Thales IoT solutions

Edge computing capabilities run on the device through efficient microprocessors and embedded compute resources. Edge runtime software handles local messaging, data filtering, and machine learning inference on-device, reducing dependency on constant cloud connectivity. Pre-certified hardware modules turn standard embedded devices into secure IoT solutions ready for cellular connectivity. 

Thales supports multiple wireless connectivity options including 5G, LTE, CAT-1bis, LPWA networks such as NB-IoT, and global eSIM and SIM technologiesSIM cards. Each option matches a specific power consumption and coverage profile. Standardized messaging protocols including MQTT and HTTPS route data between devices and endpoints across global IoT connectivity infrastructures. These capabilities are particularly critical for OEMs and device manufacturers scaling deployments internationally. 

IoT solutions for OEMs integrate embedded connectivity directly into devices, turning them into globally connected, data-driven assets. eSIM for OEMs and cellular connectivity support international deployments without manual configuration, while secure device provisioning loads authentication credentials and connectivity profiles during manufacturing. Combined with cloud platforms and cyber security, these capabilities help OEMs accelerate time-to-market, reduce operational costs and open service-based business models. 

Thales platforms handle the secure registration, organization, and remote device management of large device fleets throughout their lifecycle. The platform scales to billions of connected devices and routes trillions of messages without on-premise infrastructure. Administrators troubleshoot individual devices, push over-the-air (OTA) software updates across regions, and manage access controls through a single interface, acting as a Single Pane of Glass for managing large-scale IoT deployments. 

Structured data pipelines capture, filter, and aggregate high-throughput information generated by IoT sensors. Visualisation dashboards and digital twins surface anomalies and operational patterns without manual log analysis, giving operators direct visibility into fleet performance. 

Security is built into network layers and uses artificial intelligence to detect abnormal device behavior. Core measures include encryption, strong IoT authentication, identity management, and continuous auditing against compliance frameworks. Hardware-level protection is reinforced through Thales eSIM IoT and embedded Secure Element (eSE) technologies, securing cellular IoT deployments across devices and connectivity environments. 

mart building systems optimize energy use and resource allocation. Smart metering rollouts for electricity, gas, and water support consumption monitoring and demand forecasting across utilities. Public sector deployments cover connected traffic infrastructure and citizen utility alerts.

Retail operations increasingly rely on cellular IoT to support in-store and mobile workflows. Mobile Point of Sale (mPOS) terminals use eSIM and cellular connectivity to process transactions across fixed and mobile environments, including pop-up stores and outdoor events. These IoT solutions (connected inventory systems, smart shelves, and handheld scanners) operate on the same connectivity layer, enabling centralized fleet management of in-store devices. 

IoT-based security systems, such as connected surveillance cameras, smart alarms, and access control, strengthen real-time monitoring across public and private sites. 

Production-line sensors flag equipment tolerance deviations in real time. Predictive maintenance reduces unplanned downtime, while digital twins help plant managers diagnose process errors. 

Track-and-trace applications give real-time visibility into goods location, condition and movement across supply chains. Vehicle telematics monitor fleet health and driver compliance, and feed data into autonomous driving models. Environmental sensors handle temperature-controlled cargo such as food or pharmaceuticals. Connected car programs and connected logistics are among the largest cellular IoT deployments in volume. 

Hospital asset tracking locates critical equipment such as wheelchairs or infusion pumps. Wearables monitor patient vitals for remote physician review, and track worker safety in hazardous environments. In healthcare, IoT solutions require strict compliance with patient data regulations and uninterrupted device availability. 

Ruggedized IoT SIM and eSIM technologies for secure cellular IoT connectivity, paired with seamless eSIM provisioning for fast device activation in extreme conditions. 

Thales Instant Connect service facilitates eSIM provisioning, providing immediate connectivity for IoT devices post-manufacturing. 

Thales Adaptive Connect supports lifecycle connectivity management for IoT OEMs and service providers, leveraging Thales eSIM technology and GSMA SGP.32-compliant remote SIM provisioning capabilities. 

SAFE, Thales IoT security solution, uses secure element technology to provide strong device authentication and data integrity, effectively protecting against cyber threats. By implementing GSMA's IoT SAFE specifications, Thales solution provides scalable and field-proven cyber security, chip-to-cloud, for IoT deployments. 

Thales Trusted Key Manager handles cryptographic keys across cloud and enterprise environments, maintaining security and integrity. 

Our tamper-proof hardware is used in devices to enhance security through a secure operating system and applications embedded within a silicon chip. 

Our hardware systems safeguard and manage digital keys, perform encryption and decryption functions for digital signatures, strong authentication and other cryptographic function.