PRIOT
visit site- $50,000+
- 2 - 9 employees
- Maribor, Slovenia
Client Insights
Industry Expertise
40%
25%
15%
15%
5%
Client Size Distribution
Small Business (<$10M) 40%
Midmarket ($10M - $1B) 45%
Enterprise (>$1B) 15%
Common Project Size
$50K-$199K 3 projects
$10K-$49K 1 project
Clients
- Sparkasse bank
Highlights from Recent Projects
PRIOT was hired by StarKid Co., an EdTech startup, to design a prototype and develop a mobile application. The company was chosen for its great culture fit and alignment with company values. A team of 2-5 employees from PRIOT led development meetings, brainstormed ideas, and worked with StarKid Co. to create the prototype from scratch. The prototype was delivered on time for review by the investor, which allowed the development process to move forward.
The construction company engaged PRIOT for an IoT project aimed at connecting IoT sensors to the cloud in the concrete production plant and laboratory, laying the groundwork for AI, and optimizing quality control and production planning. PRIOT was chosen for its proximity, budget-friendly pricing, and alignment with company values. A team of 6-10 employees from PRIOT started with a consultation phase to understand existing processes and identify opportunities for optimization. They integrated IoT devices into the production processes and quality control laboratories, connected them to the cloud, and integrated them with a custom-developed web application. This resulted in a streamlined operation and improved production efficiency.
The Planica Institute of Sports hired PRIOT for a custom software development project. The goal was to automate real-time monitoring of the quality of physical conditions for ski jumpers and control and monitor the time components of cross-country skiers. PRIOT was chosen for its good value for cost. A team of 2-5 employees developed software and designed hardware components exclusively for the institute's needs. They integrated anemometers, RFI interfaces, and photocells into a complete system that provided feedback on the ski jumper's identification, movement speed at a specific point, and conversion of wind power into jump length. They also set up RFI chip identifiers at different locations along the cross-country ski track to measure the speed of movement. This resulted in improved control of practitioners on the cross-country ski track, and feedback on the quality of the skis based on ski speed.