Unified Platform For DER Security

In-depth technical analysis, vulnerability research, and product documentation from the DERSec team.
Three forces are accelerating DER cybersecurity from optional investment to operational imperative. Each creates new risk exposure — together, they make inaction existential.

Artificial Intelligence

AI power demands drive on-site generation. Every microgrid expands the attack surface.

DER Standards

IEEE 2030.5, SunSpec Modbus, IEC 62351 — interoperability without verified security.

Regulatory Compliance

NERC-CIP, NIS2, Rule 21 — mandatory DER cybersecurity is here.

AI Power Demands Are Rewriting Energy Security

A single GPU rack consumes 40–100 kW. Hyperscale facilities add megawatts monthly. The grid can’t keep up — so data centers deploy on-site solar, batteries, and microgrids. Every inverter and BMS becomes a new entry point.
Projected growth in data center DER by 2027
0 %
US utility solar generation peak (Apr 2025)
0 %

AI DATACENTRE DER MONITOR

100MW +

Power Demand

40 %

Annual Growth

DER Attack Surface Growth (2021-2026)

2021
0%
2022
0%
2023
0%
2024
0%
2025
0%
2026
0%

DER Standards

Standards Enable Interoperability. Security Requires Verification.

Protocol-valid commands can trigger operationally unsafe behavior. These standards define the language — DERSec verifies the intent.

IEEE 2030.5

Smart Energy Profile 2.0

North American standard for secure DER communication. Mandates TLS 1.2+, PKI authentication, and role-based access. California Rule 21 requires compliance for all DER >10kW. Mandatory, not optional.

IEC 61850

Power Systems Security

International standard securing DNP3, IEC 61850, and ICCP. Specifies AES-256, key management, and auth extensions for legacy protocols. Required for EU and APAC utility-scale DER deployments.

SunSpec Modbus

Inverter Communication

Industry standard for solar inverter and battery data exchange. Defines register maps for 500+ manufacturers. Critical gap: no built-in authentication or encryption layer. DERSec fills this void.

Protocol Coverage Matrix

IEEE 2030.5

CSIP Aggregator + Client

SunSpec Modbus

500+ device models

DNP3 Secure Auth

v5 with SAv6

IEEE 2030.5

CSIP Aggregator + Client

Regulations

Standards Enable Interoperability. Security Requires Verification.

Protocol-valid commands can trigger operationally unsafe behavior. These standards define the language — DERSec verifies the intent.

Regulatory Alert: NERC-CIP is expanding to DER assets. NIS2 is active across 27 EU member states. California Rule 21 mandates IEEE 2030.5 for all new DER installations. FERC 2222 opens wholesale markets — with cyber requirements attached.

CIP-002 through CIP-014 extending to DER fleets >75MW

EU critical infrastructure — fines up to 2% global revenue
California IEEE 2030.5 cybersecurity for all new DER
DER aggregation in wholesale markets cyber attestation required
Voluntary becoming mandatory for federal energy programs
Australia, Japan, South Korea expanding critical infrastructure laws to DER

NERC-CIP-DER Expansion

Effective now

0%

All BPS-connected DER > 75MW

● Mandatory

NIS2 Directive (EU)

Oct 2024

0%

27 EU member states, energy sector

● In force

California Rule 21

All new DER

0%

IEEE 2030.5 + X.509 certificates

● Enforced

FERC Order 2222

2025–2026

0%

DER wholesale market participation

⏳ Rolling out

DOE National Cyber Strategy

2025+

0%

Federal energy program requirements

⏳ Expanding

See DERSec In Action

Request a live demo to see how DERSec Sentry detects threats across your DER fleet in real time.