BruhnBruhn Innovation

🚀 We are extremely pleased to announce a transformational demonstration of “Observe, Reason, and Act Immediately” predictive space operations—done in partnership with SaraniaSat Inc. and Hewlett Packard Enterprise (HPE) aboard the International Space Station! What’s a brilliant technology without real-world validation from industry and geospatial leaders? Just days ago, we unveiled dacreo apto, our Kubernetes-compatible spacestack built on patent-pending hardening methods and APIs, showing how it secures and scales cloud-native operations in orbit on edge processors. On July 24, 2025, an international team led by SaraniaSat and HPE ran a successful end-to-end demo on HPE’s Spaceborne Computer-2, HPE's datacenter computer on the International Space Station (ISS), running SaraniaSat’s Moving Target ID application with NV5 Geospatial ENVI analytics—to prove that dacreo apto enabled applications can scale from small satellites, rovers and robots to spaceborne data centers. Discover how blending historical archives, Earth-uplinked intelligence, and inter-satellite data feeds unlocks multi-domain operations (MDO), global command & control, and entirely new data-driven business models. 🔗 Read the full story and explore our expanded “Observe, Reason, and Act” section here https://lnkd.in/dP8rM7_y A big thank you to our industry partners and leaders driving Cloud-Native Space Operations forward: Tom George, Norm Follett, Mark R. Fernandez, Ph.D., Amanda O'Connor, Erin Eckles, Mattias Ahnberg—and to our amazing team driving the development Slavomir Petrik Alexandre Carlhammar Alexander Solman Andersson Fredrik Bruhn, PhD Karolina Bruhn Cloud everywhere - together! #SpaceTech #CloudNative #EdgeComputing #Kubernetes #MDO #AIinSpace

Wow! 🚀 Unleashing Cloud-Native Space Operations: Connecting Humanity to the Universe with dacreo apto As commercial and government users launch ever more sensors into orbit, ground-centric data pipelines are a bottleneck. Waiting hours—or days—for imagery to be downlinked, processed, and returned simply won’t meet the demands of real-time disaster response, autonomous spacecraft, or new subscription-based space services. dacreo apto bridges that gap. Based on patent-pending methods, our Kubernetes-compatible spacestack—pre-hardened for AMD APUs featured in today’s space computers—lets you leverage the same GitOps/DevOps tools you use on Earth to deploy, scale, and update containerized AI/ML apps in orbit. Key enablers for mission success • Automatic upset detection & pod quarantine – self-healing against cosmic rays • A/B root-filesystem updates with instant rollback – no bricked satellites • Read-only OS core + on-orbit factory reset – factory image always at hand • Un-synchronized time management & certificate refresh – TLS that never expires • Pre-loaded dacreo AI Foundation (ROCm + TensorFlow/PyTorch) – zero upload overhead • S3 sync – seamless space-link integration • Optional Native CCSDS & DTN support, S3 sync – seamless space-link integration • Development together with Cloud specialist Netnod Mattias Ahnberg Whether you’re building real-time Earth-observation analytics, autonomous inspection drones, or commercial microservices marketplaces in space, dacreo apto makes it simple, reliable, and scalable. In our latest post, we explain: 1️⃣ Why vanilla Kubernetes on Red Hat/Ubuntu isn’t enough in orbit 2️⃣ How we bring true GitOps/DevOps from ground to satellite 3️⃣ Space hardware validation on Blue Marble Communications Space Edge Processor 4️⃣ An educational demo with our copilot GUI, EO & SAR pipelines 👉 Read the full story—and see the dashboard screenshots—here:  https://lnkd.in/danWS97m 👉 Stay tuned for exciting demonstration news in the near term. Perhaps in conjunction with our participation at Small Satellite Conference (SmallSat) 2025 next week. #SpaceTech #EdgeComputing #CloudNative #Kubernetes #AIinSpace #Satellite

🚀 Excited to reconnect with the space community, friends, and fellow discoverers at the 39th Annual Small Satellite Conference in Salt Lake City, UT (August 10–13)! Fredrik Bruhn, PhD (Chairman & CTO, BruhnBruhn Innovation) will be there as usual — Reach out to arrange a meeting! 👉 https://smallsat.org After years of R&D, testing, and radiation validation, we’re proud to introduce dacreo apto: our hardened, cloud-native spacestack that connects humanity to the Universe. Highlights include: - Compatible with BLUEMARBLE COMMUNICATIONS, INC. radiation hardened Space Edge Processor and BMCnet driver (based on 7 nm AMD V2000 series) and future offerings Neal Nicholson Slaven Moro - Compatible with older AMD V1000 series and other CPU architectures - Patent-pending orchestration hardening with memory-safe implementations - Backwards compatibility with CCSDS Space Packet Protocol - Native onboard orchestration & industry-standard storage APIs - Space Manager microservice for execution trust & operational intelligence - Seamless support for common and standardized cloud-native tooling, slashing development time & cost. Tools are compabible with most available common cloud hosting services around the globe. Drawing reliability lessons from aviation, railway, gaming, and robotics, dacreo apto also offers: - Radiation-hardened AI acceleration (GPU, NPU, FPGA) - Fail-safe A/B root filesystem updates with automatic recovery - Secure-by-design X.509 cryptography & read-only root FS for improved cybersecurity - Dedicated factory recovery partition Built in partnership with cloud-native pioneers Netnod—celebrating 25 years of 100% availability—and their CIO & Head of Security Mattias Ahnberg, with peer review from international space specialists, dacreo apto has been tested alongside leading IT cloud providers. Ready to extend your terrestrial cloud into orbit? Let’s connect at #SmallSat to explore how dacreo apto can power your next mission: rapid insights, real-time data fusion, and direct-to-user dissemination. #SpaceTech #CloudNative #SmallSat #DacreoApto #RadiationHardened #Innovation #SpaceComputing

🌟 Honored to Receive the CEAS Most Cited Paper Award 2024! 🌟 I am thrilled to share that our paper, "Enabling tolerant heterogeneous GPU-based onboard data processing in space", published in the CEAS Space Journal, has been recognized with the Most Cited Paper Award 2024 by the Council of European Aerospace Societies (CEAS)! Read more, https://lnkd.in/dEgmkRTv This work, which now has 66 citations according to Google Scholar, represents a proud milestone for our research at Mälardalen University and partnering industry. As scientists, one of our greatest achievements is contributing new knowledge that others can build upon. This award validates the impact of our research within the aerospace community, and I am deeply honored to see our work resonating with fellow researchers and advancing the field. A huge thank you to my co-authors and the CEAS for this recognition, as well as for their dedication to fostering excellence in aerospace research. The CEAS Space Journal continues to be an essential platform for scientific exchange, and I am grateful for the opportunity to contribute to it. For those interested, the paper can be accessed here: https://lnkd.in/dbKcCAJy. Thank you all for your continued support! 🚀🔬 Mikael Sjödin Dr. Nandinbaatar (Nabar) Tsog Ian Troxel BruhnBruhn Innovation BruhnBruhn Holding #Research #Aerospace #CEAS #Science #OnboardDataProcessing #GPUs

🌌 Exploring the Future of Space Robotics 🌌 The landscape of space exploration is evolving quickly, and we’re excited to share some of our latest work. Together with SoftServe, we have been exploring ways to reliably deploy machine vision on lunar missions and CIS lunar operations. In our new white paper, we present initial findings on the application of space robotics, leveraging radiation-hardened technology like Blue Marble Communications Inc.'s Space Edge Processor. This cutting-edge technology is paving the way for robust machine vision solutions capable of withstanding the harsh conditions of space. Curious to learn more? Check out the white paper and dive into the future of space robotics! Honored to work with brilliant minds! Hat off to Lyubomyr Demkiv, Sc.D., Ph.D. Lutz Richter Blazej Fiderek Neal Nicholson Slaven Moro #radiationhardened #spacerobotics #dacreo #artificialintelligence

Boost your space app development with Blue Marble’s Space Edge Processor (SEP) and BBI's dacreo AI, enabling rapid prototyping, AI-driven innovation, and better software reuse. These solutions streamline development and testing, cut costs, and enhance mission performance. Learn more: https://lnkd.in/diHQ8NmT #SpaceTech #dacreoAI #Innovation #BruhnBruhn