With futurist technologies like artificial intelligence(AI) now giving a facelift to Virtual Reality and Augmented Reality, anyone would doesn’t want to admit that humans will soon do less in reality, but more in computer generated 3-D environments is living a lie. It is all thanks to advanced haptic technologies. Being a topic in which you can order thesis help, there is a lot going on right now about how these inventions can be made more energy-efficient.

Boreas Technologies: a quest for power boost in smart devices

While pursuing his Ph.D studies at Harvard’s John A. Paulson School of Engineering and Application, Simon Chaput came up with a discovery, something led him to launch Boreas Technologies with express permission from the University and support from Office of Technology Development (OTD). Simon realized that devices that employ haptic technology such as smartphones, electronic gaming consoles, cooling fans keyboard/mice and wearable are power-hungry. Thus, he had to find a solution sooner than later. His company, and the idea behind it, went on to attract massive investments from around the world.

Today, Boreas Technologies, a project aimed at reducing power consumption in haptic devices caused by piezoelectric actuators and other components is arguably the next big thing.  But, before further ado into how it is changing things, you may want to ask; what is haptic technology?

Understanding Haptic technology

Smart devices with touchscreen capabilities are definitely a new frontier in turning human body sensors into usable technologies. In the process, there is an ever higher quest to make virtual reality more satisfying on Graphic User interfaces. Take for example, when you press a button on touch screen computer, graphic animations that give an impression of it moving in and out is the result. Haptic technology in its various forms such as magnetic levitation now makes it possible to also hear a sound upon pressing the button.

Telemedicine where medics can learn how to operate tiny the body of a human being in a 3-D virtual environment is another great example. In a nutshell, sensations such as vibration on screens upon touch that were once impossible are now becoming realer, thereby, improving user experiences on smart gadgets. You may for example, want to talk about a stylus pen that transfers real sensory messages from the human hand onto a touchscreen so you can feel everything in virtual settings. There is also a case of telepresense, which, while still undergoing development, is set to transform defence systems. Soldiers will be able to experience real battle field environment through haptic technologies deployed in robotics.

Cutting down energy consumption and costs

Now, come to think about it. With haptics comes huge power consumption as mentioned earlier. Also, noting that it is this concern that drove Simon Chaput into figuring out a solution, thereby, Boreas Technologies came to be. Moreover, you may want to ask; is he making progress, and how does his innovation provide solutions to smart gadget manufacturers?

Well, having partnered with several tech-giants, the company’s CapDrive™ technology, according to information available on its website, is making significant headways into a future of less energy consumption for more reliability and efficiency.  Its first product, BOS1901, is a single chip piezo actuator. So far, results have been positive in applications that have limited space and power capabilities such as smartphones, laptop computers and electronic gaming consoles, thanks to its ultra-low-power consumption for less energy dissipation.

With Boreas BOS1901, you do not need another integrated circuit. It can trigger a reversible piezoelectric effect and also send pressure to a haptic interface as a piezo actuator, an LRA normalization phenomena that cuts your power bills by up to 20 times. So, if you’ve been thinking, is there a way of boosting power for mobile technologies, this is the time to request a write my essay for paper help. You won’t regret crafting an amazing paper on this high-end innovation.

Author Bio: 

John Wilkins is a tech-guru with an interest in emerging haptic technologies. After graduating with BSc degree in Information technology, he is always on toes looking for solutions to everyday tech-related problems through writing.