Stuart Cutts’ Post

Exciting times at BT Group with Toshiba Quantum Technology, enabling a joint Quantum Secure Network trial on Amazon Web Services (AWS)! As technology moves towards the realm of quantum computing, promising massive shifts in compute power - securing networks will be key. In a world of computing with superposition, entanglement and other funky universal quantum mechanics > securing us, people, our society and our data remains paramount.

We are quickly approaching the "Skeleton Key" of our digital world, which has the potential to remove any & all security safeguards we have inplace today. This is called "Q-Day", "Q-Day" is when quantum computers will be able to crack codes protecting our digital data. Quantum computers can perform calculations impossible on regular computers. Experts say we might get to "Q Day" as soon as 2025. This is why the below quantum security isn't a nice to have but will be critical to secure our digital futures.

With the #AI explosion, a mobile and hybrid workforce and other trends in business and in computing, if you are concerned about the #cybersecurity and maintenance of your #computer infrastructure, you aren't alone. @Intel has got you covered! Download the latest Intel platform brief to learn about their newest product. For guidance, contact one of LAN Infotech's @Dell Technologies reps on how to move forward.

Cisco announces AI-based Hypershield, a self-upgrading security fabric that's designed to protect distributed applications, devices and data. Cisco is tying together the intelligence of AI with the power of the cloud to deliver a system it says will proactively protect distributed applications, devices and data located across public and private data centers and clouds. The new architecture, called Hypershield, is comprised of AI-based software, virtual machines, and other technology that will ultimately be baked into core networking components, such as switches, routers or servers. It promises to let organizations autonomously segment their networks when threats are a problem, gain rapid exploit protection without having to patch or revamp firewalls, and automatically upgrade software without interrupting computing resources, according to Tom Gillis, senior vice president and general manager of Cisco Security. Source: https://lnkd.in/d7CJWfpE #webairy #Cisco #AI #security #cloud #software

Today, Cisco introduced Cisco Hypershield, AI-native security that changes the game in protecting applications, devices and data in the cloud, in the data center, on a factory floor, a hospital imaging room, or, well, just about anywhere. In a world of ever escalating cyber attacks, Hypershield delivers two important and truly innovative capabilities -- distributed exploit protection and autonomous segmentation to make it easy to deploy and highly effective. Through intelligent security, networking and assurance solutions, we enable digital resilience, so our customers can focus on their business not the infrastructure. #Hypershield #AINativeSecurity #AI

Exciting news!   Step into the future of security with the launch of @Cisco Hypershield! Our latest innovation is a radically new approach to security, ensuring every application and device is protected in the era of AI.   This isn't just another security update - it's a game-changer. Cisco Hypershield flips the traditional network security model on its head, harnessing the unparalleled security and connectivity of hyperscale technology for the enterprise realm. Cisco, Cisco Security, Cisco Networking, Webex,Cisco Umbrella,   Ready to explore the next frontier in cybersecurity? Dive deeper into Cisco Hypershield and discover how we're revolutionising security for the AI-driven era: https://lnkd.in/gAQgSsXv

A collaborative research effort has exposed a significant vulnerability, designated CVE-2024-21944 and named “BadRAM,” that undermines the integrity of AMD’s Secure Encrypted Virtualization (SEV) technology. This security flaw permits malicious actors to bypass SEV protections and access encrypted memory regions, potentially jeopardizing sensitive data in cloud environments.

Federal agencies are facing unprecedented challenges in detecting anomalies and inefficiencies within increasingly complex networks. To address these issues, Q-CTRL, Accenture Federal Services, and IonQ partnered to bring quantum computing into the fight against cybersecurity threats. Using Q-CTRL’s Fire Opal error suppression software on IonQ’s advanced trapped-ion hardware via Amazon Braket, we tackled the Max-Cut optimization problem—essential for identifying anomalies in network traffic. Tested on 1.8 million network packets, our quantum solution achieved a 3x higher success probability compared to classical benchmarks and accurate solutions to optimization challenges for anomaly detection. IonQ’s state-of-the-art quantum processors played a pivotal role in delivering these results, showcasing the immense potential of our trapped-ion hardware for large-scale optimization. By harnessing the power of quantum and classical hybrid workflows, we’re paving the way for quantum-enabled solutions that meet stringent federal security standards. This partnership highlights how ecosystem collaboration and seamless integration can drive innovation in network security, logistics, finance, and beyond. Learn more: https://lnkd.in/gSpVg-xk   #QuantumComputing #Cybersecurity

🚀 Exciting News from Cisco: Introducing Cisco Hypershield! 🚀 https://lnkd.in/eJmfFMWn Today marks a significant milestone in Cisco’s history as we unveil the most groundbreaking product to date: Cisco Hypershield. This innovation redefines security for the AI-scale data center, embedding cloud-native, AI-driven security directly into the network's fabric. 🌐 Why Cisco Hypershield? Hyper-Distributed Security: Built for the era of AI, Hypershield transforms traditional security models by embedding protection directly within the network, ensuring every node is a bastion against threats. AI-Powered: Utilizing AI, Hypershield provides unprecedented granularity in security management, adapting in real-time to threats and network changes. Cloud-Native Integration: Seamlessly integrates with existing cloud infrastructures, providing agile and scalable security solutions that evolve with your needs. 🔍 Designed for the Demands of Modern Data Centers: Infrastructure is evolving. With AI-scale demands, data centers now operate with a mix of CPUs, GPUs, and DPUs to handle intense processing needs. Applications are transitioning to microservices architectures, requiring security measures that can adapt swiftly and effectively. 🛡️ Features of Cisco Hypershield: Autonomous Segmentation: Constantly updates and refines security protocols to protect against lateral movements within the network. Distributed Exploit Protection: Proactively blocks potential exploits before patches are even applied, guarding against emerging threats. Self-Qualifying Upgrades: Uses mirrored traffic to test and verify upgrades in real-time, minimizing downtime and ensuring seamless transitions. We're excited to bring you a solution that not only meets the challenges of today’s digital landscapes but also anticipates the security needs of tomorrow. 🔗 Learn More: Dive deeper into the capabilities and innovations of Cisco Hypershield by reading the insightful blogs by Tom Gillis and Craig Connors linked above: Let's discuss how Cisco Hypershield can transform your security landscape. Your thoughts and feedback are invaluable as we continue to innovate and lead in cybersecurity. #CiscoSecurity #AI #Cybersecurity #CiscoHypershield #Innovation #DataCenterSecurity

Google Cloud Expands Confidential Computing with New VMs for Enhanced Security Google Cloud has announced a major upgrade to its confidential computing options, introducing new confidential virtual machines (VMs) based on AMD and Intel technology. These advancements are designed to elevate data security, safeguard workloads, and prevent unauthorized access. Key Highlights: General Availability of Confidential VMs: Google Cloud's new confidential VMs, now available on the latest AMD and Intel hardware, provide stronger protection for sensitive data. Powered by 4th Gen AMD EPYC processors, the C3D machines offer enhanced performance and privacy features, available in all regions worldwide. Intel-Powered Confidential VMs: Expanding into regions like Southeast Asia, Europe, and the US, Google now supports VMs on Intel’s 4th Gen Xeon Scalable processors, making advanced matrix extensions available by default for improved security. Strengthening Defenses: The N2D machine series, armed with AMD SEV-SNP technology, now prevents hypervisor-based attacks, providing robust security without impacting performance. Enhanced Transparency: Signed UEFI binaries and expanded attestation services offer added trust, ensuring firmware authenticity and providing customers with clearer visibility into the integrity of their confidential VMs. With these enhancements, Google Cloud continues to set a new standard for secure cloud computing, allowing businesses to safeguard data with confidence. Source: SecurityWeek #GoogleCloud #ConfidentialComputing #CloudSecurity #CyberSecurity #DataPrivacy #ConfidentialVM #CloudInnovation #SecureComputing #AMDSEV #IntelTDX #TrustedExecution #TechInnovation #CloudSolutions #DigitalTransformation #DataProtection