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It is imperative that organizations secure edge node devices, stabilize communication to and from devices and nodes, and optimize degraded (jittery) network connections to ensure that critical data is safely received.",[105],{"type":29,"attrs":106},{"color":91},{"type":82,"attrs":108,"content":110},{"level":109,"textAlign":22},3,[111],{"text":112,"type":26,"marks":113},"Industry Challenge: Edge Devices Pose Signifcant Risks",[114,117],{"type":29,"attrs":115},{"color":116},"#F68D2E",{"type":93},{"type":20,"attrs":119,"content":120},{"textAlign":22},[121],{"text":122,"type":26,"marks":123},"Edge devices act as the intermediate between secured networks and “dirty” external networks, such as public internet infrastructure in hostile environments. This unique position makes the edge susceptible and potentially vulnerable to attacks from hostile nation-states and actors and can make system updates—including those that close severe vulnerabilities—difficult or impossible.",[124],{"type":29,"attrs":125},{"color":91},{"type":20,"attrs":127,"content":128},{"textAlign":22},[129],{"text":130,"type":26,"marks":131},"These realities challenge established notions of perimeter defense, making it clear that legacy firewalls, static rules, and complex overlays (like service meshes) fail to keep pace with true container-driven operations. Container security must be as dynamic and granular as the environments it protects.",[132],{"type":29,"attrs":133},{"color":91},{"type":20,"attrs":135,"content":136},{"textAlign":22},[137],{"text":138,"type":26,"marks":139},"Traditionally, edge nodes must have routable IP addresses. Unfortunately, these public IP addresses become the focal point for attacks due to their public reachability. Next-generation network security and access technology can make edge nodes invisible and immune from inbound attacks, stabilize the network, and allow safe, authorized access for system maintenance.",[140],{"type":29,"attrs":141},{"color":91},{"type":82,"attrs":143,"content":144},{"level":109,"textAlign":22},[145],{"text":146,"type":26,"marks":147},"The Xiid Solution: Xiid’s Terniion Secures and Hides Edge Nodes",[148,150],{"type":29,"attrs":149},{"color":116},{"type":93},{"type":20,"attrs":152,"content":153},{"textAlign":22},[154],{"text":155,"type":26,"marks":156},"Terniion makes edge nodes invisible by leveraging triple-encrypted, outbound-only communication that makes them non-addressable, with no public IP address or open inbound ports required. This same secure communication can be used to patch the edge nodes and apply system updates. Terniion also uses packet buffering to ensure that critical information is never lost, even when the networking connection spontaneously drops.",[157],{"type":29,"attrs":158},{"color":91},{"type":20,"attrs":160,"content":161},{"textAlign":22},[162],{"text":163,"type":26,"marks":164},"Because Xiid’s outer encryption layer uses TLS 1.3 over HTTPS, connections are hidden among other generic HTTPS traffic across the “dirty” internet, disguised as a normal connection to a web server.",[165],{"type":29,"attrs":166},{"color":91},{"type":20,"attrs":168,"content":169},{"textAlign":22},[170],{"text":171,"type":26,"marks":172},"The platform can also be leveraged to offload data from edge nodes to secure locations without either endpoint (edge device or secure offsite device) knowing each other’s locations, ensuring the security and integrity of corporate networks.",[173],{"type":29,"attrs":174},{"color":91},{"type":82,"attrs":176,"content":177},{"level":109,"textAlign":22},[178],{"text":179,"type":26,"marks":180},"Conclusion",[181],{"type":29,"attrs":182},{"color":116},{"type":20,"attrs":184,"content":185},{"textAlign":22},[186],{"text":187,"type":26,"marks":188},"Xiid manages outbound-only connections to edge nodes from devices at the terminal layer and from the computing layer. Terniion’s SealedTunnel™ allows for devices in all three layers to close all inbound ports, making them invisible to unauthorized devices and from the external network.",[189],{"type":29,"attrs":190},{"color":91},"CaseStudy",{"id":193,"alt":194,"name":194,"focus":194,"title":194,"source":194,"filename":195,"copyright":194,"fieldtype":196,"meta_data":197,"is_external_url":15},201325923799164,"","https:\u002F\u002Fa.storyblok.com\u002Ff\u002F292462593318313\u002F5145x3430\u002Ff57621b1a3\u002Ffreelancer-working-from-apartment-office-seated-desk-using-ai-llm-chatbot.jpg","asset",{},{"id":193,"alt":194,"name":194,"focus":194,"title":194,"source":194,"filename":195,"copyright":194,"fieldtype":196,"meta_data":199,"is_external_url":15},{},"Edge node and device protection: Terniion Use Case | Xiid",[202],{"_uid":203,"variant":204,"resource":205,"component":541,"background":542},"6b0de268-b527-4dee-848b-fd745e9d5380","oneThirdLeftPhoto",[206],{"name":207,"created_at":208,"published_at":209,"updated_at":210,"id":211,"uuid":212,"content":213,"slug":531,"full_slug":532,"sort_by_date":533,"position":534,"tag_list":535,"is_startpage":15,"parent_id":536,"meta_data":22,"group_id":537,"first_published_at":538,"release_id":22,"lang":39,"path":22,"alternates":539,"default_full_slug":22,"translated_slugs":22,"_stopResolving":540},"The Security Blind Spot in Long Lifecycle Assets","2026-06-15T22:43:40.090Z","2026-07-29T23:38:30.975Z","2026-07-29T23:38:30.990Z",187899167101880,"29319b49-37e8-4abb-8c43-c70b0a3fc907",{"Tags":194,"_uid":214,"body":215,"title":216,"content":217,"component":496,"seoOgImage":497,"keyTakeaways":501,"previewImage":526,"previewTitle":207,"relatedContent":528,"seoDescription":529,"previewDescription":530},"69a52ed9-008b-4441-a3c4-57b32d15254b",[],"The security blind spot in long lifecycle assets",{"type":17,"content":218},[219,224,229,238,243,268,273,281,316,324,381,389,394,402,437,445,491],{"type":20,"attrs":220,"content":221},{"textAlign":22},[222],{"text":223,"type":26},"Most companies think about cybersecurity in terms of IT infrastructure that gets replaced every few years like laptops, servers, and even cloud workloads. But there’s a whole category of assets that don’t fit that cycle: long lifecycle assets like EV chargers, wind turbines, aircraft, ships, industrial machinery, and medical devices. These systems are expected to last 10, 20, even 30 years. ",{"type":20,"attrs":225,"content":226},{"textAlign":22},[227],{"text":228,"type":26},"This is where the real blind spot lies. While these assets are designed to endure, the security protecting them often isn’t. ",{"type":82,"attrs":230,"content":231},{"level":109,"textAlign":22},[232,236],{"text":233,"type":26,"marks":234},"CPS, IoT, and OT: Overlapping but Distinct",[235],{"type":93},{"text":237,"type":26}," ",{"type":20,"attrs":239,"content":240},{"textAlign":22},[241],{"text":242,"type":26},"More and more people are using the term \"Cyber-Physical Systems\" (CPS) to talk about the area of systems where digital and physical come together. But a lot of companies still talk about Operational Technology (OT) and Internet of Things (IoT) devices: ",{"type":244,"content":245},"bullet_list",[246,254,261],{"type":247,"content":248},"list_item",[249],{"type":20,"attrs":250,"content":251},{"textAlign":22},[252],{"text":253,"type":26},"OT usually means industrial control systems (ICS), SCADA environments, and the technology that manages factories, utilities, and important infrastructure. ",{"type":247,"content":255},[256],{"type":20,"attrs":257,"content":258},{"textAlign":22},[259],{"text":260,"type":26},"IoT is a term that usually means connected devices and sensors, like smart building systems, consumer wearables, and industrial IoT (IIoT). ",{"type":247,"content":262},[263],{"type":20,"attrs":264,"content":265},{"textAlign":22},[266],{"text":267,"type":26},"CPS includes both, which shows that these systems are closely linked digital and physical settings where problems can have real-world effects. ",{"type":20,"attrs":269,"content":270},{"textAlign":22},[271],{"text":272,"type":26},"Different ideas, but the same problem: systems that last a long time are vulnerable to dangers that change quickly. ",{"type":82,"attrs":274,"content":275},{"level":109,"textAlign":22},[276,280],{"text":277,"type":26,"marks":278},"Why Long Lifecycle = Long-Term Risk",[279],{"type":93},{"text":237,"type":26},{"type":244,"content":282},[283,294,305],{"type":247,"content":284},[285],{"type":20,"attrs":286,"content":287},{"textAlign":22},[288,292],{"text":289,"type":26,"marks":290},"Built to last:",[291],{"type":93},{"text":293,"type":26}," A wind turbine or EV charger put in place in 2025 could still be working in 2040. ",{"type":247,"content":295},[296],{"type":20,"attrs":297,"content":298},{"textAlign":22},[299,303],{"text":300,"type":26,"marks":301},"Too costly to rip-and-replace:",[302],{"type":93},{"text":304,"type":26}," Unlike laptops or servers, these systems can’t just be swapped out every time new vulnerabilities emerge. ",{"type":247,"content":306},[307],{"type":20,"attrs":308,"content":309},{"textAlign":22},[310,314],{"text":311,"type":26,"marks":312},"Threats evolve faster than assets:",[313],{"type":93},{"text":315,"type":26}," Encryption that feels safe now may be broken in 10 years, especially as quantum computing matures. The data in these systems may be particularly vulnerable to Harvest Now Decrypt Later (HNDL) attacks (see below) since critical infrastructure is of special interest to nation-state and private adversaries alike. ",{"type":82,"attrs":317,"content":318},{"level":109,"textAlign":22},[319,323],{"text":320,"type":26,"marks":321},"Common IoT, OT, and CPS Pain Points",[322],{"type":93},{"text":237,"type":26},{"type":244,"content":325},[326,337,348,359,370],{"type":247,"content":327},[328],{"type":20,"attrs":329,"content":330},{"textAlign":22},[331,335],{"text":332,"type":26,"marks":333},"Legacy Protocols (OT):",[334],{"type":93},{"text":336,"type":26}," SCADA, Modbus, and CAN Bus were not built with current encryption or authentication in mind. ",{"type":247,"content":338},[339],{"type":20,"attrs":340,"content":341},{"textAlign":22},[342,346],{"text":343,"type":26,"marks":344},"Device Proliferation (IoT): ",[345],{"type":93},{"text":347,"type":26},"There are millions, if not billions, of small endpoints with weak security measures. ",{"type":247,"content":349},[350],{"type":20,"attrs":351,"content":352},{"textAlign":22},[353,357],{"text":354,"type":26,"marks":355},"Supply Chain Risk (CPS\u002FIoT\u002FOT):",[356],{"type":93},{"text":358,"type":26}," Attackers are most likely to go after firmware and software updates. ",{"type":247,"content":360},[361],{"type":20,"attrs":362,"content":363},{"textAlign":22},[364,368],{"text":365,"type":26,"marks":366},"Remote Exposure:",[367],{"type":93},{"text":369,"type":26}," Assets that are spread out, like electric vehicle chargers or smart sensors, can't hide behind a corporate firewall. ",{"type":247,"content":371},[372],{"type":20,"attrs":373,"content":374},{"textAlign":22},[375,379],{"text":376,"type":26,"marks":377},"Compliance Pressure:",[378],{"type":93},{"text":380,"type":26}," Mandates like NIS2, NERC CIP, and even FDA medical device guidance frequently outpace the capabilities of existing deployments. ",{"type":82,"attrs":382,"content":383},{"level":109,"textAlign":22},[384,388],{"text":385,"type":26,"marks":386},"The Quantum Factor Happening Right Now: Harvest Now, Decrypt Later (HNDL)",[387],{"type":93},{"text":237,"type":26},{"type":20,"attrs":390,"content":391},{"textAlign":22},[392],{"text":393,"type":26},"With HNDL techniques, enemies can harvest data now and use quantum computing to decrypt it later. That means that sensitive data is at risk from Day One of deployment for OT, IoT, and CPS assets that last a long time. ",{"type":82,"attrs":395,"content":396},{"level":109,"textAlign":22},[397,401],{"text":398,"type":26,"marks":399},"Why Traditional Security Falls Short",[400],{"type":93},{"text":237,"type":26},{"type":244,"content":403},[404,415,426],{"type":247,"content":405},[406],{"type":20,"attrs":407,"content":408},{"textAlign":22},[409,413],{"text":410,"type":26,"marks":411},"VPNs:",[412],{"type":93},{"text":414,"type":26}," Create static entry points that persist whether in use or not, forming a massive attack surface. ",{"type":247,"content":416},[417],{"type":20,"attrs":418,"content":419},{"textAlign":22},[420,424],{"text":421,"type":26,"marks":422},"Firewalls & Detection Tools:",[423],{"type":93},{"text":425,"type":26}," Focus on alerting after compromise, not preventing it. ",{"type":247,"content":427},[428],{"type":20,"attrs":429,"content":430},{"textAlign":22},[431,435],{"text":432,"type":26,"marks":433},"One-Size-Fits-All IT Security:",[434],{"type":93},{"text":436,"type":26}," Doesn't take into consideration the fact that CPS\u002FOT\u002FIoT can be spread out, have limited resources, or last for decades. ",{"type":82,"attrs":438,"content":439},{"level":109,"textAlign":22},[440,444],{"text":441,"type":26,"marks":442},"A New Model: Security That Matches the Asset Lifecycle",[443],{"type":93},{"text":237,"type":26},{"type":244,"content":446},[447,458,469,480],{"type":247,"content":448},[449],{"type":20,"attrs":450,"content":451},{"textAlign":22},[452,456],{"text":453,"type":26,"marks":454},"No Attack Surface:",[455],{"type":93},{"text":457,"type":26}," No public IPs, no inbound ports, nothing discoverable. ",{"type":247,"content":459},[460],{"type":20,"attrs":461,"content":462},{"textAlign":22},[463,467],{"text":464,"type":26,"marks":465},"Ephemeral Tunnels:",[466],{"type":93},{"text":468,"type":26}," Connections only exist when workloads are active — and vanish when idle. ",{"type":247,"content":470},[471],{"type":20,"attrs":472,"content":473},{"textAlign":22},[474,478],{"text":475,"type":26,"marks":476},"Post-Quantum Encryption: ",[477],{"type":93},{"text":479,"type":26},"Triple-layer security that’s resistant even to future quantum threats. ",{"type":247,"content":481},[482],{"type":20,"attrs":483,"content":484},{"textAlign":22},[485,489],{"text":486,"type":26,"marks":487},"Invisible Infrastructure:",[488],{"type":93},{"text":490,"type":26}," Critical assets can’t be scanned, attacked, or used for lateral movement. ",{"type":20,"attrs":492,"content":493},{"textAlign":22},[494],{"text":495,"type":26},"Whether you call them IoT, OT, or CPS, these systems share one critical trait: they will outlive today’s encryption and security models. Your security needs to survive as long as your infrastructure does. ","BlogPost",{"id":498,"alt":194,"name":194,"focus":194,"title":194,"source":194,"filename":499,"copyright":194,"fieldtype":196,"meta_data":500,"is_external_url":15},187900465733163,"https:\u002F\u002Fa.storyblok.com\u002Ff\u002F292462593318313\u002F5888x3312\u002Fc6c8be17c5\u002Fman-unplugging-electric-charger-from-dock-charge-station.jpg",{},{"type":17,"content":502},[503],{"type":244,"content":504},[505,512,519],{"type":247,"content":506},[507],{"type":20,"attrs":508,"content":509},{"textAlign":22},[510],{"text":511,"type":26},"OT, IIoT, and SCADA systems have operational lifespans of 10–30 years, meaning they can't be patched or replaced on normal security timelines.",{"type":247,"content":513},[514],{"type":20,"attrs":515,"content":516},{"textAlign":22},[517],{"text":518,"type":26},"Traditional network security assumes devices can be updated; long-lifecycle assets often run end-of-life software with known, 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