Definition:
The protection of energy infrastructure from cyber threats, including AI-driven security solutions and blockchain-based transaction security.
Key Components:
- Intrusion Detection Systems (IDS): Monitors grid networks for cyber threats.
- Blockchain for Energy Transactions: Ensures tamper-proof energy trading and billing.
- AI-Based Threat Analysis: Uses machine learning to detect anomalies.
Use Cases/Industries:
- Smart Grid Security: Prevents hacking and unauthorized access to grid systems.
- Critical Infrastructure Protection: Secures power plants, pipelines, and transmission networks.
- Energy Market Fraud Prevention: Ensures secure energy trading and billing.
Advantages:
- Prevents Cyber Attacks: Reduces risks of grid blackouts due to hacking.
- Enhances Energy Transaction Security: Blockchain enables transparent energy markets.
- Improves Real-Time Monitoring: AI detects threats before they escalate.
Challenges:
- Rapidly Evolving Threats: Cybercriminals continuously develop new attack methods.
- High Implementation Costs: Requires ongoing investment in security infrastructure.
Related Terms: Grid Cybersecurity, Digital Energy Protection, Energy Blockchain Security
Example:
An energy utility implemented AI-driven cybersecurity, preventing a potential ransomware attack that could have disrupted power distribution.
Visited 1 times, 1 visit(s) today
Synonyms:
Power Grid Security, Digital Infrastructure Protection, Cyber-Resilient Energy Systems
