The 2net Hub is an FDA-listed, compact “plug-and-play” gateway that supports Bluetooth, Bluetooth Low Energy, WiFi, and ANT+ local area radio protocols. This project contains the patches to Linux kernel and Android to support the M2M connectivity of the Qualcomm 2net platform.

This project contains the code base of the ADL language and its supporting libraries

ARMBoard firmware project used during NFCC validation and used on customer demo and Evaluation boards

Add beautification function and change the original UI in SnapdragonCamera, add beautification function in the original Gallery.

This version of the Chromium browser project aims to provide a Snapdragon-optimized environment for web developers and embedders.

Linux Drivers for Qualcomm’s Combo Digital Architecture chips

Fusiv Gateway Software is to enable ADSL/VDSL/Ethernet WAN based routers which is based on OpenWrt framework to support major features like xDSL, Gigabit Ethernet, WiFi, USB, SATA, IPsec and Voice etc., over different QCA/Ikanos network processing chipsets.

Family of software drivers for Arduino to exercise different functionalities with the shield board FRDM-32XSG-EVB.

FreeRTOS-for-Quartz contains some modifications from the original FreeRTOS source code and additional “BSP” files that implement to invoke the FreeRTOS API to create a FreeRTOS task. OEMs that wish to use FreeRTOS on Quartz platform should download this package, build it into object files and incorporate it into their Quartz-based products.

FreeRTOS is licensed for use under the FreeRTOS License which is a variant of GPL that includes a few exceptions.

Enhancements to Android for HW support for sensors, LCD panels, etc the for Qualcomm MSM 7225 and MSM 7227 QRD platforms.

There is no active development on this project at this time.

GigaDSL boot Software is used to allow booting of GigaDSL based solutions. It consist of primary boot code and u-boot.

Primary boot code enables clocks and DDR and load next stage boot loader (u-boot) into DDR and trigger its execution. U-boot code has been enhanced to provide support for GigaDSL specific support.

Gobi is a project that develops the hardware module and specialized software for Gobi WWAN embedded modules based on Qualcomm CDMA Technology and UMTS modems.The Gobi team designs Gobi hardware modules that are commercially produced by an outside manufacturing house. Successive generations of Gobi are on a 1 year cadence timed to meet the notebook PC market, with each model planned for lower cost and new features. Device vendors also design and manufacture WWAN modules intended for Gobi-compliance.

There is no active development on this project at this time.

Project to add support for the Halide programming language to Hexagon. Will involve tuning and adding a Hexagon backend to Halide.

Software and tools based on MSM8x30 with TD-SCDMA/GSM Single SIM solution and a UMTS+GSM dual SIM dual standby (DSDS) solution integrated with porting of the standard Android software package.

IMath is a library for arbitrary precision integer computations. This project contains a fork of the library for use by the Polly vectorizing framework. The project was forked from the original IMath repository authored by Michael J. Fromberger.

Example integration of the LifeVibes Android Audio Effects in the Android Audio framework for deployment in Android devices.

The Linux Filesystems project has been established to facilitate submission of Linux Filesystem (kernel and user space tools) related generic enhancements and patches to upstream projects to support Qualcomm SoCs. The project is expected to host tools and kernel code for different linux filesystems.

This project will be used for mirroring upstream Linux, and posting related patches, bugfixes etc as relevant to Qualcomm servers.

This project has been established to help submit Linux kernel patches for Qualcomm MSM and FSM support and other enhancements, to upstream kernel projects including kernel.org. It is expected that code in this project will be derived from code in the Linux Base Enablement and Android Enablement projects, but will be based on different upstream trees.

The collection of patches that have been submitted to the LLVM Infrastructure Project. The patches are for Hexagon and ARM support along with general enhancements and fixes.

Qualcomm Datacenter Technologies Inc. contributions to the Mariadb
opensource projects

The MeeGo Linux Enablement project is a collection point for open source downloads, patches, and other materials to support the deployment of MeeGo on the Qualcomm MSM family of devices.

There is no active development on this project at this time.

Mobile Power PL Linux Driver provides Linux drivers for NXP Mobile Power products as OVP(Over voltage Protection), charger, PMIC, etc

The Linux BSP provides the low level board support and drivers to enable the MPC8313ERDB board.

General fixes and added functionality for the msm.git repository for MQ devices.

An implementation of the GlobalPlatform Open Mobile API and Secure Element Access Control standards for Snapdragon devices running Android O or later.

Personal Health provides Smart Solutions for Healthier Living.

This project will host patches to a revision of the Linux distro that will enable the integration with various MDM and SDX ASICs.

The feature to be added is proxy ARP in the bridge layer. This project will be making contributions to the Linux kernel network stack.

This project makes contributions to various open source projects related to Linux wireless components.

Qualcomm Datacenters Technology authored patches for the AliSQL database. This includes all patches originally intended to be merged through pull request to the database project.

Qualcomm Datacenters Technology authored patches for the Dotnet projects.  This include patches all patches originally intended to be merged through pull request to the Dotnet project.

Qualcomm Datacenter Technologies Inc. contributions to the golang opensource project (golang.org).

Qualcomm Datacenter Technologies Inc. contributions to the Masstree github opensource projects

Qualcomm Datacenter Technologies Inc. contributions to the memcached
opensource projects

Qualcomm Datacenter Technologies Inc. contributions to the Memtier
opensource projects

Qualcomm Datacenters Technology authored patches for the opensource MySQL database. This include all patches originally intended to be merged through pull request to the database project.

Qualcomm Datacenter Technologies Inc. contributions to the Nginx opensource
projects

Qualcomm Datacenter Technologies Inc. contributions to the NU_MineBench project (Northwestern University).

Qualcomm Datacenter Technologies Inc. contributions to the OperResty project

Qualcomm Datacenter Technologies Inc. contributions to the Redis opensource projects

Qualcomm Datacenter Technologies Inc. contributions to the Silo github opensource projects

QEMU is a virtualization tool and fast, dynamically translating, emulator. Used as a virtualization tool, it leverages KVM to execute instructions and either hardware virtualization or software emulation for peripherals. When virtualization is unavailable or the host and guest architectures don’t match, such as AArch64 running on x86_64, it can emulate either a full system or “user mode”, in which just user-level instructions are emulated and system calls are translated and serviced by the host operating system.

For the Qualcomm Reference Design (QRD). The QRD Android project provides additional enhancements to Android.

Android build containing patches which will enable it to work on Qualcomm Technology Inc’s Bigsky2 phone cato works software will run on APQ8074 processor.

There is no active development on this project at this time.

QTI Robotics provides a project set that is intended to support the following running on Qualcomm SOC

1. Node.js based web server
2. Web-Server Addon Framework to allow for users to customize and add new add-ons.
3. Drivers Qualcomm SOC robotics platform such as IMU Driver, ESC Driver, BMP driver, etc.
4. IMU server and API to access the IMU data that is connected to the DSP of the Qualcomm SOC
5. Other tools to support Qti robotics platform.

The QLST Project is a collection point for open source downloads and other materials specifically associated with the Qualcomm’s Location Servers.

Qualcomm Open Source Technology Group License Identifier tool scans source code and identifies the license and the license text region using known license templates. This tool utilizes a bag of the words approach. Instead of using just one word at a time (unigram), it uses bigram and trigram as one “word”. Then, a distribution of such unigram, bigram and trigram is computed, and is used for detecting the license type. When detecting license text regions, this tool employees edit distance metrics to find the optimal start and end position of the identified license text.

This project will support the development of the Qualcomm Server hardware platform.

QView is a collection of performance tools, scripts, utilities, and kernel modules designed to simplify the configuration and use of Linux performance or analysis tools in conjunction with the debug or performance analysis of Linux systems based on Qualcomm silicon products.

There is no active development on this project at this time.

Provide capabilities for Linux networking bridge to change its bridging behavior according to the port attribute. For example, when there are multiple ports to the same destination, use source MAC address to select the forwarding port, etc.

Designed around DragonBoard™ 410c, a dress with moving robotic parts.

Advanced technology solutions enabling customers to build their applications and get their products to market faster.

A Qualcomm Reference Design Dual SIM Dual Active CDMA + GSM project that allows the end user to have two subscriptions: one on CDMA and another on GSM, and lets the user have simultaneous calls on both subscriptions.

The Code Aurora Forum Simulation and Performance Analysis meta-project mirrors upstream project repositories and provides staging areas for changes submitted back to upstream projects. For more information about a particular project please refer to its upstream website.

The Qualcomm MSM Snapdragon project is a collection point for samples, patches, and other materials specifically associated with Linux applications of the MSM family of devices. This project differs from the MSM Linux Base Enablement Project in that the Snapdragon Project may include pre-production and experimental features as we strive for the best features, performance, and user experience on MSM Snapdragon based products.

There is no active development on this project at this time.

This project will streamline the work flow so the community will always have access to the supported open source software code for various development platforms featuring the Snapdragon™ processor by Qualcomm. Snapdragon Development platforms include a range of products in different form factors. One device is called an Mobile Development Platform (MDP) and includes either a Snapdragon S3 or S4 processor by Qualcomm. These platforms are perfect for Application developers due to the form factor and ability for early access to the latest Snapdragon processor by Qualcomm.

Snapdragon Performance Visualizer is a collection of performance tools, scripts, utilities, and kernel modules designed to simplify the configuration and use of Linux performance or analysis tools in conjunction with the debug or performance analysis of Linux systems based on Qualcomm silicon products.

This software is Linux BSP for APQ8064 with Linux Kernel 3.4. This package provides hardware accelerated multimedia processing for Audio,Video and Camera applications

Synergy Framework Kernel utility wrappers.

Synergy Wi-Fi Kernel utilities.

Enhancements to Android and HW support for sensors, LCD panels, etc, for Qualcomm MSM 7225, 7227, 7627a, and 8×25 based QRD platforms.

All of the patches contained in this project have either been upstreamed or are in the process of being upstreamed to Machine Learning and Mathematics Frameworks.

The USB3.0 project contains patches to support USB3.0 driver development in the Linux kernel.

Vellamo Open shares the heart of Vellamo with the open source community. Our benchmarks quickly became widely accepted by the industry and they sometimes use clever techniques to get reliable measurements out of a very different range of devices. You are encouraged to look at the code, learn from it, build it and try it yourself.

Weave is a communications platform for IoT devices that enables device setup, phone-to-device-to-cloud communication, and user interaction from mobile devices and the web. Weave protocol will be used by Brillo devices to communicate with other devices.

Web Technologies open source projects are related primarily to WebKit based browsers and JavaScript frameworks. Related open source technologies include Google’s V8 Javascript JIT, Tamarin, LibJPEG and LibPNG. This project is a collection of patches to the related upstream projects.

Wireshark plugin requires decoding the lThanksogs in human-readable format. The Bluetooth Protocol Stack (Synergy) dumps all the log in a file in binary format. This project would contain the decoders to convert the binary message to the appropriate string that is in human-readable format.

Qualcomm MSM X Window Enablement Project provides a repository for contributing and developing open source components to enable and optimize X Window System on MSM chipsets. Of particular importance to the project is the hardware based acceleration of graphics, video and other multi-media technologies in the X Window Environment.

Xen Hypervisor provides interfaces for creating Virtual Machines (guest OSs), isolating them, providing paravirtual block, net, console etc devices, IOMMU, device passthrough etc

Yocto is an open source embedded Linux Distribution that provides tools, metadata, and documentation for building custom embedded products across a number of hardware architectures. The faster project aims to enable Yocto project support for Qualcomm SoC’s including enablement of features specific to Qualcomm SoC’s.

There is no active development on this project at this time.