Moscow

Routek

Logistix

LEAD WMS is an adaptable industrial-level warehouse management system that provides maximum coverage of the processes of logistics complexes and the possibility of expanding the functionality in the future. LEAD WMS systems ensure the automation of both the main business processes of warehouse logistics and complex solutions that provide the most efficient management of labor resources, machinery and production equipment to minimize overhead costs, increase the level of service and the overall productivity of the warehouse.

The system includes several solutions. Module 3D warehouse VR: virtual monitoring of warehouse operation (desktop or helmet). Pick-by-Vision - AR based on Augmented Reality Glasses: Hands-Free Mode for up to 15% higher picking efficiency compared to Pick-by-Voice. Automatic defect recognition - monitoring the integrity of the package using the technology of pattern recognition using neural networks (AI). Visualization and modeling - modeling and control of the execution of processes and operations, creation of simulation models, “heating” map. Biotelemetry - analysis of the physical condition of employees using fitness bracelets and adaptive load distribution in the warehouse. Data analysis, deviations forecasting - identifying indirect factors that affect KPIs using artificial intelligence.

warehouse

biometry

artificial_intelligence

Lead WMS

Texel

The solution is a virtual fitting room with 3D models of people, created using Texel software and internally developed 3D scanners.



3D scanner dimensions are as follows: d=2250 mm, h=2580 mm; scan area: d=1200 mm, h=2200 mm, scanning time - 30 sec, model preparation time for display - 1 min, model preparation time for 3D printing - 5 min, flow capacity - 17-40 people per hour, frame speed - 0.05 spins per second, power consumption of a 3D scanner with a computer - 600-700 Watts, 3D model formats: FBX, OBJ, VRML, PLY, STL, detailed texture of 3D model - 1 mm, number of polygons - 1 mln.

System of human body 3D scanning for clothes online retail 

fashiontech

retail

VisionLabs

Face DJ is based on 3D face model reconstruction technology and can transfer it to virtual reality. 3D model reconstruction from a single Image is available due to the technology that defines key points on the face and transfers them to the adaptable virtual head model.

Individual face features are defined in the image, and the virtual model adapts to them. Face key points definition algorithm includes 2 stages. Firstly, the face is detected in the image, then it is extracted from the image and complemented with a set of pre-defined key points. Machine learning is used in both stages. 

<a href="https://itunes.apple.com/ru/app/face-dj/id1208394008?mt=8" target=«_blank">Mobile app</a>

App for 3D model creation and transferring images to virtual reality

recognition

machine_learning

Face.DJ

Vocord

VOCORD FaceControl 3D can recognize faces using 3D technologies, create 3D models using stereocameras, conduct simultaneous identification, compare 3D with 2D images and search in the archive. VOCORD FaceControl 3D works using stereocameras that take two pictures simultaneously from different angles.

identification

video_surveillance

computer_vision

VOCORD FaceControl 3D

With the help of Plannerix, the user can create his own drawings and design interior. The designer includes reusable stickers of basic furniture items, equipment and conventional symbols at a scale of 1:50, the technology for digitization of design project. The user sees the visualized drawing in his smartphone.

The benefits of Plannerix are as follows: OCR-optical character recognition, digitization of drafts and designs with stickers, AR - augmented reality, the system can also measure distance between objects, calculate area and length in real time.

Plannerix

GeoCV

GeoCV creates 3D models of rooms/units using a smartphone with a 3D sensor, for example, Lenovo Google Tango. The system can be used to organize realistic virtual tours around houses and apartments for sale or rent.

PropTech

TRY.FIT allows the customers to choose the most suitable shoes by style and size in both retail shops and online shops. The service functionality is online shoe fitting based on comparing shoe lasts and human feet 3D models. TRY.FIT makes it possible to take feet measurements in the mobile app and use them in the partner’s shops, so the user can choose a comfortable pair of shoes taking into account the anatomical characteristics and individual characteristics.

The selection process is based on the digital modelling of shoes wearing process. For the chosen models have a FIT RATE comfort indicator, which allows to compare the shoes. To be sure the user can try the shoes on virtually by looking at the interactive image on the foot with the chosen shoe model on, the comfort and discomfort zones will be marked with different colours.

TRY.FIT

Ryegrass

The integrated system with lidar and video cameras for simultaneous navigation and building a 3D model of premises. The product is used for BIM, a fast developing sphere of Building Information Modeling.

The mobile wearable system is designed of simultaneous highly accurate navigation and 3D shooting inside premises and other closed spaces, for instance, mines and excavations, as well as for street GIS shooting with narrow yards and passages between houses (street “canyons”).

The BIM backpack includes 16-channel lidar with a range measurement accuracy of 3 cm (maximum distance – 100 m), color video camera, built-in computer.

navigation

Varya

The hybrid video inertial tracking system allows you to track the orientation and position of a person’s body parts in a space with a high degree of accuracy and frequency which gives you an opportunity to apply this technology in such fields as entertainment, motion capture, sports, medicine.

Locomotion Sensor sets consist of 15 wireless sensors with a two-hour battery, receiver and charging station. The solution comes with infrared cameras that correct the position of a human body in a space over the area of up to 100 square meters.

Sensor sets can be used in a single-user and multi-user mode. The company intends to release a wired solution for VR clubs, animation studios and game design. The solution comes with SDK for common game engines (Unity, Unreal Engine, Google Daydream) and operating systems (Windows, Mac, Unix).

Locomotion Sensor

ViSurgery

ViSurgery Studio allows orthodontists and orthognathic surgeons to perform 3D cephalometric analysis of patients: perform arrangement of cephalometric points and carry out cephalometric analysis in automatic mode using neural network algorithms.

The machine learning algorithm allows doctors to set cephalometric points on a crane, soft tissues – on 3D face model, teeth. The doctor controls position of fixed points using the computer tomography data, achieving increased accuracy. Then the application calculates the required cephalometric parameters. Only after a detailed analysis of the received results, the orthodontist makes a final diagnosis and selects treatment method which reduces the risks of possible complications.

Tech Solutions

Routek

Lead WMS

Texel

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Face.DJ

VOCORD FaceControl 3D

Plannerix

GeoCV

TRY.FIT

Ryegrass

Locomotion Sensor

ViSurgery Studio

Tech Solutions

Routek

Lead WMS

Texel

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Face.DJ

VOCORD FaceControl 3D

Plannerix

GeoCV

TRY.FIT

Ryegrass

Locomotion Sensor

ViSurgery Studio

add your project!
fill out the form