Escar Radiation Monitoring System for NPP

Helan soft

We partnered with Gelan to develop the web version of their Escar program – a robust nuclear power plant (NPP) software solution. Escar is a specialized radiation monitoring system designed as a comprehensive nuclear power plant monitoring system for facilities and equipment. The platform centralizes the collection, storage, and real-time radiation data tracking into one secure, closed network data system, helping operators maintain safety, compliance, and efficiency across multiple sites.

Launch:

2017-07-12

Task and its realization

Project purpose

The goal was to establish a secure infrastructure for storing, monitoring, and providing real-time monitoring of radiation parameters from NPP premises and equipment, ensuring compliance with strict industry regulations and supporting a reliable NPP safety monitoring solution.

Main features

Centralized system for data entry and real-time monitoring of radiation parameters.
Operates entirely on a closed network to ensure data security and regulatory compliance.
Compatibility with legacy systems, including Internet Explorer 9 and above.
Use of advanced tools like Backbone.js for the frontend and Doctrine DBAL for the backend.

Project advantages

Custom Database: Tailored to meet the specific needs of NPP radiation monitoring requirements.
Secure and Isolated: Designed for operation within a fully closed network to prioritize safety and compliance.
User-Friendly: Intuitive interface for both data entry and visualization, enabling easier adoption by NPP personnel.
Cross-Browser Compatibility: Ensures functionality on legacy browsers while supporting modern standards.
This project showcases a high level of specialization in creating secure, reliable, and scalable systems for critical infrastructure.

Development time

2 months

Team

Backend Developer
CTO
Project Manager

Technologies

Silex
Backbone.js

What was done

1
Analytics
- Explored NPP software needs for a radiation monitoring system with real-time radiation data tracking.
- Analyzed workflows, safety protocols, and compliance standards.
- Identified key data points for collection, storage, and reporting in a closed network data system.
- Evaluated technologies and frameworks to ensure scalable infrastructure and compatibility with legacy systems.
2
Planning and Design
- Designed a secure architecture to enable centralized data collection while maintaining network isolation for safety.
- Built a custom database schema optimized for handling radiation metrics and ensuring high performance under heavy data loads.
- Planned compatibility with standard browsers, critical for legacy systems used in NPPs.
3
Development and Debugging
- Implemented backend using Doctrine DBAL for efficient data processing.
- Developed the frontend on Backbone.js for a responsive and lightweight UI.
- Created a client-side app for multiple workstations inside the NPP’s closed network.
- Conducted extensive testing for security, accuracy, and system reliability.
4
Delivery and Support
- Installed Escar across NPP workstations with regulated processes.
- Provided long-term technical support, regular updates, and system monitoring.
- Implemented regulated processes for system updates and ensured adherence to safety protocols during installation and maintenance.

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