Project Overview

Client

CLSS Platform

Location

USA

Industry

Fire Safety & Security

Deliverables

Cloud Integration & Migration, Data Analytics, UI/UX

"SoftProdigy played a crucial role in transforming our fire safety management system with cutting-edge cloud integration and real-time data visualization. Their expertise in Azure services, authentication mechanisms, and data handling helped us create a robust and scalable solution. I would highly recommend their services for scaling businesses."

Ken West,

CTO

About Client

A Fortune 500 company that designs and manufactures technologies to address challenges in energy, safety, and security. As a global leader in fire safety, the company provides state-of-the-art solutions that enhance fire detection, monitoring, and maintenance. This includes the Connected Life Safety Services (CLSS) platform that transforms how fire systems are designed, commissioned, and monitored, empowering systems integrators and facilities managers to ensure fire safety.

Project Execution

Business Problems

The client’s cloud-based fire safety management platform required integrating various digital tools to enhance real-time monitoring and security. The key challenges included:

Complex Configuration
Managing multi-tenant access and configurations at the code level.
Security & Policy Gaps
Implementing secure authentication and integrating custom policies.
Fragmented User Management
Ensuring seamless Azure AD user and group management processes.
Unoptimized Portal Settings
Configuring Azure services efficiently to handle large-scale data management.

Our Solutions

To address these challenges, the client partnered with SoftProdigy to develop a seamless, secure, and scalable solution for their fire safety CLSS platform. Our solutions focussed on:

Advanced User Authentication & Access Control
Enhanced security with Azure AD B2C, enabling seamless multi-tenant authentication while ensuring compliance with strict access policies.
Optimized File Storage & Data Management
Implemented Azure Blob Storage to enable secure, scalable, and high-speed management of fire safety records, inspection reports, and maintenance logs.
Data-Driven Intelligence & Incident Tracking
Developed a dynamic, data-driven dashboard with real-time analytics and data visualization. Also, integrated live mapping and predictive insights.
Automated Workflows & System Optimization
Leveraged Azure Functions to automate mission-critical workflows, including real-time event triggers, intelligent alert systems, and data synchronization.

Our Approach

This approach transformed the client’s CLSS platform into a secure, scalable, and intelligent fire safety solution:

1
Requirement Analysis

Identifying security gaps, authentication needs, and data management inefficiencies.
2
Secure Cloud Integration

Designing a scalable microservices architecture with Azure AD B2C for secure authentication.
3
Optimized Data Management

Implementing Azure Blob Storage for fast, secure file handling and Azure Database for structured storage.
4
Real-Time Monitoring

Developing an intelligent dashboard with live mapping, predictive tracking, and AI-driven insights.
5
Automated Workflows

Using Azure Functions to automate event triggers, data sync, and alert systems.
6
User-Centric Design

Creating an intuitive UI with role-based access control and custom policies.
7
Testing & Support

Ensuring stability through rigorous testing and providing continuous optimizations.

How We Made it Work

Scalable Architecture & Cloud Integration

Developed a microservices-based architecture to enhance scalability and maintainability. Leveraged Azure Services to securely manage configurations and background processing tasks.

Secure & Compliant Data Management

Implemented end-to-end encryption to protect sensitive fire safety data. Used Azure Database for scalable, secure data storage, ensuring quick access to fire safety logs and reports.

User Experience & Customization

Designed an intuitive dashboard with data-rich visualizations for fire safety personnel. Enabled custom policies for user roles and permissions, ensuring controlled access to different modules.