The LoRaWAN Network Server (LNS) is a critical component of the LoRaWAN network architecture. It manages and coordinates the transmission of data between IoT devices, gateways, and end-user applications, such as IoT platforms.

The LNS processes incoming data from devices, applies encryption to ensure security, routes packages, and manages device connections. It also oversees network performance by distributing loads, adjusting data transmission rates for end devices, selecting data transmission channels, and more.

Our LNS supports seamless integration with various systems, offers data visualization, provides flexible scalability, and features a user-friendly interface for easy administration.

The IoT platform is a software solution designed to enable connection, management, and data exchange between various IoT devices.
The platform facilitates the collection, storage, and analysis of data received from sensors and devices. Key features for users include data visualization, notification settings, and remote device management.
It also includes specialized modules for Lighting Control, and Tracking for personnel and assets tracking.

With the IoT platform, you can develop scalable and secure solutions for monitoring and automating processes across industries such as manufacturing, agriculture, and smart home systems.

Our Billing System is a comprehensive information system designed to automate various aspects of a telecom operator's activities, streamlining operations and improving efficiency.

Key Features and Capabilities:

1. Subscriber base management;
2. Telecommunication equipment management;
3. Monitoring of active network equipment;
4. Tracking connection requests;
5. Help Desk: subscriber inquiries and issue/ticket tracking;
6. Internal task management;
7. Tariff plan and service management;
8. Operator network maps and diagrams management;
9. Authorization modules for subscriber access to services;
10. Service tariffication modules;
11. Payment gateways integration;
12. Bonus and recalculation modules;
13. Operation logs for actions performed by subscribers and operators;
14. Subscriber portal (balance, usage details, call history, tariff plan changes, service activation/deactivation, reports);
15. Advanced reporting module with charts and diagrams (financial reports, monthly performance trends, billing details, subscriber inquiry metrics, traffic volume by month, penetration rate analysis by region, etc);
16. Integration with email system;
17. Integration with OTT service (IP TV);
18. IP address management (IPv4, IPv6 allocation and distribution);
19. Integration with SMS gateways;
20. Wi-Fi hotspot management using UniFi solutions (free access with SMS confirmation, free access for subscribers, paid access);
21. Automated generation and electronic distribution of accounting documents;
22. Scalability to support up to 120,000 active subscribers.

This information system is a powerful tool for automated data collection through electronic surveys. It can be applied in a variety of areas, including:
1. Monitoring Studies (e.g., service quality, public opinion, etc.);
2. Educational Testing (e.g., knowledge assessment);
3. Psychological Testing.

Advantages and Distinctive Features:

• A wide and continually expanding set of form elements, including specialized components such as scales, sequences, set matching, and grids.
• An intuitive and user-friendly web interface for both form creators and respondents.
• The ability to handle large-scale respondent volumes, supporting up to 500,000+ participants per form.
• Integration capabilities with other information systems to enable automated processing of collected data, transmission of additional data when embedding survey links.
• Respondent authorization options via external information systems or popular services.

It provides real-time access to students' academic performance in a convenient electronic format.

Key Statistics:

• Up to 12,000 unique daily users;
• Up to 90,000 unique daily views;
• A total audience of up to 150,000 unique users.

Key Features and Capabilities:

• Data Import, available both manually and automatically (scheduled with no user intervention). The import mechanism is multi-threaded and utilizes a queue-based system.
• Visualization of academic information for students, parents, teachers, and school administrators (including current and final grades, homework assignments, class schedules, announcements).
• Messaging module for streamlined communication.
• Mass messaging capabilities for school administrators and teachers, allowing targeted messages to be sent to the entire school, specific grades, classes, subgroups.
• Announcements module for administrators to share updates with schools, grades, classes, or subgroups.
• Online video conferencing for virtual lessons and meetings.
• File storage with customizable access permissions for different user categories.
• A fully functional REST API and a mobile app "Online Journal" that interacts seamlessly with the platform.

YAR-IX is a hardware and software solution designed to establish a public Internet Exchange Point (IXP) for efficient traffic exchange via BGP peering.

Key Features and Achievements:

• XML-RPC API for interaction with BIRD dynamic routing service;
• Looking Glass service for visualizing the state of services (connections, routing information, etc.) and debugging connections by participants;
• IPv4 and IPv6 support;
• Service for automatic updating of participant information from public RIR (Regional Internet Registry) databases, in particular: IPv4 and IPv6 networks, autonomous systems, routes;
• Intelligent BIRD configuration, allowing participants to manage their connection to the exchange point;
• The IXP request to the European Internet Registry (RIPE) obtained the relevant resources: autonomous system (AS) number, IPv4 and IPv6 network.

This solution is well-tested, replicable, and enables the rapid deployment of Internet Exchange Points (IXPs) for efficient internet traffic exchange.