Non-deactivatable

Describing something that cannot be switched off, disabled, inactivated, or rendered non-functional. This term signifies a persistent state of activity, operation, or capability. The inability to deactivate can be inherent in the design, a result of security protocols, or a consequence of a specific purpose requiring continuous function. This characteristic is crucial in systems where interruption could cause significant harm, data loss, or a failure to meet critical obligations. Often used in contexts of security, critical infrastructure, or systems requiring constant monitoring.

Non-deactivatable meaning with examples

• The embedded security system was designed to be non-deactivatable, ensuring that it always monitored for threats regardless of the host device's operational state. This constant vigilance protected sensitive data from malicious actors. Any attempt to bypass or disable it triggered an immediate alert, maintaining overall system integrity, thus a significant cybersecurity advantage was ensured.
• In critical infrastructure, the emergency power supply must be non-deactivatable to guarantee continuous operation during blackouts or system failures. This redundancy protects essential services like hospitals and telecommunications from disruption. Its consistent availability is an essential safety measure, preserving life and minimizing the impact of unforeseen events and potential system failure.
• The government implemented a non-deactivatable tracking device within the city grid to monitor traffic flow. This was done to facilitate real-time data analysis. The device was designed to ensure continuous data collection, enhancing traffic management. This helps the city's infrastructure to adjust dynamically, reducing congestion, lowering fuel consumption, and facilitating emergency response efforts.
• Due to stringent industry regulations, all safety mechanisms in the nuclear reactor were designed to be non-deactivatable. Their continuous activation prevented catastrophic incidents and ensured the safe handling of radioactive materials. This ensured safety for the plant workers and wider public. This adherence to safety protocols minimized operational risks.