Carpe Diem Solutions develops real-time tracking and positioning systems using Adaptive Lattice Filter algorithms for precise localization of mobile objects in both indoor and outdoor environments. Their technology enhances operational efficiency in sectors such as IoT, smart factories, and autonomous vehicles by providing ultra-low latency and high accuracy in data processing and connectivity.
Funding
$500K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Many real-time tracking and positioning systems struggle to provide accurate and low-latency data, especially in complex environments like indoor spaces or areas with signal interference. Existing solutions often lack the precision and speed required for applications in IoT, smart factories, and autonomous vehicles.
Solution
Carpe Diem Solutions offers real-time tracking and positioning systems leveraging Adaptive Lattice Filter algorithms for precise localization of mobile objects. Their technology delivers ultra-low latency and high accuracy in data processing and connectivity, enhancing operational efficiency across various sectors. The solutions combine sensor data to provide assessment, continuous operational optimization, and condition monitoring for Industrial IoT, maximizing the value of Big Data in real-time.
Target Audience
The primary customers are in Automotive, Aerospace, TMT, Industrial, Life Sciences, Sports and Entertainment sectors, as well as indie developers and companies requiring precise tracking and positioning solutions.
Features
- Adaptive Lattice Filter Algorithms (ALFA) for superior compute performance and precision
- Real-time motion capture, tracking, stabilization, orientation, and positioning systems
- Indoor location tracking using IMU, Electromagnetic tracking, and RTLS
- Adaptive beamforming for improved accuracy, reliability, and throughput in 5G and 6G+ networks
- Multipurpose Inter-Period Signal Processing (MIPSP) for advanced radar applications
- Edge computing capabilities for real-time data assessment and optimization