Staffan Truvé

Jonas Galle, CEO of ValCUN, will speak during Eurosatory 2024, the leading international security exhibition. From June 17-21 in #Paris. Jonas participates in a panel discussion with key industry leaders like Tali Rosman, Andre Wegner and Dan Anders-Brown. Eurosatory is a premier event in the security sector, showcasing global innovations and technological advancements since its inception. The 2024 edition in #Paris, #France will feature a diverse assembly of exhibitors and experts discussing solutions for current and emerging global threats, including high-intensity conflicts, cyberattacks, and environmental crises. Emphasizing international cooperation and foresight, the event remains a pivotal platform for governments, defence, and security industries to address the accelerating changes and challenges of our time. #Eurosatory2024 #additivemanufactring #3DPrinting #DefenceInnovation #GlobalSecurity #CyberSecurity #EnvironmentalProtection #InternationalCooperation #TechAdvancement

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FSD's open source software repositories have been migrated to Tampere University GitLab. (gitlab.tuni.fi/fsd) BitBucket repositories will be deleted on May 3rd, 2024. The transition streamlines FSD's work processes, but unfortunately the grace period is brief due to circumstances beyond our control. There may be ramifications for those who use our software. If there are references to the old BitBucket repositories in your systems, these have to be updated. We apologise for any inconvenience the change may cause. https://lnkd.in/d3Mfe8aP

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Post-Quantum Security - Why and How The paper reviewing these subjects that I co-authored with Johanna Barzen is now online: https://lnkd.in/egrxs-Ky We show step-by-step that factorization-based and elliptic curve-based cryptography relies on the hardness of computing discrete logarithms. Shor’s algorithm (which we summarize in a nutshell too) performs this computation on a quantum computer in polynomial time, i.e. a powerful quantum computer may soon break today’s cryptography. Lattice-based cryptography is seen as a rescue - and we explain why this is the case and introduce its basics. Several reasons (like scalability of key-lengths) motivate the move towards algebraic-lattice-based cryptography and the corresponding module Learning With Error problem: we describe their underlying concepts in detail. Two of the corresponding algorithms (#Kyber and #Dilithium) that we present and explain step-by-step and with examples are currently standardized by NIST. We sketch the standardization process, actions currently taken by policy makers, and explain Mosca’s inequality that can be used to estimate how much time an organization has to move towards post-quantum safeness.  #cryptography #quantumcomputing #security #quantumsafeness #postquantumsecurity #standards

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Really interesting use of gen AI for attracting new and younger audiences.

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Thanks EU-Startups for the nice mention in #10startupindefense BforeAI is in great company with Aleet, Arx, Comand AI, HarfangLab, Helsing, Lambda Automata, Orbotix Technologies, 21strategies, blackshark.ai Let's defend #EU values and organizations. #PreCrime #PredictiveSecurity #Cybersecurity

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📢 Another Publication Alert from the COREnext Team! Nils Asmussen, Sebastian Haas, Adam Lackorzynski, and Michael Roitzsch have presented their latest paper, "Core-Local Reasoning and Predictable Cross-Core Communication with M³," at RTAS'24. 💡 RTAS'24 was focused on advancing the state of practice in designing, implementing, and validating time-sensitive systems. This publication is a significant contribution to the field, showcasing innovative approaches in core-local reasoning and cross-core #communication. Check out the full article to explore their research work! #COREnext #RTAS24 #TimeSensitiveSystems #ResearchInnovation #SystemDesign

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If you are still thinking about which tutorial could be interesting to attend at ISC High Performance, remember you have the EAR tutorial on Sunday afternoon. Together with my colleagues Benjamin Czaja and Martijn Kruiten we will explain EAR basics for job energy monitoring and optimization and you will be able to run your experiments on Snellius, the Dutch National Supercomputer. No previous experience on EAR is needed, only basic knowledge about running jobs in HPC data centers. #ISC2024 #Energyefficiency https://lnkd.in/d57pARhZ

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Just imagine the future vision of an "Intelligent Arctic Environment" in the years 2040 & beyond supported with Real-Time Sensors, Satellite Images & other Big Data Sources. Yesterday I gave a presentation with some "Personal Past" - Present - and Future Vision of ways in which Artificial Intelligence & Machine Learning are already being applied by research scientists within the Arctic Environment. Eventually we will move towards a Cyber or Digital Twin of the Arctic Environment which we will be able to interrogate in real-time using #GenAI regarding multiple environmental dimensions such as sea-ice, permafrost, climate change, flora/fauna, industrial activities and human settlements. #Arctic , #AI, #Environment, #MachineLearning, #Cyber, #DigitalTwin, #ArtificialIntelligence

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Natural Language Outlines for Code: Literate Programming in the LLM Era | Google Kensen Shi, Deniz Altınbüken, Saswat Anand, Mihai Christodorescu, Katja Grünwedel, Alexa Koenings, Sai Naidu, Anurag Pathak, Marc Rasi, Fredde Ribeiro, Brandon Ruffin, Siddhant Sanyam, Maxim Tabachnyk, Sara Toth, Roy Tu, Tobias Welp, Pengcheng Yin, Manzil Zaheer, Satish Chandra, Charles Sutton Abstract We propose using natural language outlines as a novel modality and interaction surface for providing AI assistance to developers throughout the software development process. An NL outline for a code function comprises multiple statements written in concise prose, which partition the code and summarize its main ideas in the style of literate programming. Crucially, we find that modern LLMs can generate accurate and high-quality NL outlines in practice. Moreover, NL outlines enable a bidirectional sync between code and NL, allowing changes in one to be automatically reflected in the other. We discuss many use cases for NL outlines: they can accelerate understanding and navigation of code and diffs, simplify code maintenance, augment code search, steer code generation, and more. We then propose and compare multiple LLM prompting techniques for generating outlines and ask professional developers to judge outline quality. Finally, we present two case studies applying NL outlines toward code review and the difficult task of malware detection. 👉 https://lnkd.in/dRM-9AFw #machinelearning

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In a recent report commissioned by the Danish Agency for Digital Government (Digitaliseringsstyrelsen), Sachiko Muto and I examined how software reuse through Open Source Software (OSS) can be supported and realized through public policy and related support actions. Specifically, we surveyed 16 globally dispersed and digitally mature countries in terms of their government policies, rationales, support mechanisms, means of promotion, and success stories related to software reuse focusing on OSS. Our analysis provides a comprehensive overview with individual case studies for each country, along with recommendations and actions for policy- and decisionmakers at national, regional, and local government levels, both in terms of designing policies, and support actions that can enable their implementation. Here's a brief summary of the report. Get the full report along with the 16 case studies @ https://lnkd.in/db4_ZQ7p

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Come join me at the #NordicBlockchainConference in #Copenhagen on June 19-20, where we will be discussing "Blockchain from concept to reality: security and scaling solutions" in a panel with Małgorzata Ignaczewska (Ryll), PMP and Laurence Lewandowska, moderated by Marcin Rzetecki Get in contact if you want to know more about how we at UNISOT are providing enterprise scalable Asset Traceability solutions for global Supply Chains using the Public Enterprise Blockchain. Empowering Global Traceability and Smart Digital Product Passports. Looking forward to seeing you there! #Blockchain #AI #IPv6 #AssetTraceability #SupplyChain #Innovation #IndustryTransformation #UNISOT #nordicblockchainconference

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AI risks are everywhere - and now MIT is adding them all to one database https://lnkd.in/dU_pzETd

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The ‘what’, ‘why’ and ‘how’ of MintAI is available at https://lnkd.in/dfg726Kx. Meanwhile, new protocol requires knowing the miner’s willingness of dedication by testing its performance like bandwidth, which prevents most types of sybil attacks. In that way miners wouldn’t need to stake utility tokens in order to join the network (as mentioned in the current whitepaper version) but instead tested by validator nodes given the same standard——each node should have a pass or fail for that but as long as the miner can convince a majority, then it’s accepted into the network and can earn rewards. This updates will make miner nodes participation much easier without compromising MAI network security.😃

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We invited RITM³ users to ask what they would like to know about our digital platform, and today we continue to answer their questions. ❓ Why RITM³ is not available as desktop application, but only as a client-server solution? ✅ That’s because we are forward-looking, and the selected approach empowers to: ➖ use the most modern technologies, including future shift to cloud computing and improving the quality of work with RITM³ models and modules, like data exchange, etc.; ➖ work in multi-user mode, on any computer, without the use of emulators reducing software performance, on any operating system (OS), from any location with the Internet access. For example, RITM³ can even operate on the Astra Linux OS in Mandated Access Delimitation (MA) mode; ➖ further integrate RITM³ with ITS and other information systems to more increase the quality and speed of models’ development; ➖ integrate external information systems and databases into RITM³ to endow models with data in automatic mode; ➖ build complex highly loaded and integrated transportation management systems with extreme requirements to data and computation security with RITM³ and its transportation models. RITM³ works in any security environment, including those fully closed loops. You can install RITM³ yourself to absolutely mitigate and preserve the integrity of any loop. And please be aware that we consider the most modern software security requirements for our products; ➖ avoid being tied to a rented server. RITM³ can run on any hardware: it can be yours, rented, or we can offer our facilities as such. Stay tuned, feel free to ask more questions about our platform! 🙌 See also: www.ritm3.com #simetra #setthebeautyofmovement #transportplanning #transportmodeling #RITM³

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