GasGarda | Intelligent Gas Safety & Remote Shut-Off

Role: IoT Solutions Architecture, Software Engineering & Systems Integration
Client: Planet Safety Systems Technologies
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The Challenge

Natural gas infrastructure demands reliable monitoring and rapid emergency response. Undetected gas leaks, carbon monoxide exposure, equipment failures, and delayed intervention can threaten lives, property, and critical infrastructure.

The challenge was to integrate wireless sensing, intelligent monitoring, and automated control into a scalable safety system capable of detecting hazardous conditions and supporting timely intervention.

The Solution

I contributed to the technical architecture, software engineering, and systems integration of GasGarda, an Industrial Internet of Things (IIoT) gas safety platform developed by Planet Safety Systems.

GasGarda integrates wireless environmental sensors, industrial gateways, remote monitoring, and connected control equipment to identify hazardous conditions and support automated or remotely initiated safety responses.

Key Capabilities

• Gas & Environmental Detection: Wireless monitoring of carbon monoxide (CO), hydrogen sulfide (H₂S), and other environmental conditions.
• Automated Safety Controls: Trigger connected relays and control devices when predefined conditions are detected.
• Remote Gas Shut-Off: Support remote gas isolation through integrated valve-control systems.
• Wireless Telemetry: Long-range wireless sensor networks connected through industrial and 4G LTE gateways.
• SCADA & PLC Integration: Modbus RS-232/RS-485 connectivity with existing industrial infrastructure.
• Real-Time Monitoring: Centralized sensor reporting, equipment status, and configurable alerts.
• Distributed Infrastructure: Architecture supporting residential, commercial, industrial, and utility applications.

Technical Architecture & Engineering

My work involved connecting physical sensing infrastructure with software-driven monitoring and control systems, addressing device communication, system integration, telemetry, and operational reliability.

The architecture incorporates wireless sensor networks, cellular gateways, industrial communication protocols, cloud connectivity, and automated control logic.

Operational Workflow:

Detect → Communicate → Evaluate → Respond → Monitor

Outcome & Vision

GasGarda demonstrates how connected hardware, industrial software, and intelligent automation can work together to improve visibility and response capabilities across safety-critical environments.

The technology has potential applications in natural gas utilities, industrial facilities, commercial buildings, distributed infrastructure, and automated environmental safety systems.

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