At NiftyBits, we bring your ideas to life through seamless integration of hardware, software, and mechanics. Whether it involves office plant monitoring, inspection of microorganisms, or detection of beanbags, we develop smart products that are measurable, sustainable, and that most importantly, satisfy your goals.
The ‘mite camera’ brings agricultural inspection to a higher level with AI-driven gigapixel analysis. A solution was developed with NiftyBits that combines fine mechanics with machine learning to make details that are invisible to the eye measurable. This resulted in quick and objective inspections with total precision control.
Conductr brings classic games to life with interactive technology. With RFID technology and a smart sensor grid, NiftyBits developed a scalable solution in which hardware, software, and design come together. The result is a renewed game experience for game halls and high-quality entertainment establishments.
A buddy to whom you can tell how you feel. A social robot for those who have trouble expressing their emotions. Felix has already been successfully integrated into healthcare settings (homecare, GGZ, VG, Jeugdzorg) for individuals with disabilities, autism spectrum disorder (ASD), or psychiatric conditions. Felix has also been successful in (special) education for vulnerable children.
Everyday devices converted into smart consumer electronics through universal IoT modules and hybrid app services. NiftyBits has developed a system that makes local and cloud interactions possible. This makes the product user-friendly and delivers crucial, data-driven insight for the manufacturer for future innovation.
Novafunsports makes outdoor play interactive with the smart playground structure, 'Moby'. NiftyBits developed the underlying technology with sensors, audio, and cloud software. This makes for a dynamic play experience with remote real-time insight and management.
Our client brings interior planting to a higher level with smart technology. Together with NiftyBits, they developed a data-driven solution with sensors and a cloud platform. This results in more efficient plant management, healthier plants, and less unnecessary maintenance.
Monitoring of water quality and water levels in the field is often still done manually. Inspectors must carry out the measurements on site which costs time and only gives a limited view of what is continuously happening. By combining multiple sensors into one compact module, measurements like temperature, pressure, and conductivity (EC) can be automatically conducted. The gathered data then becomes available for further processing within the existing system. This creates a solution that makes it possible to continuously monitor water, without the need for repeated on-site visits.