The “LITTLE” things we do
At Olive Grove IT we are all about creating unique, tailored solutions to remote sensing and control problems. This means, in particular, customising the design of IoT systems - from defining the problem to delivery of end-to-end platforms. We deliver novel, optimised solutions for modular sensor, controller and power modules that cover a wide range of applications for power, environmental, noise, pollution, motion, waste and medical sensing, and control.
We also support our clients with designing and developing back-end data platforms (including analysis and cognitive inference) and intuitively responsive Web front-end. It’s important to us to remain platform-agnostic, using standard WiFi and Ethernet and open protocols and not getting locked into particular radio, protocol or back-end like most IoT systems.
When we talk about being Agile, it’s more than just words - we live and breathe it every day, being active in delivering our own complex engineering projects in an Agile way and using in-house the very same approaches and tools we suggest to our clients. Which is why when we recommend doing things in a certain way, that’s because we tried and tested it before ourselves and we’re supported by firsthand experience of how it works and what results it brings.
Common “LITTLE” challenges
How Olive Grove IT tackles them
Our goal is to bring elegant, innovative, outside the box solutions to solve your most complex problems. To do that, we use modular reusable designs and not modular hardware.
This allows us to deliver custom solutions that are unique to each client while also remaining affordable and efficient to produce. We customise the sensors, data, collection and analytics to suit the solution so that it delivers precisely the functionalities that are required.
And you are never "locked-in" because we leverage only open technologies and systems. Often these are scalable, cloud-based solutions that can be deployed incredibly quickly anywhere in the world and allow you to keep the costs low.