Advanced 360⁰ security to defend solar energy infrastructure

The mix of OT (operational technology) and IT systems create unique security challenges.  Threat actors can cause remote access exploits, install malware to disrupt communications, and deploy ransomware to encrypt the Supervisory Control And Data Acquisition (SCADA). Attackers may steal sensitive performance data or proprietary business plans. 

OPERATIONAL RANSOM: By encrypting control systems tor inverters, attackers paralyze energy production.  Companies often face pressure to pay a massive ransom ( averaging hundreds of thousands of dollars) to regain control and avoid costly downtime.

(Mid 2024) The FBI issued alerts about increasing cyber threats to the U.S. renewable energy sector specifically targeting vulnerabilities in solar farm hardware like internet connected Inverters that could disrupt power.

June 4th 2024- Media outlets reported that a cyber-attack hijacked 800 compact remote monitoring devices to enable bank account thefts. The devices are used at solar power generation facilities. The cyber criminals used a known vernability to install a backdoor that gave them control of the devices.

Solar Shield 360 dedicated team of energy experts implements proactive defense for solar farms using a multi-layered strategy to protect both Operational Technology (OT) and Information Technology (IT) environments, ensuring compliance with regulatory standards, as part of their commitment to green energy solutions.

The mix of OT (operational technology) and IT systems creates unique security challenges that energy experts must navigate. Threat actors can exploit remote access, install malware to disrupt communications, and deploy ransomware to encrypt the Supervisory Control And Data Acquisition (SCADA) systems. These attacks may lead to the theft of sensitive performance data or proprietary business plans, which is a concern for those in critical energy infrastructure.

The NERC Critical Infrastructure Protection (CIP) standard form the backbone of cybersecurity. NERC CIP-003-9 is a cybersecurity reliability standard that strengthens security for "low impact" ( 20 MW to 75 MW) Bulk Electric Systems (BES). It mandates that entities implement methods to detect, disable, and monitor vendor electronic remote access (VERA). CIP-003-9 is all about how security management controls are managed and maintained.  It outlines the expectations for planning and oversight for registered entities. In the United States, CIP-003-9 is listed with an effective date of April 1, 2026. CIP-003-9 refines existing compliance expectations without disrupting ongoing compliance cycles under the prior version. 

The U.S. Federal Energy Regulatory Commission (FERC) published an order approving the Reliability Standard CIP-003-9 by the  North America Electric Reliability Corporation (NERC). The FERC order identified that Reliability Standard CIP-003-9 would require responsible entities to include vendor electronic remote access security controls in their cybersecurity policies, requiring responsible entities with assets containing low impact BES Cyber Systems to have methods for determining and disabling vendor electronic remote access, and to have methods for detecting malicious communications for vendor electronic remote access. 

Non-compliance with NERC CIP-003-9 can result in severe penalties of up to $1.54 million per violation per day. Additional consequences include mandatory, costly mitigation plans, reputational company damage, increased regulatory audits, and potential exploitation of vulnerabilities by cyber criminals.