Internet of Things (IoT) Security Certification via the IoT Security Trust Mark™ (STM) framework sets out the principles and basis for third party conformity assessment, certification and voluntary 'live' Cybersecurity Labelling Scheme (CLS) providing IoT users (Consumers) with a recognisable level of assurance that IoT provider's (vendor/manufacturer) cyber security claims about their product have been independently evaluated and conform with internationally established baseline security requirements.
The scheme itself provides a unified, internationally applicable, scalable, independent and rigorous approach to assessing the integrity of the vendor’s security claims for their IoT product and how they conform to the defined IoT Security Baseline Requirements (BR) recommendations, guidelines and codes produced by Governments and Standards bodies enabling mutual recognition.
The IoT Security Trust Mark™ addresses the risk of a lack of verified baseline security in IoT devices by:
* Enabling Consumers to have confidence that the baseline requirements and security features claimed by a vendor in an IoT product have been evaluated.
* Providing participating IoT product evaluators, independent Accredited Test Facilities (ATFs), with a governance framework for predictable, standardised and repeatable evaluation of products prior to submission to a scheme Decision Authority (DA).
* Supplying IoT Providers with a certification, voluntary 'live' label (STM QR) to demonstrate their product has passed independent evaluation of their security claims and the Baseline Requirements (BRs)
IoT Security Certification from the Trust Mark™ certification and Cybersecurity Labelling Scheme (CLS) covers IoT devices associated with consumers in the following sectors:
* Personal/Residential/Home
* Corporate/Business/Enterprise
* Government
* Industrial/Operational Systems
* Critical Infrastructure, and,
* Organisations of Significant National Interest
The Commission’s proposal mandated that manufacturers ensure the security of their Internet of Things products throughout their lifecycle or a maximum of five years. The text has changed to better account for different products’ lifecycles. #IoTsecurity
Read MoreCompanies that take an active interest often rely on a patchwork of standards like ETSI EN 303 645 or ISO 27404, providing a guide to maintaining interoperability and security of their device, but still remain mostly voluntary. #IoTsecurity
Read MoreAn international initiative, the first in a harmonised, scalable, consistent and federated framework for a global IoT Certification and Cybersecurity Labelling Scheme (CLS). #IoTSecurity https://t.co/4DpVeGGyQR
Read MoreIoT devices a key entry point for many attacks, according to @Microsoft’s Digital Defense Report. “While the security of IT hardware and software has strengthened in recent years, the security of Internet of Things (IoT) … has not kept pace” #IoTsecurity
Read MoreUnfortunately, the industry is failing to self-regulate when it comes to IoT security. Paying a premium to enforce IoT security or standards isn’t profitable, so there is no incentive for device manufacturers to worry. #IoTsecurity
Read MoreNetwork-attached storage (NAS), DVR, IP cameras, baby monitors, and audio-video devices come out as the 5 most targeted device types in terms of average number of threats to each device type.#IoTSecurity
Read MoreThe internet of things for personal health comes with many benefits and the world of remote patient monitoring is growing, but also comes with greater scrutiny from the FDA about cybersecurity risks. #IoMTsecurity #IoTsecurity
Read MoreIt turns out that the first “all Google” phone includes a non-Google bug. Learn about the details of CVE-2022-38181, a vulnerability in the Arm Mali GPU. #IoTSecurity
Read MoreManufacturer complacency ‘translates into an unacceptable risk for consumers’. Lawmakers across the world are looking to introduce regulations in order to push IoT vendors into making their products more secure. (Refer @IoT_SF study) #IoTSecurity
Read MoreSmart devices are targets for hackers because of their ability to wreak havoc if they are compromised.#IoTSecurity
Read MoreAn unsecured server discovered last week contained identities of hundreds of thousands of individuals from the U.S. “No Fly List.” crimew said they made the discovery searching for Jenkins servers on the specialized search engine Shodan. #IoTsecurity
Read MoreDespite calls for embedding cybersecurity by design, the low level of confidence in the security of connected devices is a testament to the fact that we still have a long way to go in terms of realising trust in the technology we use. #IoTsecurity via @wef
Read MoreAs OT environments undergo digital transformation in the form of cellular connectivity, a new approach to security is required. #OTsecurity #IoTsecurity
Read MoreAn international initiative, the first in a harmonised, scalable, consistent and federated framework for a global IoT Certification and Cybersecurity Labelling Scheme (CLS). #IoTsecurity https://t.co/hpV22tcdvG
Read MoreThe increasing prevalence of IoT devices can expand the healthcare providers' attack surface, which provides threat actors more opportunities to gain access to breach the system. #IoMTsecurity #IoTsecurity
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