Xthings is building a crypto-agile, quantum-ready security foundation across IoT, AIoT, and Physical Security - so your devices, spaces, and identities stay trusted long into the post-quantum era.
NIST Post-Quantum Cryptography Standards - PQC Ready
ML-KEM (Kyber) · ML-DSA (Dilithium) · Crypto-Agile ArchitectureFuture cryptographic change is a long-term architecture issue, not a single feature switch. And for connected environments, the stakes are especially high.
As quantum computing advances, classical encryption algorithms underpinning today's IoT devices, AI-driven sensors, and physical access systems face a fundamental challenge. Systems deployed today will still be operating when cryptographically relevant quantum computers arrive.
Xthings believes the time to act is now - building crypto-agile foundations across IoT, AIoT, and Physical Security so our customers don't face a costly, disruptive scramble later.
Xthings is the intersection of intelligent connected devices, AI-driven environments, and physical access control. Our quantum readiness initiative spans all three domains - because real-world security doesn't respect silos.
Billions of connected devices - sensors, locks, controllers, gateways - rely on public-key cryptography for device identity, secure boot, and encrypted communications. Xthings is evaluating how these systems can remain cryptographically trusted as standards evolve.
Our approach targets device identity lifecycle, secure firmware updates, certificate agility, and lightweight PQC-compatible protocols suited for resource-constrained endpoints.
AIoT environments combine edge AI inference with connected sensor ecosystems. As AI models, training pipelines, and real-time data channels become mission-critical, their cryptographic protection must evolve too.
Xthings is exploring crypto-agile architectures for AI-driven access decisions, biometric data protection, intelligent surveillance pipelines, and secure model delivery to edge nodes.
Smart access control systems, video surveillance, intercoms, and visitor management platforms have deployment lifecycles that span a decade or more. Today's credential infrastructure must be designed for tomorrow's cryptographic landscape.
Xthings is assessing how access credentials, card-based systems, mobile keys, identity tokens, and secure communication channels in physical security can migrate to quantum-safe foundations.
Xthings' crypto-agile initiative is organized around five strategic areas that reflect how security flows through connected environments - from the device at the edge to the cloud services and identities that enable trusted operations.
Evaluating how device identity, access credentials, authentication tokens, and trust relationships across IoT and AIoT environments can remain secure and cryptographically adaptable across their full operational lifecycles.
Considering how cloud services, mobile access applications, APIs, and data protection frameworks that connect physical security and IoT systems can support long-term crypto-agility and smooth migration paths.
Assessing architectural approaches for secure over-the-air updates, software lifecycle management, and cryptographic migration readiness - especially for IoT and physical security devices with long deployment horizons.
Strengthening the cryptographic security foundation behind trusted interactions between people, devices, buildings, and AI-driven services - from smart locks and intercoms to surveillance and building automation.
Continuously monitoring developments in NIST PQC standards, ETSI, ISO, and industry bodies relevant to IoT, AIoT, and Physical Security - and aligning Xthings' roadmap as the ecosystem matures.
Working toward a connected-space ecosystem where OEMs, integrators, cloud providers, and enterprise customers can prepare together - with interoperability, transparent timelines, and shared migration frameworks.
Crypto-agility means building systems that can adapt to new cryptographic algorithms and standards without requiring full redesign. For Xthings, it's not a product feature - it's a foundational architecture principle.
Systems designed to swap cryptographic primitives without architectural changes - supporting hybrid classical + post-quantum deployments during the transition period.
Mapping all cryptographic assets across IoT device fleets, AIoT data pipelines, and physical security infrastructure to understand exposure and prioritize migration paths.
Addressing the threat that adversaries are already collecting encrypted data today, waiting for quantum computers powerful enough to decrypt it retroactively.
Physical security and IoT systems operate for 10-20 years. Security architecture must account for the full operational window, not just the deployment date.
Our quantum readiness initiative is relevant to everyone in the Xthings ecosystem - from enterprise customers and technology partners to investors and the broader industry.
Preparing for smart access, IoT infrastructure, and connected environments that remain secure and compliant across longer deployment lifecycles - without costly rip-and-replace cycles.
Creating a foundation for future discussions around secure integration, ecosystem interoperability, lifecycle management, and trusted AIoT and physical security infrastructure.
Reflecting Xthings' long-term direction in IoT, AIoT, and physical security - with a commitment to staying ahead of the cryptographic transition curve and protecting the value of connected infrastructure.
Clarifying how Xthings is preparing its security foundation for long-term connected-space trust, in alignment with NIST PQC standards and emerging global regulatory guidance on quantum-safe systems.
Common questions about what quantum-readiness means for Xthings, and what it means for the IoT, AIoT, and Physical Security products and ecosystems we support.
Connect with our team to learn more about Xthings' vision for connected spaces, digital identity, intelligent access control, and long-term cybersecurity resilience in the post-quantum era.
