Internet of things

Internet of Things (IoT) is the next evolution of the internet taking a giant leap with its ability to extract, analyze and share data. RFIDs, microcontrollers and other sensor technologies back-track to the roots of IoT. These devices added up to only 50 million connected devices before the introduction of smartphones.

Emergence of the ubiquitous devices – Smartphones, has exponentially increased the total number of connected devices and actually brought the IoT technology to reality. Today the sensor technologies are communicating via internet with other devices including smartphones, thus calling themselves as smart sensors, smart location devices, smart actuators etc. IoT is nothing but a network of these physical objects having embedded tools to interact, sense and communicate with their external environment or their internal states.

Statistics says that by 2020 IoT will have around 26 billion units connected excluding the PCs, tablets and smartphones connected to the edge of the internet; today contributing to around 40% machine-generated data of the total data generated. IoT is an exciting development following the internet revolution; in which personal devices, physical objects communicate with each other to take autonomous actions based on intelligent decisions without human interactions. It encompasses information services, communication services, hardware and embedded software services associated with things. Market factors like lowering production costs for smart devices, general proliferation of devices like sensors, processors and its dropping costs have contributed to the low cost of adding IoT capabilities. And technical factors like more efficient wireless and wired communications, less data connection charges by the connectivity providers, expanded cellular networks leading to increased bandwidth and signaling are fueling the emergence of IoT technology to the point that connectivity will become a standard feature.

Industries ranging from manufacturing to healthcare to lifestyle sense an urgent need to radically change their strategies to create, operate and service their products and capture this eminent wave of value- creation opportunity. The IoT ecosystem has a set of myriad technologies underlying it and organizations need a trusted partner who have strength of industry knowledge, expertise and proficiency to deal with connecting a varied array of platforms and technologies on which the devices run. They need a technically sound partner who will help them overcome certain challenges like data and information management issues, privacy and security concerns, interoperable technologies, standards and have a holistic view of their IoT landscape

Gowdanar and IoT

Gowdanar through its IoT Center of Excellence (IoT CoE) has rich expertise into M2M communications, cloud, analytics, wireless and mobile – the key underlying technologies of IoT with a right mix of open source and commercial offerings. Our IoT service offerings ensure a simplified way to derive value from IoT devices. Using our services you may develop various mobile apps, applications which may feed IoT data to your backend enterprise. Our analytics and visualization dashboards will help to generate valuable, actionable insights and new business models.

With a deep technical experience in cloud services and architecture, Gowdanar has the required skill set to contribute to the next generation operating systems of the IoT. From the architecture viewpoint there are several service areas that build a robust IoT service for your requirements.

Gowdanar has developed several domain specific solutions that have helped our clients across various industries like utility, supply chain, transportation, education etc. to leverage potential benefits of IoT technologies and M2M communication using IPv6 protocol. Under the IoT portfolio we have expertise on various technologies like:

  • Machine to Machine – collect information through meters or sensors and communicate through wired or wireless devices network
  • Sensors – subsequent actions through sensors or actuators take place based on certain environmental changes
  • Smart meters – track resource consumption and provide analysis for better decision making
  • Connected machines – automate processes through an intelligent network of devices and alert the users on reaching particular preset values

These implementations have increased their revenue streams, improved their security systems and helped them deliver more reliable and responsive services to the consumers which resulted into improved customer experiences.