Solution Framework For IoT Application

KAA IoT

Kaa IoT is one the most efficient and rich open-source Internet of Things cloud platforms where anyone has a free way to materialize their smart product concepts. On this platform, you can manage an unlimited number of connected devices with cross-device interoperability. You can achieve real-time device monitoring with the possibility of remote device provisioning and configuration.

MACHINNA.io

machhina.io IoT platforms provide a web-enabled, modular, and extensible JavaScript and C++ runtime environment for developing IoT gateway applications. It also supports a wide variety of sensors and connection technologies including Tinkerforge, brackets, Xbee, and many others, including accelerometers.

ZETTA

Zetta is a server-oriented platform built around NodeJS, REST and a flow-based reactive programming development philosophy linked with the Siren hypermedia APIs. They are connected with cloud services after being abstracted as REST APIs. These cloud services include visualization tools and support for machine analytics tools like Splunk. It creates a geo-distributed network by connecting endpoints such as Linux and Arduino hacker boards with platforms such as Heroku.

GE PREFIX

GE’s platform as a service software for industrial IoT is based on the concept of Cloud Foundry. It adds asset management, device security, and real-time predictive analytics that also supports heterogeneous data acquisition, access, and storage. GE Predix was developed by GE for its operations and has become one of the most successful enterprise IoT platforms, especially with the recent partnership of GE and HPE.

ThingSpeak

ThingSpeak is another IoT platform that lets you analyze and visualize data in MATLAB without the need to buy a license. It helps you collect and store sensor data in private channels while giving you the freedom to share them in public channels. It works with Arduino, Particle Photon and Electrons, and many more applications. It is mostly used for sensor logging, location tracking, alerts, and analysis, with a helpful worldwide community.

DeviceHive

DeviceHive is another feature-rich open-source IoT platform distributed under the Apache 2.0 license, free to use and change. It provides Docker and Kubernetes deployment options and supports various libraries, including Android and iOS libraries. DeviceHive allows you to run batch analytics and machine learning on top of your device data.

Distributed Services Architecture (DSA)

DSA is an open-source IoT platform that unifies separate devices, services, and applications in a structured and real-time data model. It facilitates decentralized device inter-communication, logic, and applications. Distributed Service Links is a community library that allows protocol translation and data integration to and from third-party data sources. All these modules are lightweight, making it more flexible to use. It implements DSA query DSL and has built-in hardware integration support.

Eclipse IoT

Eclipse IoT platform is built around the Java/OSGi-based Kura API container and aggregation platform for M2M applications running on service gateways. Kura is often integrated with Apache Camel. Some major sub-projects include the PAho messaging protocol framework and the Eclipse SmartHome framework.

Open Connectivity Foundation

The Open Connectivity Foundation platform is an amalgamation of the Intel and Samsung-backed Open Interconnect Consortium organization and the UPnP forum. It aims to become the leading open-source standard group for IoT. Its OCF IoTivity depends on RESTful, JSON, and CoAP.

OpenHAB

OpenHAB IoT framework can run on any device capable of running a JVM. All IoT technologies are abstracted by the modular stack into “items” and offer rules, scripts, and support for persistence. It offers various web-based UIs and is supported by major Linux hacker boards.