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.
- Интеграция системы трекинга работы разработчика с Jira для анализа активности
Develop integration with the Jira API to automatically collect and analyze developer activity. The system should receive data on issues, work hours, task statuses, comments, transitions between statuses, and other activity to assess developer engagement and productivity.
Decision acceptance deadline
19.11.25 (inclusive)
Preferred systems
Other technological solutionsNumber of applications
3
MVP single-phase bidirectional inverter
To develop a functional prototype of an MVP single-phase bidirectional inverter (1-2 kW) designed to convert direct current into alternating current and control energy flows between multiple power sources and loads. The device must support controlled bidirectional operation, real-time voltage and current regulation, and protection against electrical faults. The prototype will serve as a testing ground for testing the topology of the power stage, embedded control software and communication interfaces. The main focus is on achieving stable and efficient DC-to-AC conversion, accurate control algorithms, and reliable fault response.
Decision acceptance deadline
17.11.25 (inclusive)
Preferred systems
Energy conversion and storageNumber of applications
3
AI Voice Gateway
The purpose of the project Creation of a scalable and multilingual AI call center platform integrated with external SIP telephony to automate 90% of incoming customer requests and provide 24/7 round-the-clock service, thereby reducing operating costs and increasing response speed. Description of the task (project) Integration with telephony: To ensure the reception of incoming calls through a single SIP number and their forwarding to the AI engine. Multilingualism: Implementation of full-fledged voice communication and query processing in Russian and Kazakh languages. Autonomous solution: The AI must answer questions using a centralized Knowledge Base that we fill in. End-to-end routing: If it is impossible to solve the AI issue, the system must correctly and intelligently transfer the call to a live manager using the specified criteria. Versatility: The product must be industry-independent, focused on rapid adaptation to a new Knowledge Base.
Decision acceptance deadline
17.11.25 (inclusive)
Preferred systems
Intelligent control systemsNumber of applications
2
Application development (software) capture audio from devices
Goal: To develop a Windows software utility that captures audio streams (incoming and outgoing audio) from the sound card level of a personal computer for further use in streaming speech recognition (STT) systems. Task description: Create a solution that: 1. Intercepts the audio signal from the local microphone and the sound coming into the headphones/speakers, without interfering with network settings; 2. Generates two media streams (incoming and outgoing) with minimal delay; 3. Provides access to streams via API or local interface for integration with online speech recognition services; 4. Works with popular VoIP applications without requiring their modification; 5. Ensures stable operation and low resource consumption; 6. Does not use port mirroring technology or interference with network equipment.
Decision acceptance deadline
13.11.25 (inclusive)
Preferred systems
Intelligent control systemsNumber of applications
4
плата DMX-контроллера (модульная сборка)
Goal Create a printed circuit board for a DMX controller based on a modular architecture with the possibility of replacing or adding functional units (Wi-Fi, Ethernet, GSM, sensors, etc.). Main functions Transmission and reception of DMX512 signal via RS-485 interface. Manage scenes and effects via HTTP/REST API. The ability to update the configuration without soldering (removable modules). Modules Main controller: Arduino Mega / ESP32. Connection: RS-485 (MAX485); Ethernet (W5100/W5500) or Wi-Fi (ESP8266 module); Optional — GSM (SIM800/SIM808). Power supply: input 12 V DC, stabilizers 5 V and 3.3 V. Protection: diodes, fuse, TVS diodes via a DMX line. Connectors: XLR-3 or XLR-5 for DMX IN/OUT, power terminals. Requirements for the printed circuit board The form factor is a compact board with connectors for a standard case. The ability to assemble on a breadboard or printed circuit board (Gerber files). Signatures of all modules and pins on the top layer. A separate area for power supply and protection of DMX lines. Additionally Support for OTA updates (for ESP32). Status output (LEDs: power, error, DMX activity). The debugging UART port.
Decision acceptance deadline
13.11.25 (inclusive)
Preferred systems
Internet of ThingsNumber of applications
1
Forecasting the movement of goods
Develop a method for moving goods between warehouses using machine learning.
Decision acceptance deadline
13.11.25 (inclusive)
Preferred systems
Neurotechnology and artificial IntelligenceNumber of applications
7
The task of developing a Windows client application for tracking the developer's work
It is necessary to write a client application for Windows operating systems (Windows 10/11). It should have authorization, functionality for selecting tracking applications, and the application should also display the user's work time for today.
Decision acceptance deadline
13.11.25 (inclusive)
Preferred systems
Other technological solutionsNumber of applications
2
AI application for banner generation
Goal: to develop an application capable of generating content (images) according to specified parameters It is necessary to automate the process of banner rendering using an AI application based on the API principle.: 1) Transmitting required parameters from the main web application to the AI application 2) The possibility of adding a small hint from the user to the variables (user wishes) 3) Content generation and the AI application provides multiple options to choose from Application Requirements: - Work on the principle of an offline application with an API interface (also possible with a user interface) - Low cost of generated content - High-speed image generation
Decision acceptance deadline
13.11.25 (inclusive)
Preferred systems
Neurotechnology and artificial IntelligenceNumber of applications
4
Web applications for Fintech
We are a young and ambitious team of like—minded people united by a common goal: to create innovative and large-scale IT projects capable of changing the world for the better. We are currently developing our main product, a fintech startup operating in the markets of Russia, Kazakhstan and Eastern European countries. We are looking for a development team for a fintech web application We need a team that can take over the refinement and development of an existing web application. The basic functionality was implemented by the previous team — it is important to quickly enter the project, restore order in the current code and continue development. Tasks: -Optimization and refinement of current functionality -Implementation of new user features -Integration with additional services -Improved UX/UI and performance Requirements: -Experience working with financial web products - The ability to quickly get involved in a project and work with existing code - Leadership and willingness to take responsibility - Understanding fintech, digital payments and cross—border transfers will be a big plus. - Ability to work in conditions of uncertainty We offer: -Long-term cooperation with the prospect of expansion -Participation in product development: from the web version to the launch of the mobile application -The ability to influence architecture and technical solutions We are looking for a team that is ready to actively participate in the project, offer solutions and grow with us. We are ready to discuss the format of cooperation, deadlines and budget. If your team is interested, write to us and tell us about yourself and your experience in fintech!
Decision acceptance deadline
13.11.25 (inclusive)
Preferred systems
Other technological solutionsNumber of applications
9
Development of an intelligent service for automatic assessment of vehicle damage
• Upload photos or videos of a damaged car (via an app or web form). • Automatic detection of the type and degree of damage to the body using the AI model. • Preparation of a preliminary damage report.
Decision acceptance deadline
13.11.25 (inclusive)
Preferred systems
Intelligent control systemsNumber of applications
4
