device-identification
There are 17 repositories under device-identification topic.
fingerprintjs/fingerprintjs-pro-react
Fingerprint Pro Wrapper for React Single Page Applications (SPA)
kahramankostas/IoTDevIDv2
A Behavior-Based Device Identification Method for the IoT
fingerprintjs/fingerprintjs-pro-ios
Fingerprint Identification SDK for accurate iOS device identification.
kahramankostas/IoTDevID
A Behaviour-Based Fingerprinting Method for Device Identification in the IoT
wizpanda/cordova-plugin-unique-device-id2
PhoneGap / Cordova unique device id (UUID) plugin for Android, iOS and Windows Phone 8.
CoreNion/DeviceInfo
A cross-platform app that can display device information. (Xamarin.Forms Based)
kahramankostas/CNN-based-IoT-Device-Identification
Multi-class classification via CNN using fingerprints extracted from IoT devices captures data.
fingltd/devrecog
Device Recognition - Mobile SDK for Android
kahramankostas/IoTDevID-CIC
Application of IoTDevID to CIC-IoT-2022 dataset
kahramankostas/LSTM-based-IoT-Device-Identification
Multi-class/Binary classification via LSTM using fingerprints extracted from IoT devices captures data.
CoreNion/Flutter_DeviceInfo
A cross-platform app that can display device information. (Flutter Based)
fingerprintjs/fingerprint-device-intelligence-ios-demo
An iOS application that showcases the capabilities of Fingerprint Identification SDK.
ggthedev/DeviceKit
DeviceKit is a value-type replacement of UIDevice.
bsandeepan/check-usb-conn.py
checks if a usb device is connected to the system or not
shifteverywhere/dime-dotnet-ref
Di:ME (Data Integrity Message Envelope) is a powerful universal data format that is built for secure, and integrity protected communication between entities in a trusted network. It is built with modern thinking and ease-of-use throughout. Although it can be used together with X.509 certificates, it has its own built in public key-based entity identification through a trusted chain. This makes it equally suitable as an alternative to certificate-based PKIs.
shifteverywhere/dime-java-ref
Di:ME (Data Integrity Message Envelope) is a powerful universal data format that is built for secure, and integrity protected communication between entities in a trusted network. It is built with modern thinking and ease-of-use throughout. Although it can be used together with X.509 certificates, it has its own built in public key-based entity identification through a trusted chain. This makes it equally suitable as an alternative to certificate-based PKIs.