GasGarda
IoT Ecosystem for Emergency Gas Shutoff Valve Management
GasGarda is a comprehensive IoT ecosystem designed for utility companies to manage emergency gas shutoff valves remotely. Our team delivered a complete solution including GasGarda admin web dashboard, utility web admin dashboard, installer mobile app, hardware integrations, and AWS IoT Core infrastructure—enabling real-time device control, fleet management, and emergency response capabilities for critical utility infrastructure.
Complete IoT Platform for Utility Infrastructure Management
The challenge was building a comprehensive IoT ecosystem that enables utility companies to remotely manage emergency gas shutoff valves across thousands of installations. The solution required seamless integration between hardware devices, cloud infrastructure, web dashboards, and mobile field applications to provide real-time control, monitoring, and emergency response capabilities for critical utility infrastructure.
GasGarda Admin Dashboard
Device management, monitoring, and control interface
Installer Mobile App
Field deployment and device provisioning application
Engineering Multi-Platform IoT Infrastructure
We developed a comprehensive IoT ecosystem connecting emergency shutoff valve hardware with cloud infrastructure, web dashboards, and mobile applications. The architecture enables utility companies to deploy, monitor, and control thousands of devices remotely through AWS IoT Core, providing real-time device communication, secure command relay, and comprehensive fleet management capabilities.
Dual Dashboard Architecture for Scalable Management
GasGarda Admin & Utility Admin Dashboards
We engineered two complementary web dashboard systems: the GasGarda admin dashboard for device-level management and the utility admin dashboard for enterprise fleet oversight. The GasGarda dashboard provides detailed device control, real-time status monitoring, and configuration management. The utility dashboard aggregates data across thousands of devices, providing regional analytics, emergency response coordination, and integration capabilities with existing utility management systems. Both dashboards connect to AWS IoT Core infrastructure for real-time device communication and command execution.
Tech Stack & Engineering
Purpose-Built for Utility IoT Infrastructure
Our IoT ecosystem leverages enterprise-grade technologies optimized for critical utility infrastructure management:
AWS IoT Core Infrastructure
Scalable cloud infrastructure managing thousands of emergency shutoff valves with real-time device communication, secure command relay, and fleet-wide monitoring capabilities.
Mobile Installer Application
Cross-platform mobile app enabling field technicians to provision devices, configure connectivity, validate installations, and manage valve deployments directly from the field.
Admin Dashboard Systems
Dual web dashboard architecture—GasGarda admin dashboard for device management and utility admin dashboard for fleet oversight, analytics, and emergency response coordination.
Hardware Integration
Embedded firmware and communication protocols enabling secure bidirectional control between cloud infrastructure and physical emergency shutoff valve hardware.
AWS IoT Core - Enterprise-Grade Infrastructure
AWS IoT Core provides the scalable, secure foundation for managing thousands of emergency shutoff valves. The platform handles device authentication, secure MQTT communication, command relay, and real-time status updates across the entire fleet. By building on AWS IoT Core alongside custom web dashboards and mobile applications, we delivered a solution that scales effortlessly while maintaining the reliability and security required for critical utility infrastructure.
Key Features
Comprehensive IoT Platform Capabilities
GasGarda Admin Dashboard
Comprehensive device management and monitoring interface
What
Web-based admin dashboard providing complete oversight of all deployed emergency shutoff valves. Features include real-time device status monitoring, valve control commands, device health metrics, connectivity status, firmware version tracking, and comprehensive activity logs. The dashboard enables administrators to remotely control valves, view historical data, manage device configurations, and coordinate emergency responses.
Why
Centralizes device management for efficient fleet oversight, enabling rapid response to emergencies and proactive maintenance through comprehensive monitoring and control capabilities.
Utility Admin Dashboard
Enterprise-level fleet management for utility companies
What
Dedicated utility company dashboard designed for large-scale fleet management across multiple service areas. Provides aggregated analytics, multi-tenant device organization, regional status overviews, emergency response coordination tools, and integration capabilities with utility management systems. Enables utility operators to monitor thousands of devices simultaneously while maintaining granular control when needed.
Why
Empowers utility companies to manage extensive valve deployments efficiently, providing the scalability and oversight required for critical infrastructure management.
Installer Mobile App
Field deployment and device provisioning application
What
Mobile application for field technicians to install, configure, and provision emergency shutoff valves on-site. Features include device discovery via Bluetooth, WiFi and cellular connectivity setup, device calibration, installation validation, QR code scanning for device identification, and real-time sync with cloud infrastructure. The app guides installers through the complete deployment workflow while ensuring proper device configuration.
Why
Streamlines field operations by enabling technicians to deploy and configure devices efficiently without requiring specialized technical knowledge, reducing installation time and errors.
Hardware Integration & Device Communication
The platform integrates directly with emergency shutoff valve hardware through embedded firmware and secure communication protocols. AWS IoT Core manages bidirectional communication, enabling real-time valve control, status monitoring, and device health reporting. The system supports WiFi and cellular connectivity, ensuring reliable communication even in challenging field conditions.
Secure Device Authentication
Each valve device authenticates securely with AWS IoT Core using certificate-based authentication, ensuring only authorized devices can connect to the infrastructure.
Real-Time Command Execution
Commands from web dashboards are relayed instantly through AWS IoT Core to physical hardware, enabling emergency response within seconds.
Device Health Monitoring
Continuous device health reporting provides visibility into connectivity status, battery levels, and operational metrics for proactive maintenance.
Fleet-Wide Analytics
Aggregated analytics across all devices enable utility companies to identify patterns, optimize operations, and coordinate emergency responses at scale.
The Impact
Measurable Results from IoT Infrastructure Development
Enhanced emergency response capabilities
Real-time remote valve control enables utility companies to respond instantly to gas emergencies, protecting public safety and infrastructure.
Scalable fleet management
AWS IoT Core infrastructure supports thousands of devices with reliable communication, enabling utility companies to deploy at scale.
Streamlined field operations
Mobile installer app reduces deployment complexity and time, enabling faster device rollout and consistent configuration.
By delivering a complete IoT ecosystem with web dashboards, mobile applications, and AWS IoT Core infrastructure, we enabled utility companies to manage emergency shutoff valves at scale. The platform provides real-time control capabilities, comprehensive fleet oversight, and streamlined field operations that enhance public safety and operational efficiency for critical utility infrastructure.