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 latest generation of agricultural robots use artificial intelligence, minimising human involvement. They may help to plug a labour shortage or increase yield, but fear of the inherent security risk is growing, adding to concern over food-supply chains.” #IoTsecurity
Read More“First, industry must come together around shared technical standards that allow the metaverse to be interoperable. Second, and significantly more difficult, is determining to what extent there are shared rules of behavior for users across the metaverse.”
Read MoreThe Internet of Things (IoT) Security Trust Mark™ (STM) certification & labelling scheme is live, with an open call for Host Country Associations (HCAs) and Accredited Testing Facilities (ATFs) expressions of interest to participate. #IoTsecurity Via
Read MoreThe Internet of Things (IoT) Security Trust Mark™ (STM) certification and voluntary labelling scheme is live, with an open call for leading IoT vendors to register expression of interest to participate. #IoTsecurity Visit the organisations site:
Read More“DevSecOps has emerged as a key methodology to combat the insecurity of IoT devices, which merges development, IT operations, and security processes.” #IoTsecurity
Read More“While one of the benefits of IoT at the edge is the ability to gather data dynamically and in real time, it also presents serious challenges for security.” #IoTsecurity
Read More“The GSMA just released the latest eSIM specification, making it easier to provision devices with new credentials. Operators and device manufacturers now have the option to get rid of the physical SIM card for good.” #IoTsecurity
Read MoreThe introduction of governmental regulations over deployment, management and oversight in Advanced Metering Infrastructure (AMI) is one the most important predictors in #IoTsecurity services for electricity meters, forcing utilities operators to revisit their strategies.
Read More“With such a device, there are a lot of things that we can analyze to understand how they work and to find any security issues.” A journey into IoT - Unknown Chinese alarm - Part 1 - Discover components and ports - hn security #IoTsecurity
Read More“Utility companies have many reasons to use IoT devices, including water, electricity, and natural gas. This is to improve service and reliability. This rapidly expanding web connectivity presents many points of failure in cybersecurity.” #IoTsecurity
Read More“Home networks—along with all their connected (and poorly secured) consumer devices—are connected to corporate networks, cloud environments, and the public internet due to the rapid adoption of hybrid work models.” #IoTsecurity
Read More“The state of existing platforms makes networks more vulnerable at the edge and the user endpoint. Many attacks can occur, for example, because end-users do not, or cannot, change default passwords.” #IoTsecurity
Read MoreRT @IoT_SF: It’s the last day of IFSEC International, join us on stand IF2439 for a chat & some treats #IFSEC2022 #IoTSF #IoTSecurity https…
Read More“Challenges that arise with new emerging technologies like Edge Computing and AI have made the cybersecurity landscape more complicated. The intruders can penetrate the network through the biometric system used for employee login, CCTV cameras, or even HVAC systems.” #IoTsecurity
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