Personal project / IoT / Industrial Systems
Mesher Vector — Industrial IoT Gateway
A connected gateway concept for bringing useful machine and sensor data into remote monitoring and analysis workflows.
- Work type
- Personal project
- Status
- Product development
- Period
- Undisclosed
- Scope
- IoT / Industrial Systems
01
Context
The system needed to bridge physical signals and equipment interfaces with dependable edge processing and a lightweight, interoperable data path.
02
Engineering problem
Industrial machines and sensors often expose valuable signals but lack a practical route to modern connectivity, remote telemetry and actionable monitoring.
03
My responsibility
- End-to-end gateway architecture
- Sensor and equipment interface definition
- Local processing and event-flow design
- MQTT-to-dashboard data path
04
System architecture
01Sensors / equipmentAnalogue · digital
02Mesher VectorAcquisition gateway
03Edge processingFilter · contextualise
04MQTT / cloudTransport · storage
05DashboardMonitoring · alerts
05
Engineering approach
- Kept acquisition, edge processing and transport concerns distinct
- Filtered and contextualised events before transmission
- Used MQTT as a simple decoupled messaging boundary
- Designed for monitoring and future analytics without claiming predictive outcomes
06
Implementation
- Analogue and digital input concepts
- Local signal processing
- MQTT telemetry
- Database, dashboard and alert integration path
07
Validation
- Signal-path checks
- Message delivery and reconnect scenarios
- Timestamp and data-shape review
- End-to-end monitoring workflow verification
08
Outcome
- A defined route from legacy equipment signals to remote visibility
- An extensible base for equipment and energy monitoring
- A connected-system architecture suitable for continued prototype development
09
Technologies / methods
10
Related capabilities
Developed as a personal engineering project. No commercial deployment or customer performance claims are made.