evolve this technology, but we have barely even scratched the surface. To know what it is truly capable of, we need to understand it on a fundamental level. Referred to as Geospatial Innovation at the Catapult, it is the analysis of data that has either a geographic or location element to it. For example, a satellite image that has a longitude and latitude reference system to it, or even a postcode. The data in its various forms, has been used to make sectors like agriculture, transport and even extractive industries, perform more efficiently and effectively. But the technology still needs to be adopted more widely.Episode Guests: Peter Beaumont - Director of Geospatial Innovation / Satellite Applications Catapult Owen Hawkins - Product Development Director / Earth-i Alexandre Lacoste - Research Scientist / Element AI Richard Flemmings- Partner and CTO / 4 Earth Intelligence Resources How can the integration of geospatial data into business processes make operations more effective and enable the creation of new products? Find out about the rapid advancement of EO in our ‘Geospatial Innovation in 2020' report: Click here to download Visit our Projects Hub to explore some of our projects utilising Earth Observation and Artificial Intelligence Find out more about how Geospatial Intelligence is used in the Agriculture industry, including the acquisition of weather, optical, or SAR data, all of which can assist decision making in food production, in one of our recent blogs.  Get in TouchIf you'd like to contact us about any episode of In-Orbit, collaboration opportunities, or to find out more about how we can help your business, please email marketing@sa.catapult.org.uk Satellite Applications Catapult: Twitter, LinkedIn, Facebook Earth-i: Twitter, LinkedIn, Website 4 Earth Intelligence: Twitter, LinkedIn, Website Element AI: Twitter, LinkedIn, Website

Where traditionally large satellites have paved the way for some incredible innovations we use every day, such as GPS and weather forecasting, these small satellites are enabling even more of a space revolution, with their lower costs, closer proximity to earth, and fast build times. From internet connectivity anywhere on earth to 3D printing satellites, the future of satellites in space technology is an exciting place to be. In our first episode, we're exploring what the small satellite revolution means for satellite manufacturing and the data we can receive from space. With reduced cost and quicker development time, small satellites open up the space industry to a new range of organisations.Resources: The Satellite Applications Catapult Small Satellite Market Intelligence update is a quarterly report that follows the fast growing interest in small satellites with the intention to make data on the sector free and accessible. Click here to access. Visit our Projects Hub to find out more about our first two IOD launches: IOD-1 GEMS IOD-5 TARS Visit the Horizon Technologies News page to keep up-to-date on their activities Find out more about AMBER on the Horizon Technologies YouTube page. Correction: Since the time of recording we have launched our second IOD satellite – IOD-5 TARSGet in Touch:If you'd like to contact us about any episode of In-Orbit, collaboration opportunities, or to find out more about how we can help your business, please email marketing@sa.catapult.org.uk Satellite Applications Catapult: Twitter, LinkedIn, Facebook Horizon Technologies: Website, Twitter, LinkedIn AAC Clyde Space: Website, Twitter, LinkedIn

Welcome to In-Orbit, the fortnightly podcast exploring how technology from space is empowering a better world.