Temporal Logic Engine for Edge Filtering

A high-performance C service and CLI for validating event triggers under complex temporal constraints directly on embedded Linux hardware.

Tech Stack:

C, Embedded Linux, CLI Design, Bash, Temporal Logic, Systems Architecture

Processing every minor alert in the cloud is expensive and generates excessive noise. In industrial and telematic environments, an event's importance depends on when it occurs (e.g., a "door open" alert is critical at 2 AM but irrelevant at 2 PM). This solution was designed to move scheduling and timing logic from the cloud directly to the device.

Developed in C to operate with near-zero latency, the service monitors the system clock and evaluates incoming events against a library of user-defined "Time Windows." It includes a CLI wrapped in Bash for quick field testing.

Benefits:

Intelligent Filtering:

By evaluating temporal relevance on the device itself, companies drastically reduce cellular data transmission costs.

Zero Alert Fatigue:

Ensures monitoring and security teams only receive notifications requiring real action, eliminating operational false alarms.

Overpaying for useless cellular data transmission and flooding your team with false alerts? Filter noise at the source by programming intelligent business rules directly into the hardware.