Shoaib Iqbal 🛰 📸

Nominal Systems attended the 2024 Australian Space Domain Awareness and Space Traffic Management (#AuSDASTM2024) Conference the week. 📸 Featured in the image: Nominal's CEO, Christopher Capon in front of a poster co-authored by our very own CTO Brenton Smith and PhD student Dave Furtado under the Defence Trailblazer's partnership with UNSW, showcasing the importance of data driven digital twin (D3T) technology for enhanced satellite management. As thought leaders in space technologies, Nominal Systems continues to deliver insights and tools that empower the industry to address the challenges of the rapidly growing space domain. From tackling satellite congestion to enhancing mission resilience, we are committed to enabling a sustainable future in orbit. Thanks to UNSW Canberra Space for running a great conference. #AuSDASTM2024 #Space #DigitalTwins #SatelliteManagement #Nominal #NominalSystems #SpaceDomainAwareness #SpaceTrafficManagment

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[CubeSpace Acquires Dawn Dusk to Provide Superior Control Systems Solutions] CubeSpace, a leading satellite component manufacturer, has announced its acquisition of Dawn Dusk, a satellite simulation software company. This strategic move integrates Dawn Dusk’s advanced satellite simulator with CubeSpace’s offerings, enhancing services for CubeSpace’s growing customer base. Furthermore, the integration will enable CubeSpace customers to simulate satellite control systems on the ground before launch, increasing confidence by allowing commissioning processes in simulation. Ground testing of satellite responses will help de-risk operations, ensuring more reliable in-orbit performance. A key feature of the Dawn Dusk simulator is its compatibility with CubeSpace hardware for Hardware-In-The-Loop (HIL) testing. This setup allows the Attitude Determination and Control System (ADCS) hardware to operate as if in space, with the simulator generating in-orbit telemetry. Thus, CubeSpace customers can develop onboard computer (OBC) code for ADCS interfacing and test it on real hardware. In addition, CubeSpace will integrate all ADCS-related services from Dawn Dusk into its service offering. Plans include expanding the range of microsatellite reaction wheels and scaling up production to eliminate lead times and ensure rapid delivery. By offering integrated simulation and hardware testing solutions, CubeSpace aims to enhance the reliability and effectiveness of satellite missions, helping customers achieve their space objectives confidently. Dawn Dusk also provided AIT (Assembly, Integration, and Test) support, focusing on testing hardware using hardware-in-the-loop simulations to ensure equipment functionality before launch. Additionally, the company offered operator training through satellite emulation, enabling training operators to perform satellite commissioning exercises in controlled, repeatable environments. This end-to-end support covered the entire lifecycle of satellite missions, from planning and testing to operation and training, preparing operators for real-world scenarios. CubeSpace boasts an annual growth rate of 50% and serves over 200 clients. With experience spanning over ten years, CubeSpace has delivered over 3,000 components globally to national space agencies and private sector companies, and its products have been installed on more than 300 satellites. This acquisition aligns with CubeSpace’s strategy to expand into international markets. In addition, it follows a ZAR 47 million venture capital funding round led by the University Technology Fund, with Savant Venture Fund as a co-investor. Source: https://lnkd.in/eZzHifBW #galaxyaerosgh #space #spaceexploration #SpaceNews

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Argotec inaugurates new satellite factory, New Data Shows a Rapidly Expanding Space Workforce, Wyvern Raises $6M To Boost Hyperspectral Data Biz, Umbra Lands SDA Contract to Explore Integrating Remote Sensing in PWSA, New Landsat Science Team Request for Proposal Now Open, Grant from Navigation Fund to Support Source Cooperative, Pangeo Showcase: Icechunk: An Open-Source Transactional Storage Engine for Zarr, Earthmover object-store-rs: A Python interface and pyo3 integration to the object-store crate, Earth from Space: Riyadh, Saudi Arabia, Emilia-Romagna hit by severe flooding, Machine Learning Could Improve Extreme Weather Warnings, The Roadmap of GeoAI — Part 2, by Julia Leonardi, Storm Boris and European flooding September 2024, What is a Coral Reef?, What is Air Quality?, What Makes Space AI So Tricky?, Tackling the Sargassum Challenge: Reflections on the Conference on Sargassum https://lnkd.in/ddQ_TJAg #earthobservation #remotesensing #machinelearning #deeplearning #python

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Gilmour Space Technologies have officially received the green light from the Australian Space Agency to launch their commercial orbital rocket, marking a major milestone in the space tech industry. With CEO Adam Gilmour leading the charge, the Gilmour Space team has overcome complex regulatory hurdles to bring this mission to life. Their 25-meter rocket is set to launch into low Earth orbit, with a potential lift-off by the end of the year. Gilmour Space’s pioneering work in space exploration is not just a leap for the company—it’s a step forward for the broader commercial space sector, demonstrating how emerging technologies are opening up new frontiers. The countdown is on! 🌌 https://lnkd.in/gDMkz98y #RidgelineBacked #SpaceTech #SpaceIndustry

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📣 Partnership Annoucement 🛰️ iLAuNCH Trailblazer x Inovor Technologies Satellites rely on radio systems to generate, transmit, receive and process signals. Satellites are akin to computers in the sky, and radio communication serves as their primary means of interaction with us on the ground. Naturally, when communicating with any type of computer, more data is advantageous, and satellites are no exception! The iLAuNCH Trailblazer project brings together The Australian National University and Inovor to develop resilient radio links to ground stations and for inter-satellite communication. The project will develop and qualify a satellite-based Software Defined Radio for an on orbit demonstration of capability. All these critical components, will be crafted within our facilities, to establish a sovereign edge, reinforcing our ability to maximise mission assurance ✨ Matthew Tetlow | Darin Lovett #InovorTech #SATCOMM #Collaboration #Partnership #SpaceInAustralia

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📡 Easing the transition from Analogue to Digital IF Simon Swift, Engineering Director at ETL Systems and Chair of the DIFI Specification Working Group explains the concept of Digital IF and the advantages of ETL Systems' Genus Digital in the SatCom industry. As global connectivity demands grow and smart satellites emerge, the ground segment must evolve with the space network. Genus Digital plays a crucial role by seamlessly interfacing analogue RF signals with the new digital ground segment. Imagine analogue RF signals distributed over IP (RF over IP) and reconstructed remotely without degradation. Genus Digital revolutionises data transmission and synchronisation across extensive Satcom infrastructure. Adopting a cloud-based ecosystem with Genus Digital offers unmatched flexibility, scalability, and dynamic operations, enhancing efficiency and unlocking new end-user applications. Full Video here: 🎥 https://lnkd.in/gSGqWG7r For integration, trials, or demos, contact us: 📞 +44-1981-259-020 📧 [email protected] #ETLSystems #Satcom #DigitalIF #RFoverIP #Innovation #CloudOperations #SatelliteCommunications #GenusDigital

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🎉 Congratulations to our Space IoT partner Kinéis & their launcher Rocket Lab for tonight’s successful launch! 🛰 The first five of a planned constellation of 25 nanosats are now in orbit, carrying New Generation IoT payloads for Argos Services & will soon begin offering accessible global connectivity in near real-time. 🌎 CLS Oceania uses this global connectivity to offer a new generation of Argos Smart Environment & Sustainable Fisheries Management Solutions. ✨ What the new constellation means for our smart solutions: 🌱 SMART AGRICULTURE: With the upgraded system, soil quality & irrigation can be monitored in near real-time to help the agricultural industry make informed decisions & farm sustainably. Thanks to the Very Low Data Rate technology, the door is wide open for innovation. Today, we’re measuring what’s in the soil. Tomorrow, with new and tiny sensors, we could monitor crop growth in near real-time or limit the impact of invasive species! 👉 https://lnkd.in/gt87HhSr 🐢 POLLUTION TRACKING: Our dedicated solution helps clients understand how plastic waste moves through waterways. With the additional 25 nanosats in orbit, buoys developed by CLS Oceania will be able to  track macro-plastics in near real-time, providing crucial information for optimizing waste collection. 👉 https://lnkd.in/gnf_GghE 🐄 HERD MANAGEMENT: Our multi-source solution supports herding, species re-introduction & protection. There are numerous benefits with this updated system. Herds can be monitored & protected in near real-time, crucial habitats can be identified & preserved, and interactions between human populations & wild herds can be measured & mitigated. 👉 https://lnkd.in/geqyDSbs 🐋 WILDLIFE MONITORING: For nearly 40 years, the scientific community has been using Argos Services to understand animal migrations & behavior. The upgraded system means animal behavior can be monitored in near real-time, smaller species can be observed, & hundreds of thousands of animals can be tracked every month. 👉 https://lnkd.in/extbSHMD 🐟 SMALL-SCALE FISHERIES: Based on 30 years of experience working with the international fishing community, CLS Oceania has developed NEMO, an end-to-end system for managing small-scale fisheries. This hybrid, mobile-satellite VMS transceiver, coupled with a big data fishery monitoring platform & along with a suite of mobile apps, offers a wide range of services for small-scale fisheries. 👉 https://lnkd.in/gG7rUzB Contact our team to get started with our Smart Solutions. 👉 For environment solutions: https://lnkd.in/ewre4sHA 👉 For fishing solutions: https://lnkd.in/e8GKVc58 #SpaceIoT #Argos #SmartEnvironment #Innovation #TechForGood #SustainableFishing

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Advanced Navigation, a global leader in assured positioning navigation and timing (APNT) technologies and autonomous systems, has finalised a deal with Rheinmetall Defence Australia to supply fibre-optic gyroscope (FOG) inertial navigation systems (INS). #AdvancedNavigation #InertialNavigation #RheinmetallAustralia #DefenceTechnology

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Our Head of Engineering, Matthew Wylie, presented at MBSE-CON - the Model-Based Systems Engineering Conference - on Friday. He presented 'A modular Digital Engineering approach to Mission Engineering', derived from Shoal Group Pty Ltd's approach to delivering improved systems engineering outcomes at reduced cost and risk. Mission Engineering applies evidence-based systems engineering methods to ensure that the multiple systems that compose the mission capability can be effectively integrated and interoperable across the spectrum of: People, Processes, Tools and Technologies, Information, Governance, and Culture to achieve the mission purpose. Our mission engineering capabilities are built on almost 20 years of experience in pioneering and applying model-based systems engineering and analysis to early-stage concept development in support of Defence’s major projects across land, sea, air and space. Congratulations to Matthew and his co-authors, Mark Unewisse, Stephen Cook and Shaun Wilson. Our digital engineering solution uses proven tools and frameworks to capture and understand the operational context, capabilities, behaviours, information exchanges and operational performance to accomplish mission objectives, and inform evidence-based requirements definition and assessment of solution system options in support of acquisition. Shoal presented a further evolution of our Mission Engineering capabilities, applying a modular digital engineering approach to deliver improved systems engineering outcomes at reduced cost and risk, for Defence applications as well as novel applications to address energy decarbonisation challenges. https://lnkd.in/gBQxekrn #missionengineering #digitalengineering #systemsengineering #defence #mbse #decarbonisation Lifecycle Modeling Organization

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Exciting News from Aurora Labs! We are thrilled to announce that Aurora Labs Limited (ASX: A3D) has been awarded a $319,000 Defence contract by the Australian Department of Defence (ADF) to develop a cutting-edge aircraft propulsion system using our advanced 3D metal printing technology. This contract represents a significant milestone in our journey, solidifying A3D’s position as a leader in additive manufacturing and sovereign-engineered propulsion systems. The project will focus on developing innovative solutions for unmanned aerial systems, showcasing the potential of scalable, efficient, and locally produced 3D-printed components. Key highlights of this contract include: - Strengthening sovereign defence capabilities with Australian-designed and manufactured technology. - Enabling rapid prototyping to accelerate Defence innovation. - Retaining intellectual property (IP) rights for potential future commercialisation opportunities. Our CEO, Rebekah Letheby, commented: “This contract signifies a major milestone in our commitment to Defence innovation. We are thrilled to support the ADF’s initiative and look forward to demonstrating the capabilities of this system in the proof-of-concept stage.” At Aurora Labs, our mission is to revolutionise manufacturing across industries by combining 3D metal printing expertise with robust testing and quality control to deliver reliable, high-performance solutions. Stay tuned for more updates as we continue to push the boundaries of what’s possible with additive manufacturing. 🌐 Visit us at www.auroralabs3d.com to learn more about our work and innovation journey. #AdditiveManufacturing #DefenceInnovation #3DPrinting #AuroraLabs #AustralianMade #PropulsionSystems #SovereignCapabilities https://lnkd.in/gq-fFGaA

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Launching rockets from Australian soil isn’t new. The first launch, from Woomera in South Australia, took place in 1967 - although back then, the rocket wasn’t ours and we never managed to get a satellite into orbit. But all that has changed, and Australia is charging ahead with the development of not only rockets, but launch facilities, satellites, orbital vehicles, interplanetary exploration vehicles and ground and orbital support services. So Australia’s Space Agency is seeking to streamline the regulatory environment so as to better facilitate this amazing progress towards becoming an international player in the space race. If you have ideas to contribute, or just want to brush up on the latest news, visit the Australian Space Agency’s website. #space #spaceindustry #Launches #Satellites #AustralianSpaceIndustry #innovation #InspiringNextGen

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The Commerce Department announced a tripartite set of export reform rules for a variety of commercial space technologies — including the removal of licensing restrictions on sales of remote sensing satellites and on-orbit servicing platforms to Australia, Canada and the United Kingdom. The export control changes also will bolster national security, allowing the Defense Department to more easily cooperate with allies and partners to implement its ambitious plans to create a “hybrid space architecture” that would enable commercial and friendly government satellites to augment US military space capabilities. “The three new rules … recalibrate our approach to export controls. They’re easing restrictions on some of the less sensitive space related technologies and on spacecraft related items going to our closest allies, like Australia, Canada and the UK. These changes will offer relief to US companies and they’ll increase innovation without compromising the critical technologies that keep our nation safe,” the Commerce official said. #space #USA #Canada #UK #Australia

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Airways International Ltd (AIL) and Tāwhaki Joint Venture have announced a groundbreaking collaboration aimed at advancing the New Zealand aerospace sector. This partnership focuses on enabling the safe integration of new and existing aerospace technologies, as highlighted in a recent press release. The agreement outlines key target areas to expedite the testing of uncrewed aircraft, benefiting operators, policymakers, and regulators in New Zealand and globally. Tāwhaki will soon deploy Airways’ latest uncrewed traffic management (UTM) system, Airshare, at the National Aerospace Centre at Kaitorete. AirShare aims to enhance airspace safety and efficiency by providing operators with a comprehensive view of airspace activity. The partnership also plans to establish flight corridors to explore future operational concepts supporting new types of aircraft. The data collected from these initiatives will aid policymakers, regulators, and standards development organizations in preparing for the widespread use of new and uncrewed aircraft. Linda Falwasser, CEO of Tāwhaki, stated, “We need to be responsive and progressive in how we help this sector grow. Working together to find practical, forward-looking solutions is key. We’re thrilled to partner with Airways International to safely develop more sustainable transport options and tackle some of the big challenges facing our people and planet.” The press release further emphasizes Tāwhaki’s role in attracting global companies and supporting aerospace endeavors from research and development to innovative start-ups and full-scale operators at its National Aerospace Centre. Recognized as one of the world’s premier locations for aerospace, launch, and space exploration, Tāwhaki is at the forefront of this industry. Read the full article on our blog. #AvfoilNews #Aerospace #UTM #AirShare #Innovation #NewZealandAerospace #SustainableTransport #Tāwhaki #AirwaysInternational

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UAS WEAPONISATION ARES Armaments Australia is engaging in strategic partnerships with companies like Praetorian Aeronautics in the UAV (Unmanned Aerial Vehicle) and UAS (Unmanned Aerial Systems) sector to weaponise their drones. The weaponisation of drones focuses on enhancing their operational capabilities for military use, including surveillance, situational awareness, and precision targeting. By working with both established and emerging UAV developers, ARES is playing a pivotal role in scaling these innovations for defence. The ADF (Australian Defence Force) has been ramping up its investment in drone technology, leveraging these partnerships to increase both offensive and defensive drone capabilities. These efforts not only bolster Australia's defence industry, but also position the country as a key player in the global UAS market and ARES Armaments Australia is here to support these great innovators, companies and the ADF. #defence #defense #armedforces #drones #innovation #technology #weapons

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SIAA Member Profile: Planet Labs Planet Labs PBC, a leading provider of daily data and insights about Earth has joined the Space Industry Association of Australia. Founded in 2010, Planet designs, builds, and operates the largest Earth observation fleet of approximately 200 imaging satellites. By pairing persistent global monitoring and low latency tasking, Planet delivers early intelligence on shifting environmental, disaster, and political landscapes. This innovative utilisation of Earth data, combined with Planet’s professional services, provides governments with high and medium-resolution imagery, archive data, and quarterly feeds to effectively identify, monitor, and analyse changes and activities across broad areas. To date, Planet has built over 600 satellites and successfully launched more than 500, with hundreds currently in orbit collecting over 300M sq km of imagery every day. With the upcoming launch of its Tanager hyperspectral satellites, Planet enhances its carbon offset monitoring capabilities and identification of key areas for afforestation and reforestation. PlanetScope, the company’s high-revisit satellite data solution, offers mission-critical advantages for maritime and border protection in Australia, enabling authorities to monitor vessels or individuals in near-real-time to detect suspicious activities quickly, improving situational awareness and decision-making. Planet continues to strengthen its Earth Observation offerings with a new Pelican satellite underway, designed to image at 30 cm resolution. https://www.planet.com/ #siaa #spaceindustry

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“We understood from the outset that helping to shape the concept of this demonstration would open new innovation pathways for future resilient space-based capabilities." - Peter Kerr, Defence & National Security Coordinator 📡🛰️ SmartSat CRC is proud to be involved in the ASCEND2LEO project alongside Fleet Space Technologies, Defence Australia, University of South Australia and Safety From Space aimed at developing resilient & flexible LEO capabilities. Read the full story here 🔗 https://lnkd.in/gYvV3v-c

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ELO₂ is developing leading edge space technologies through the Australian Space Agency's Trailblazer lunar rover program ... and bringing them back down to Earth. The technologies inherent to the ELO₂ lunar rover’s design include 5 of the 7 Critical Technologies of National Interest identified by the Australian Government: - Advanced manufacturing and materials - Artificial Intelligence - Advanced information and communication - Autonomous systems, robotics, positioning, timing and sensing, and - Clean energy generation and storage technologies. In addition, the technology innovations being developed by ELO₂ demonstrate synergies with the Government’s Future Made in Australia plan and align with 5 of the 7 National Reconstruction Fund Priority Areas: - Value-add in resources - Value-add in agriculture, forestry and fisheries - Renewables and low emissions technologies - Defence capability, and - Enabling capabilities across engineering, data science and software development. So, here's what the future looks like, as we spin-off ELO₂ space technologies on Earth, in: - Resources and Agriculture: AI and autonomous systems developed for the ELO₂ rover could revolutionise mining operations through automated surveying and data analysis, enhancing safety and efficiency. In agriculture, these technologies might lead to precision farming, optimising resource use and crop management. - Manufacturing and Infrastructure: ELO₂ is developing advanced manufacturing capability for supply to resources, defence and other industry customers. ELO₂ is also exploring commercial pilot opportunities that leverage the advanced autonomous navigation and sensing capabilities for routine infrastructure inspection and maintenance tasks. - Defence: The ELO₂ lunar rover’s advanced technologies have potential for contributing to development of AUKUS Pillar 2 asymmetric capabilities for defence. These innovations are anticipated to enhance operational efficiency and effectiveness in military applications. #SpaceTech #SpaceInnovation #AustralianMade #Robotics #ELO2 . . . EPE. Trusted To Protect, Lunar Outpost, BHP, Northrop Grumman Australia, RMIT University, University of Melbourne, University of Adelaide, Inovor Technologies, Element Robotics, Colorado School of Mines, ANU Institute for Space | InSpace, Titomic, Vipac Engineers & Scientists, One Giant Leap Australia Foundation, CD3D

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New Zealand Air Ambulance Service has placed a deposit-backed order for two BETA TECHNOLOGIES eVTOLs with options for a further 10. The operator, which is the largest of its kind in New Zealand, plans to use the ALIA aircraft to conduct air ambulance and patient transport operations across the country from 2028. Annabel Toogood, Skyline Healthcare Group CEO said: “By integrating eVTOL technology, we aim to bridge the gap for rural and vulnerable communities, providing seamless access to essential care. This collaboration is a transformative step forward for healthcare transportation, and we are thrilled to lead this change.” “ALIA is capable of diverse mission sets, and with its high reliability and up-time it lends itself to urgent medical missions like New Zealand Air Ambulance Service,” added Patrick Buckles, BETA’s Sales Lead. Read full: https://lnkd.in/efp3FZkf

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Eartheye Space, the largest multi-sensor satellite aggregator for direct tasking, has been selected for the New South Wales Government remote sensing services panel. We’re very pleased to announce that Eartheye Space has been approved by DCS Spatial Services to join the panel for the NSW Remote Sensing Services and Equipment Prequalification Scheme. “ The New South Wales panel appointment is an exciting opportunity as we seek to provide affordable, multi-sensor, self-service tasking of Earth Observation satellites with #multispectral, #SAR, #hyperspectral, #thermalinfrared #GHG and many other sensors and automated information feeds to government agencies worldwide as they grapple with solving problems ranging from climate change-driven natural disasters, urban and regional planning and enforcement, management of natural resources like water, to broader land use/ land cover changes,” said CEO, Shankar Sivaprakasam. 🛰 Like to know more? Ask for a demo at www.eartheye.space NSW Government NSW Office of Local Government NSW Department of Customer Service NSW Department of Climate Change, Energy, the Environment and Water NSW Department of Primary Industries NSW DEPARTMENT OF TRADE & INVESTMENT #earthobservation #b2bsaas #selfservice #tasking #satellites #sensors #geospatial

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