Securing the Future of Distributed Energy with Inductive Automation and DERSec

 

 

Securing the Future of Renewables with Inductive Automation and DERSec

The global energy landscape is undergoing a seismic shift. As power grids transition toward decentralized, renewable models, over 90% of new power generation now stems from Wind, Solar, and Battery Storage systems. This evolution, while essential for sustainability, has introduced a sophisticated new breed of vulnerability. National-state actors and advanced persistent threats (APTs) are increasingly targeting Inverter-Based Resources (IBRs) and EV infrastructure, exploiting the “invisible risks” inherent in traditional industrial monitoring.

 

In this high-stakes environment, the integration of Inductive Automation’s Ignition SCADA with DER Security’s (DERSec) Sentry technology offers a revolutionary solution. By combining world-class industrial automation with physics-informed cyber-physical analytics, organizations can finally close the gap between digital commands and physical reality.

 

The Challenge: The Blind Spot in the Modern Grid

Most Distributed Energy Resources (DER) rely on legacy protocols like Modbus and DNP3—protocols originally designed for isolated environments that lack modern security controls. Sophisticated “Living-off-the-Land” (LotL) attacks can manipulate control signals or telemetry in a way that appears legitimate to standard network monitoring. If a threat actor sends a “valid” command that causes an inverter to change output or a battery to discharge unsafely, a standard SCADA system might report the action as a routine operation until physical damage occurs.

 

The Solution: Physics-Informed Resilience

The partnership between Inductive Automation and DER Security Corp addresses this by validating the integrity of the physical process in real-time. Ignition serves as the powerful, centralized hub for data acquisition and supervisory control, while DERSec Sentry acts as the “energy-aware” guardian.

 

How the Integration Works

DERSec Sentry performs advanced cyber-physical intrusion detection on power system data from Ignition protocols—including SunSpec Modbus, DNP3, and OPC-UA—to identify threats to the power system.

  • Real-Time Validation: DERSec validates Ignition’s physical process variables against power system physics.
  • Digital Twinning: Using patented analytics, the system creates a digital twin of energy assets to compare actual electrical behavior against commanded actions.
  • Advanced Detection: The solution identifies dangerous commands, falsified telemetry, malicious firmware changes, and insider threats that modify the normal electrical behavior of devices.

 

Proof of Value: Beyond Traditional Cybersecurity

The true value of this joint solution is found in its ability to distinguish between a physical fault and a stealthy cyberattack.

  1. Eliminating the Blind Spot – Traditional security tools often fail to understand the physical meaning of process variables. By integrating with Ignition, DERSec provides operators with unparalleled visibility into the OT network, ensuring that every exchange with equipment like solar inverters or EV chargers is verified at the physics level.
  2. Thwarting Sophisticated Adversaries – When an adversary attempts a cyberattack—even using the system’s own SCADA tools—the DERSec Sentry identifies the maloperation by detecting deviations in stateful analysis. This drastically expands the number of Indicators of Compromise (IoCs) available to the Security Operations Center (SOC).
  3. Accelerated Response and Recovery – When a threat is detected, the system does more than just sound an alarm. It provides high-fidelity alerts that include:
  • Impact Estimates: Detailed information on the physical threat to the infrastructure.
  • Actionable Guidance: Specific steps for the SOC team to mitigate the attack and reset equipment to known-good operating conditions.

 

A Unified Grid-to-SOC Architecture

This integration enables a complete field-to-cloud security architecture. While Ignition manages the complex automation and data visualization of the data center, power system, microgrid, or generation system, DERSec Sentry ensures that the data being visualized is truthful and that the commands being executed are safe.

 

For asset owners and operators, this means reduced organizational risk and maximized operational resilience. By anchoring digital security in the immutable laws of physics, the Ignition and DERSec partnership provides the most robust defense available for the modern, decentralized grid.