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Dawon
Energy & Power Cybersecurity

Secure the Energy Systems Powering Modern Society

As energy infrastructure becomes more distributed, digital and interconnected, its exposure to cyber risk continues to grow. Dawon helps energy operators protect generation, transmission, distribution and distributed energy resources through one integrated cyber defense platform.

A Changing Energy Landscape

The Grid Is Evolving. Its Attack Surface Is Expanding.

Traditional power infrastructure now operates alongside renewable generation, battery storage, EV charging networks, smart meters and remotely managed assets. This transformation improves efficiency and flexibility, but it also creates new pathways through which cyber incidents can affect essential operations.

  • High voltage switchyard structures and disconnect switches at an electrical substation

    Distributed Operations

    Energy assets now extend from centralized control rooms to remote substations, renewable sites, field devices and distributed energy resources.

  • Power station control room with a wall mounted mimic panel and legacy operator consoles

    Legacy and Connected Technology

    Long lived industrial control systems must operate alongside modern platforms, connected devices, remote services and open communication protocols.

  • Line worker in a harness and hard hat working on conductor hardware beside a transmission tower

    High Operational Consequences

    A cyber incident can disrupt power availability, damage equipment, affect worker safety, create environmental risks and interrupt the critical services that depend on energy.

From Generation to the Grid Edge

One Security View Across the Energy Ecosystem

Dawon provides consistent asset intelligence and operational context across centralized facilities, geographically distributed infrastructure and remotely managed energy assets.

  1. Generation

    11 to 33 kV

    THERMAL · HYDRO · SOLAR · WIND · BESS

  2. Transmission

    400 / 220 kV

    SUBSTATIONS · HVDC · PROTECTION · SCADA

  3. Distribution

    33 / 11 kV

    GRID AUTOMATION · SMART METERS · RTU

  4. Distributed Energy Resources

    415 V

    ROOFTOP PV · BESS · EV CHARGING

The Dawon Layer

ASSET INTELLIGENCE · THREAT DETECTION · RISK · INCIDENT RESPONSE · COMPLIANCE

  • Generation

    Thermal, hydroelectric, solar, wind, combined heat and power, and battery energy storage facilities.

  • Transmission

    Transmission substations, protection and control systems, SCADA environments, and HVDC infrastructure.

  • Distribution

    Distribution substations, grid automation, microgrids, smart meters, and field deployed remote terminal units.

  • Distributed Energy Resources

    Solar PV, wind generation, battery storage, EV charging networks, and remotely managed energy systems.

One Connected Defense Architecture

Turn Operational Data into Coordinated Action

Dawon connects assets, threats, vulnerabilities, operational processes and regulatory requirements so that technical findings can be evaluated according to their real world consequences.

  • Unified Asset and Network Intelligence

    Maintain a current view of control centers, generation facilities, substations, field devices, renewable assets and distributed energy resources including their connections and dependencies.

  • Energy Aware Detection and Exposure Management

    Identify suspicious activity across critical control systems and remote operations. Prioritize exposures based on their potential impact on safety, reliability, and operational continuity.

  • Incident Readiness and Response

    Validate relevant attack scenarios in controlled environments and prepare response procedures before an incident affects live operations.

  • Governance, Risk and Compliance

    Connect operational evidence with applicable requirements, including ISA/IEC 62443, NIST SP 800 82, NERC CIP, NIS2 and relevant national regulations.

  • Third Party and Supply Chain Assurance

    Understand how OEM access, contractors, remote connections, software components and maintenance dependencies affect the wider operational environment.

Response Model
Discover
Detect
Prioritize
Respond
Demonstrate Compliance
Operational Outcomes

Strengthen Security Without Compromising Reliability

Rows of tracking solar panels across a utility scale photovoltaic site
  1. Protect energy availability by reducing the risk of disruption across generation, transmission and distribution.

  2. Prioritize critical exposure using operational, safety, financial and regulatory consequences.

  3. Improve incident readiness with validated scenarios, defined responsibilities and response procedures.

  4. Support the energy transition by securing renewable generation, battery storage, smart meters and EV charging infrastructure.

  5. Simplify regulatory assurance through current evidence, control tracking and audit ready reporting.

  6. Build long term resilience across facilities, technologies, suppliers and distributed operations.

Secure the Future of Energy

Strengthen cyber resilience across traditional power infrastructure and emerging energy technologies through a unified security approach.