Technological tasks
The Tech-tasks module is tasks related to the development, implementation and improvement of new technologies, products and processes. If you have development, implementation and other needs you can post information below.
Development of a digital map of the parking complex and a navigation system inside the parking lot of the EXPO business center
The purpose of the technological task is to develop and implement a digital solution that provides: • visualization of the parking space of the EXPO business center in the form of an interactive map; • user navigation inside the parking complex; • reducing the time needed to find a parking space; • simplify user orientation inside the parking lot; • improving the comfort level of visitors and employees of the business center.
Decision acceptance deadline
27.03.26 (inclusive)
Preferred systems
Other technological solutionsNumber of applications
1
Development of a video analytics system for analyzing the flows of cars and visitors on the EXPO territory
To develop and implement a video analytics system that will allow: • to automatically analyze the flow of cars and people; • generate attendance statistics; • Identify congested areas; • Optimize the allocation of infrastructure resources. The solution should be practical, scalable and not capital intensive, with the possibility of using existing video surveillance cameras.
Decision acceptance deadline
27.03.26 (inclusive)
Preferred systems
Other technological solutionsNumber of applications
4
Keeping secrets and preparing databases
Add the basic ability to store secrets (in encrypted form) to the Custom Integration Request and prepare a data schema for calculated fields in order to further use this in substitutions {{secret.*}} / {{calculated.*}} and in JS computing
Decision acceptance deadline
27.03.26 (inclusive)
Preferred systems
Neurotechnology and artificial IntelligenceNumber of applications
3
Development of a 3D mapping system with dynamic camera calibration for an autonomous robot
Existing 3D mapping solutions often assume a static and precisely calibrated camera position, which does not take into account dynamic changes in real-world operating conditions (vibrations, temperature deformations, mechanical impacts). A robot with 8 cameras requires constant support for the accuracy of perception of the environment, especially when working autonomously in industrial, agricultural or difficult natural conditions (for example, in caves, greenhouses, warehouses). The lack of software capable of simultaneously performing online calibration, 3D mapping, and data transmission in a standardized format limits the robot's ability to integrate into digital monitoring and control systems.
Decision acceptance deadline
27.03.26 (inclusive)
Preferred systems
Intelligent control systemsNumber of applications
2
Network infrastructure for cultural events
We are a company engaged in the technical equipment of cultural events (shows, concerts, various events using concert equipment) Our equipment uses network technologies, but using our own digital protocols ArtNET, MAnet, sACN. Therefore, there is a need to build a reliable but mobile network infrastructure. Mobile - because the equipment travels to different venues, each new concert is a new venue. Now the network looks like this: 2-4 ordinary switches (D-link DGS1210) connected by a twisted pair or optics, our devices (remote control, output devices) are connected to them.
Decision acceptance deadline
25.03.26 (inclusive)
Preferred systems
Solving problems of eliminating network outageNumber of applications
3
Estimating the value of an item at an auction based on a photo using AI
The aim of the project is to develop an intelligent system for estimating the value of goods at auction based on the analysis of photographs using artificial intelligence and computer vision technologies. The system should automatically determine the type of object, its main characteristics, condition and market analogues based on images, and then form an approximate estimate of the value of the product. The solution will automate the process of pre-evaluation of lots, increase the accuracy of pricing and reduce the time required to prepare goods for placement on the auction site.
Decision acceptance deadline
24.03.26 (inclusive)
Preferred systems
Neurotechnology and artificial IntelligenceNumber of applications
5
Introducing AI into HR processes
To develop an AI layer on top of a goal management system that: generates strategically related goals based on the GNI, KPIs of the department and the goals of the head, evaluates the quality and relevance of goals, ensures alignment of the employee's goals with the company's strategy.
Decision acceptance deadline
18.03.26 (inclusive)
Preferred systems
Other technological solutionsNumber of applications
25
Intelligent routing system for special equipment (IS UTO): optimization of routing of special equipment to oil fields
To develop a prototype of a backend service that solves the problem of optimal routing of special equipment. The service must: 1. Recommend the optimal technique for the application with the justification of the choice: distance along the graph of roads, estimated time of arrival (ETA), priority of the application, availability of equipment. 2. Build routes according to the graph of roads of the deposit (the graph has already been restored from GPS tracks and is provided ready-made). 3. Take into account the priorities of applications: for a high priority, it is allowed to choose a more distant but free technique; for a low priority, it is allowed to wait for the nearest one. 4. Evaluate multitasking: analyze the feasibility of combining several applications with one machine in one trip. 5. Provide the result via the REST API and support the visualization of routes (minimally — coordinates / geometry, on the demo — on the map).
Decision acceptance deadline
18.03.26 (inclusive)
Preferred systems
Other technological solutionsNumber of applications
14
Introduction of AI in the field of occupational safety
As part of the task, it is necessary to develop an AI module integrated into the existing HSE system, which provides data mining, predictive analytics and automated recommendation generation. To develop an AI analytical layer on top of two ISOT modules that will translate historical incident and observation data into a predictive safety management tool with measurable economic impact.
Decision acceptance deadline
18.03.26 (inclusive)
Preferred systems
Other technological solutionsNumber of applications
18
AI developer (Python/LLM) at the MVP LegalTech project "VERDICTUM"
Create a core system for analyzing court decisions and generating appeals in 30 days. Stack: Python, LangChain/LlamaIndex, Vector DB (Chroma/Qdrant), YandexGPT/GPT-4o API. What needs to be done (MVP): OCR module: High-quality parsing of PDF scans (court decisions). RAG-pipeline: Indexing the database of laws and Plenums of the Armed Forces for accurate references. Reasoning: Analyzing the referee's mistakes and calculating the odds (Predict). Docx generator: Output of the finished appeal in Word.
Decision acceptance deadline
16.03.26 (inclusive)
Preferred systems
Intelligent control systemsNumber of applications
3
