The phrase "access control device" is correct and usable in written English.
It can be used when referring to a device that manages or restricts access to a particular area or system, often in security contexts.
Example: "The building is equipped with an access control device that requires a keycard for entry."
Alternatives: "security access device" or "entry control device".
Public Safety also plans and consults on the deployment of new access control devices (doors, turnstiles, video, etc). if you are setting up a new entrance.
The USA's Transportation Security Administration (TSA) has released an initial list of products which have successfully passed its tests designed to ensure a minimum level of performance when being used as access control devices in the airport environment.
However, while the design of switches and medium access control devices is possible, up to date communications have been proposed by exploiting only pairs of droplets – a header and a payload – thus leading to single droplet frames which cause an overhead of 50%; this makes current solutions scarcely applicable to real systems.
Indeed, performing searches that are available to anyone at Shodan and Censys the researchers found 21,621 instances of access control devices with 7,980 that were potentially vulnerable to the high severity vulnerabilities enabling arbitrary code execution and, ultimately, full control of the device.
And it hopes such medical uses will accelerate acceptance of under-the-skin ID chips as security and access-control devices.
With a scalable infrastructure in place, IoTeX focuses on integrating advanced cryptography for secure data transfers and uses their in-house trusted execution environments (TEEs) for mitigating physical or remote access control of devices.
We aim to reduce the human intervention, secure access control to home devices from anywhere, provide smart homes data for application services as well as for analysis, and improve the utilization of resources.
To achieve this ErdOS exploits social networks information and low energy wireless interfaces to provide access control to nearby devices in a secure way.
One of the first approaches is a universal access control to mobile devices through fingerprint and handwritten signature developed by authors [22].
These functions may include secure device provisioning and management, firmware upgrade, access control (authorization), message encryption, inter-device synchronization, support for multiple device types (e.g. web, mobile and embedded) and communication protocols, to name a few.
