Breakthrough Information Technology Center
Far Faces
Mobile Facial Recognition
Our team of the World’s best programmers, designers has developed a Facial Recognition (FR) application that can be installed on mobile phone, tablet or Smart Glasses, with the main functionality of face detection and recognition with high quality. The idea is to use images from camera inside of smart-glasses, mobile phone or tablet to detect and recognize the faces of people around the operator (who wears the glasses). It is planned to move recognition inside of the glasses or other embedded device. Based on following results it is possible to discuss the main features of this product with possible customers and partners in case of common development on their platforms and with their requirements.
3D-Mapping: Stereo SLAM + Muliti View
In robotics, mapping and navigation, Simultaneous Localization and Mapping (SLAM) is the computational problem of constructing and/or updating a map of an unknown environment while simultaneously keeping track of an agent's location within it. While this initially appears to be a chicken-and-egg problem, there are several algorithms known for solving it. Our team is also working on a prototype of the ADAS-sensor product, with a set of ADAS algorithms running on high-performance embedded platform. However, these prototypes will be built on a set of ready modules (such as, optical sensors, IMU, GPS, processing units).
360 Immersive 3D Virtual Reality
Virtual reality can artificially create a sensory experience, including sight, touch, sound, and smell. Most of up-to-date virtual reality is displayed either on a computer monitor or with a virtual reality headset (also called head-mounted display) and some simulations include additional sensory information and focus on real sound through speakers or headphones targeted towards VR users. Some advanced haptic systems now include tactile information, generally known as force feedback and can be used in educational, medical, military and gaming applications. The dominant modality of modern people's perception is visual (up to 70 % of the total information) and an audio-modality.
1. Development and Design
2. Proprietary Technologies
3. Field Tests and Customization
SLAM
Polarization
ADAS
Augmented and
Virtual Reality
Mobile Facial
Recognition
Helping you find the right solutions.
Our principle is to work in partnership with our clients. We see ourselves as your professional partner, someone who has developed and implemented a personalized and integrated concept that exactly suits your requirements.
Our team of advanced programmers and program developers/content creators have a unique opportunity in short time to introduce to the I.T. market the quality products of international standards. We are ready to cooperate with any private or corporate customers.
Polarization
Big Data
ADAS
Specialists of our company have developed a prototype of an optical sensor that uses shooting capabilities with a polarization filter for fast and cheap 3D modeling of filmed scenes. The prototype includes a library of computer vision algorithms and a hardware platform. The goal of the project is to develop 3D modelling software that uses the processing of stereo images and polarization images that work in different lighting conditions. The application of this technology has a high potential in: Archaeology and restoration, digital forensic examination, measurement of volumes in mining, forestry, agriculture and construction, analysis of oil towers and oil and gas pipelines, flaw detection of hydro constructions.
This area of our activity is associated with the analytical processing of large data sets, produced by Information Collection Systems such as sensor networks, mobile communication networks and computer networks such as Internet social networks. Huge growth of information that flows around the world required the development not only of new means of storing, but also building a fundamentally different treatment models, search, analysis and use. There is a constant need for the development of software and hardware systems, using new approaches of data retention, the creation of which could lead to breakthroughs in business.
Our team has developed a prototype of ADAS-sensor product, with a set of ADAS algorithms running on high-performance embedded platform. These prototypes are built on the set of ready modules (optical sensors, IMU, GPS, processing units). Our ADAS team’s main competences are: ADAS algorithms, System engineering, Mature development processes (Scrum, Kanban, Waterfall), CUDA & OpenCL intensive computation, FPGA programming. Our current achievements in Advanced Driver-Assistance System development are: Patented stereo algorithm, Robust to calibration errors – up to 3 pixels, Target platform – Xilinx 7020, HD resolution, High performance – 20 fps, Low latency – 50 ms, Sparse disparity map – up to 120000 features.