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Connecting an edge device to the IoT can be risky—these devices can serve as an illicit point of entry to the network. To help protect against these attack scenarios, NXP developed the EdgeLock® secure elements (SE) and secure authenticators (SA) with next-gen functionality, flexibility and security.
From sensor data protection in industrial plants, secure Wi-Fi® connections in smart homes to controlled access to industrial networks—trust NXP's EdgeLock secure elements and authenticators to help secure your application.
In the Medical Internet of Things (MIoT), where doctors and healthcare staff use connected devices to treat patients in a whole new way, NXP provides a comprehensive, FIPS standard compliant protection that safeguards privacy, secures data, and enables innovation.
Smart meters are attractive targets for cyberattacks because they deal with sensitive information and connect to the broader utility and energy grid infrastructure. NXP provides comprehensive, third-party certified and standard-compliant protection for smart meters, and even offers solutions tailored for local regulations, such as the Smart Meter Gateway (SMGW) in Germany.
As prime targets for cyberattacks, IP cameras are some of the most vulnerable devices in the Internet of Things (IoT). NXP offers a turnkey security solution for IP cameras that turns what would otherwise be serious security risks into trusted assets for video monitoring.
As more Electric Vehicles (EVs) hit the road, there's a growing need to support charging in more places. To help extend the network of Electric Vehicle Source Supply Equipment (EVSE), NXP offers a turnkey solution for secure EVSEs that enables quick deployment and rapid scaling of compliant chargers in residential and commercial use cases.
Using wireless chargers that aren't Qi certified can create safety and security risks for devices and their users. NXP offers a turnkey solution for Qi 1.3 wireless charging authentication, so it's easy to deliver safe, satisfying charging experiences.
For smart homes to be truly smart, the devices that connect to the home network and the cloud need to be both interoperable and secure. The new Matter standard, enabled by NXP solutions, delivers the seamless, secure connectivity that lets smart homes live up to their promise.
Every communication with cloud, edge and server platforms, as well as with IoT MCUs and MPUs, needs to be protected in integrity, authenticity and confidentiality. A secure element, equipped with a toolbox of crypto algorithms and common communications protocols, enables secure Plug and Trust communication.
In the IoT a traditional TPM, designed for the architectures and life cycles of powerful PC and tablet devices, may not be the optimal choice. A secure element, equipped with TPM functionalities, can add high-level protection in a format better suited for IoT operation.
Integrating a secure element into an industrial device adds security and integrity to the design, by protection against unauthorized access, data manipulation and is also a convenient way to meet the strict requirements of ISA/IEC 62,443 standards.
Adding a secure element to a device, gateway or router that uses Wi-Fi for wireless connectivity simplifies network onboarding and protects the network from attack by using certificate-based authentication and government-grade encryption.
Quickly and securely configure generic IoT devices without powering them on. Simply tapping a standard NFC-enabled smartphone or reader to the unpowered device transfers final settings, either in the factory, before shipment, or in the field, during deployment.
Adding a secure element to an IoT device makes it possible to deploy secure, zero-touch connections to public and private cloud services, edge computing platforms and infrastructures, for end-to-end security from chip to cloud.
Adding a secure element to any application that uses a physical or logical access solution creates a higher level of protection for users, facilities and machinery, while enabling advanced features for multi-user/multi-session management and even safe online access.
Adding secure elements to a distributed sensor network protects against manipulation and unauthorized access to sensor data, so backend operation is safer and more reliable.
Certified EdgeLock secure authenticator to support various authentication use cases and comply with emerging regulations, including Digital Product Passports.
Certified EdgeLock secure element family offering advanced cryptographic capabilities for diverse IoT implementations.
Industry’s first FIPS 140-3 Level 3 certified EdgeLock secure element ensuring out-of-the-box FIPS compliance.
Certified EdgeLock secure element featuring applet updatability for enhanced flexibility.
Certified EdgeLock secure element enabling secure UWB ranging in IoT, working alongside NXP's Trimension™ SR150.
Certified EdgeLock secure element with integrated NFC functionality, streamlining secure onboarding of Matter devices in the smart home ecosystems.
Certified EdgeLock secure authenticator supporting both symmetric and asymmetric cryptography for authentication use cases.
Explore how to build trust, ensure compliance, and protect critical IoT systems with NXP’s EdgeLock secure elements and authenticators.
Explore a mix of different trainings around IoT security and authentication.
Explore a mix of different videos around EdgeLock SE050, including demo and getting-started videos.
Get the experts' advice from the secure authentication developer community.
As more EV hit the road, there's a growing need to support charging in more places. Read more about how we offer a turnkey solution for secure EVSE.
Explore how to build trust, ensure compliance, and protect critical IoT systems with NXP’s EdgeLock secure elements and authenticators.
Read the developer’s guideSee how NXP provides high-level protection needed to safeguard IoT devices from production to decommissioning.
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