Once the design is finalized, our team meticulously builds your product, whether it’s hardware or custom software. We conduct rigorous testing throughout the development process to ensure functionality and reliability, addressing any issues to guarantee optimal performance. Additionally, we develop bespoke software solutions tailored to operate seamlessly with your hardware, enhancing both functionality and user experience.
Our team is made up of experts in sensor technology, whether it’s optical imagery, LiDAR, INSAR, or hyperspectral. We have extensive experience working with a wide range of systems, from terrestrial to space-based, including the deployment and management of sensors in underground, aerial, and space environments. We understand the importance of often overlooked aspects, such as positioning and timing, data processing, and management. We’ll work with a first principles approach to determine the best technology available to ensure success and scalability of your product.
If your hardware requires bespoke software, we have the expertise to develop it. Our custom software solutions are designed to operate seamlessly with your hardware, enhancing its functionality and user experience.
Our expert team swiftly identifies the cost, schedule, options, risks, and strategy for your projects. We ensure that critical aspects are understood and keep your project on track. We’ve helped create technology successfully deployed globally, collecting millions of square kilometres of data.
We believe in delivering flawless products. Our development process includes extensive testing to ensure functionality and reliability. We identify and rectify any issues to guarantee that the final product performs as intended.
When it comes to high-resolution imaging for both airborne and space applications, Synthetic Aperture Radar (SAR) systems provide unique advantages. SAR technology, increasingly popular over
Many factors must be closely assessed when designing custom remote sensing systems. Whether using SAR, Optical Imagery, or Near Infrared, each system must align with the specific needs of the client and the data needed. From resolution to data collection to platform integration to budget, the timeline for all factors must be assessed for optimal results.
Have you ever wondered how much your location data can tell about your daily habits? With the increasing adoption of Internet of Things (IoT) devices, this data is becoming a goldmine for understanding human behavior. In fact, a report predicts that by 2030, 75% of all devices will be IoT devices. Welcome to the era of the ‘Internet of Behaviour’ (IoB), where geospatial technology is taking center stage.