The IoT (Internet of Things) is a marvel unto itself: leveraging the internet to transmit information between devices, and in most cases, greatly improve the quality of life of the people using them. Smart objects take our pulse from our wrists, lock the front door of our home via voice commands, and are disrupting industries like agriculture and retail.
The robotics world is experiencing its own renaissance, as advanced hardware pivots from the military and industrial world to the hands of the public. With prices plummeting for sensors and hardware and AI evolving by the day, the democratization of robotics is paving a path for new possibilities in our personal and professional lives.
With that said, the independent strengths of these two enterprises highlight a promising relationship. Whereas some see a complementary relationship between robotics and IoT, companies like Tomahawk Robotics see a symbiotic relationship in which robotics extend what was thought possible of IoT devices.
The world of robotics has always been characterized by industry-changing advancements. Such is the case with intersecting IoT technology with robotics. While IoT devices and robots are designed for inherently different purposes, it’s naive to overlook how these technologies complement one another. Internet-enabled robots represent a change in the status quo – the ability to integrate with sensors and other devices in a given environment. The addition of the afforded mobility offered by robots makes this a formidable combination.
Possibilities of Robotic IoT in Healthcare
Seeing needs in the world of healthcare that go beyond traditional areas of focus, Samsung has offered a solution in the form of Bot Care. With a unique focus on social care, Bot Care is a service robot aimed at mitigating social isolation and loneliness for elderly patients or those with disabilities. Devices like Bot Care use IoT sensors to analyze biometrics, signaling when a patient is in distress. Then the mobility and autonomy afforded by robots are put into use by the robot calling a service provider, providing medicine, or in some cases, facilitating a video chat between the patient and a medical professional.
Possibilities of Robotic IoT at Work
Smart devices add up, and once they do, it starts to look a lot like a smart office. Devices like iRobot’s Roomba disrupted the appliance market, but it only scratched the service of what is possible.
By applying IoT-enabled robots to their warehouses, Amazon has reduced operational costs, increased productivity, and elevated their workflow. By pairing the machine learning capabilities of robots with the communication strengths of IoT, Amazon’s warehouses are driven by robots navigating their workspace, independent of one another, to scan and move objects without the risk of accidents.
Possibilities of Robotic IoT Abroad and at Home
These examples offer a glimpse into the future of industrial and commercial robots – robots working in tandem with IoT applications to support constant streams of complex data. Tomahawk has combined IoT and advanced robotics to create the world’s first robotic IoT control system, Kinesis. Unifying unmanned systems for the dull, dirty, and dangerous, Kinesis is a testament to what can be achieved by combining IoT and robotics technology. To learn more about how robotics can extend the possibility of IoT, visit tomahawkrobotics.com/kinesis/.