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Contextual Cybersecurity for Distributed Energy
and EV Charging Networks

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The global energy transition entails growing cybersecurity threats

Energy and power networks that were once centralized, physically air-gapped, isolated and manually operated, are now highly distributed, digital, interconnected, and increasingly reliant on software and cloud-based management systems.

Consequently, as distributed energy and EV charging sites and networks are globally deployed, new cybersecurity risks, vulnerabilities, threats and overall exposure are introduced, putting in danger the world’s energy infrastructure.

Distributed Energy Resources Cyber Security
EV Charging Security

Distributed energy security risks

Unique attack surface and vulnerabilities – EV charging sites, Battery Energy Storage Systems (BESS), Distributed Energy Resources (DERs – solar panels, wind turbines), microgrids, substations etc. have inherent cyber vulnerabilities and risks that jeopardize energy and power availability, integrity, and the entire grid.

These platforms, sites, and networks represent a highly impactful target for cyber attackers and malicious perpetrators of such activities.

Distributed energy networks are not adequately cyber-secured

Direct internet connection, proprietary protocols (including OCPP, OCPI, IEEE 2030.5, DNP3, IEC 61850, OpenADR 2.0, etc.), lacking authentication and encryption, proper segmentation, and devices with known vulnerabilities are making these networks especially exposed and susceptive to cyber attacks.

EV Charging DER Cyber Security

Vast attack surface due to high network connectivity

SaiFlow's Solution:
Securing Distributed Energy and EV Charging Networks

SaiFlow is on a mission to secure the future of global distributed energy by providing contextual and tailored cybersecurity solutions for the global electrification and energy transition.

SaiFlow provides tailored and contextual cybersecurity measures for distributed energy assets, sites and networks, including EV charging, DERs (wind turbines, solar panels), Battery Energy Storage Systems (BESS), microgrids, substations and more (focusing on standard protocols, such as, OCPP, OCPI, IEEE 2030.5, DNP3, IEC 61850), based on three core engines aimed at protecting you from internal and outside cyber threats

Energy asset and network observability that automatically maps and visualizes the distributed energy network

Enhance your EV charging and distributed energy multi-site network security posture and control with SaiFlow’s energy asset observability, posture and risk management engine, providing the tools to map your entire energy network, detect and mitigate any exposures, misconfiguration, and embedded vulnerabilities.

EV Charging Risk Management
Charging Site Cyber Monitoring

Continuous contextual cybersecurity monitoring of the distributed energy network, detecting cyber attacks and energy anomalies

Alerting in real time on cybersecurity incidents, fraud and energy anomalies, by uniquely fusing and correlating network, communication, power data and telemetry.

Supporting standard EVCI protocols (Including OCPP 1.6 and 2+) to detect and prevent suspicious and malicious activities unique to distributed energy and EV charging networks.

Root-cause analysis that accelerates the mitigation process and maximizes the network's uptime

Correlating network, communication, power data and telemetry to provide root-cause analysis and investigation capabilities for cyber incidents and operational malfunctions, helping to accelerate the mitigation process and maximize utilization, performance and uptime of the distributed energy and EV charging networks.

Energy Networks Cyber Protection

SaiFlow's Edge

The uniqueness of distributed energy and EV charging networks calls for distinctive security solutions and approach

Energy Management Security

Cybersecurity enriched with
contextual smart grid data

Our novel platform correlates smart-grid measurements and energy telemetry together with network activities to detect cyberattacks

Distributed Energy Resources Protocols

Tailored for the EV charging and
energy networks

Built-in support for EV charging and distributed energy protocols and unique architecture and standards (OCPP, IEEE 2030.5, OCPI, NERC CIP, NIST SP 800-82, etc.)

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