GoWarriorOSH

With the advent of GoWarrior, an entirely new concept Open Hybridware is come up with and launched to represent Open Source Hardware 2.0 addressing considerable challenge frequently seen in Maker’s innovation process, the newly emerging trend within Maker community. The core idea behind Open Hybridware is to go beyond open source respectively in either software or hardware and well-managed proactive community. The Hybridware providing seamless integration of open source hardware, software and service represents system level in tacking the growing complexity of maker applications. Like the GoWarrior, the development boards that were gaining popularity had fairly powerful processors, similar to those found in cell phones and tablet PCs. What they typically did not have was an easy-to-use development environment, a good out-of-box experience, or an established community of users. With its strong capability, GoWarrior excels in these realms. GoWarrior also gives you the power of Android/Linux under its hood. There’s a lot to understand about Android/Linux, but with GoWarrior, you can focus on bringing your creation to life without needing to know that Android/Linux is there. This makes it easy for users to get more power and capabilities without sacrificing ease-of-use or community support. GoWarrior provides an easy-of-use web service which include: pre-integrated web storage service base on AWS S3 which brings high security, privacy protection and global accessibility and the M2M communication service base on MQTT protocol which brings round-the-clock message publishing and subscription capability for every GoWarrior platform.

GoWarrior is a compact, open-source, embedded Android/Linux computing platform geared toward maker and entrepreneur. It brings together a rich feature set of innovative building blocks with cloud-driven back-end service deployment. It is also an ideal platform for prototyping to project and product design that take advantage of the power and freedom of Android/Linux ecosystem, combined with direct access to input/output pins and buses, allowing you to interface with electronics components, modules, and USB/Wi-Fi devices.