BlueCap - iOS Bluetooth LE framework

•    Swift

---

then add BlueCapKit.framework to your project.

bluetooth-low-energy bluetooth-beacons swift-framework corebluetooth peripherals cocoapods carthage centralmanager peripheralmanager gatt-profile serdes serialization deserialization futures

cordova-plugin-ble-central - Bluetooth Low Energy (BLE) Central plugin for Apache Cordova (aka PhoneGap)

•    Java

---

This plugin enables communication between a phone and Bluetooth Low Energy (BLE) peripherals. The plugin provides a simple JavaScript API for iOS and Android.

bluetooth-low-energy cordova-plugin cordova bluetooth ble bluetoothle bluetooth-le low-energy smart ecosystem:cordova cordova-ios cordova-android

BluetoothSerial - Cordova (PhoneGap) Plugin for Serial Communication over Bluetooth

•    Objective-C

---

This plugin enables serial communication over Bluetooth. It was written for communicating between Android or iOS and an Arduino. Android and Windows Phone use Classic Bluetooth. iOS uses Bluetooth Low Energy.

bluetooth bluetooth-low-energy cordova-plugin cordova serial ble arduino ecosystem:cordova

btlejack - Bluetooth Low Energy Swiss-army knife

•    Python

---

Btlejack provides everything you need to sniff, jam and hijack Bluetooth Low Energy devices. It relies on one or more BBC Micro:Bit. devices running a dedicated firmware. This tool only supports Bluetooth Low Energy 4.x.

gattacker - A Node

•    Javascript

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A Node.js package for BLE (Bluetooth Low Energy) Man-in-the-Middle & more. If you run "central" and "peripheral" modules on separate boxes with just one BT4 interface, you can leave the values commented.

bluetooth ble bluetooth-low-energy bluetooth-smart mitm man-in-the-middle debug proxy

ble-sdk-arduino

•    C++

---

Bluetooth low energy SDK for Arduino (uses the nRF8001 from Nordic Semiconductor). This has been tested using the Arduino UNO, Mega and Leaonardo boards with the nRF2740/nRF2741 module or the Bluetooth low energy shield from Redbearlab. The shield is available from seeedstudio and makershed. ##Contents The BLE folder in \libraries\ contains the ported bluetooth library (ACI library) and an example project folder. This folder (BLE) should be extracted into the Arduino "libraries" folder.

Bleu - BLE (Bluetooth LE) for U🎁 Bleu is the best in the Bluetooth library.

•    Swift

---

Bleu is a Bluetooth library. Bleu is the easiest way to operate CoreBluetooth. Bleu is possible to operate by replacing Bluetooth 's Peripheral and Central with Server and Client. Bleu can be developed event-driven.

bluetooth-low-energy bluetooth bluetooth-le ios swift3

react-native-ble-plx - React Native BLE library

•    Javascript

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React Native Bluetooth Low Energy library using RxBluetoothKit and RxAndroidBle as it's backend libraries. Documentation can be found here.

react native bluetooth low energy ble polidea

Android-nRF-Toolbox - The nRF Toolbox is a container app that stores your Nordic Semiconductor apps for Bluetooth Low Energy in one location

•    Java

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The nRF Toolbox is a container app that stores your Nordic Semiconductor apps for Bluetooth Low Energy in one location. Since version 1.10.0 the nRF Toolbox also supports the Nordic UART Service which may be used for bidirectional text communication between devices.

sphero.js - The Sphero JavaScript SDK to control Sphero robots.

•    Javascript

---

The official Orbotix JavaScript SDK module to programmatically control Sphero robots. The BB-8 and Ollie use a Bluetooth Low Energy (LE) interface, also known as "Bluetooth Smart" or "Bluetooth 4.0/4.1". You must have a hardware adapter that supports the Bluetooth 4.x+ standard to connect your computer to your BB-8 or Ollie.

robot robots robotics hardware sphero spherojs sphero-js orbotix ollie bb8 bb-8 sprk

SmartGattLib - SmartGattLib is a Java library that simplifies the work with Bluetooth SMART devices

•    Java

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SmartGattLib is a Java library that simplifies the work with Bluetooth SMART devices (a.k.a. Bluetooth Low Energy in Bluetooth 4.0). It provides all UUIDs of the adopted GATT specification and an convenient way to interpret the characteristics (e.g. Heart Rate, BatteryLevel). Example Android project with SmartGattLib available here. This is a fork of the Android BluetoothLeGatt Example project. Main modifications can be found in this commit.

cordova-plugin-bluetoothle - Bluetooth Low Energy Phonegap Plugin

•    Objective-C

---

This plugin allows you to interact with Bluetooth LE devices on Android, iOS, and partially on Windows. If timeouts are needed, please check out the Angular wrapper and its example.

bluetooth bluetoothle bluetooth-le cordova ecosystem:cordova cordova-android cordova-ios cordova-windows

YmsCoreBluetooth - A block-based framework for building Bluetooth 4

•    Objective-C

---

A block-based framework for building Bluetooth 4.0 Low Energy (aka Smart or LE) iOS 7 or OS X 10.9 applications using the CoreBluetooth API. Includes Deanna and DeannaMac, applications to communicate with a TI SensorTag for iOS and OS X respectively. Transactions in Bluetooth LE (BLE) are two-phase (request-response) in nature: CoreBluetooth abstracts this protocol so that request behavior is separated from response behavior. The two phases are reconciled using a delegation pattern: the object initiating the request phase has a delegate object with a delegate method to handle the corresponding response phase. While functional, the delegation pattern can be cumbersome to use because the behavior for a two-phase transaction is split into two different locations in code.

blynk-library - Blynk library for embedded hardware

•    C++

---

Blynk provides iOS and Android apps to control any hardware over the Internet or directly using Bluetooth. You can easily build graphic interfaces for all your projects by simply dragging and dropping widgets, right on your smartphone. Blynk is the most popular IoT platform used by design studios, makers, educators, and equipment vendors all over the world. Please find examples on how to use different types of connections (transports) and how to do make something great with Blynk. You can easily apply any type of board/connection to all examples.

arduino esp8266 esp32 blynk particle-photon embedded hardware mbed raspberry-pi bluetooth bluetooth-low-energy serialport ethernet-shield wifi-shield gsm ota iot internet-of-things espressif c-plus-plus

gort - Command Line Interface (CLI) for RobotOps

•    Go

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Gort (http://gort.io) is a Command Line Toolkit for RobotOps. Gort provides tools to scan for connected devices, upload firmware, and more.Gort is written in the Go programming language (http://golang.org) for maximum speed and portability.

arduino particle serial-ports bluetooth bluetooth-low-energy firmware robotics drone iot

Pulsator - Pulse animation for iOS

•    Swift

---

Pulse animation for iOS written with Swift. Add into your Podfile.

ios animation bluetooth bluetooth-low-energy pulse-animation map ibeacon

CoreBluetooth-Demo

•    Objective-C

---

New iOS5 framework to connect with Low-Energy devices. Actually this framework cannot connect with "traditional" bluetooth devices, iPhone4S will have a "switcher" that will allow to connect LE-devices and "tradicional" bluetooth devices.

blue_hydra - Blue Hydra

•    Ruby

---

BlueHydra is a Bluetooth device discovery service built on top of the bluez library. BlueHydra makes use of ubertooth where available and attempts to track both classic and low energy (LE) bluetooth devices over time. On a Pwnie Express sensor this will be installed as a system service with the regular updates.

node-eddystone-beacon - Create an Eddystone Beacon using Node.js https://github.com/google/eddystone

•    Javascript

---

Eddystone-URL beacons can be used with the Physical Web. See bleno prerequisites.

bluetooth bluetooth-low-energy ble physical-web eddystone beacon

Discovery - A very simple library to discover and retrieve data from nearby devices (even if the peer app works at background)

•    Objective-C

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Discovery is a very simple but useful library for discovering nearby devices with BLE(Bluetooth Low Energy) and for exchanging a value (kind of ID or username determined by you on the running app on peer device) regardless of whether the app on peer device works at foreground or background state. I added a simple but cool example alongside with the library. Simply download, run pod install and install it on two or more of your bluetooth enabled devices and have some fun. It works both on iPhone and iPad.