Fortifying the Modern Grid
Continuously adhere to UL 2941, IEEE 1547.3 and worldwide cybersecurity regulations via automated testing, AI-based vulnerability scan and certification-ready validation for distributed energy resources.
GridFort is the leading cybersecurity testing and compliance platform built for DERs and IBRs. It allows manufacturers, utilities and certification labs to assess and validate device cyber security against changing threats, as well as the quality of their own code where appropriate for IEEE 1547.3 standards, UL 2941 certification and other regulatory regimes.
Business Growth
Accelerate DER and IBR product adoption with secure, compliant, and certification-ready solutions.
Innovative Solutions
Leverage AI, digital twins, and HIL testing to identify vulnerabilities and strengthen grid security.
Expert Team
Trusted cybersecurity professionals guiding you through testing, compliance, and certification processes.
Proven Results
Delivering measurable security improvements, regulatory compliance, and reliable device performance.
Core Capabilities Overview
Cybersecurity & Compliance for DER/IBR
GridFort GridFort is a full-fledged cybersecurity testing and compliance validation platform purpose-built for your Distributed Energy Resources (DER) and Inverter-Based Resources (IBR), such as solar inverters, battery storage systems and EV chargers. Leveraging digital twin & Hardware in the Loop (HIL) capabilities, GridFort securely assesses device cybersecurity posture, validates UL 2941 compliance, simulates cyberattacks and delivers certification ready assessment reports.
Discovery Analysis
Analyze DER and IBR systems to
understand current cybersecurity
posture and identify gaps.
Strategy Development
Develop a tailored cybersecurity and
compliance plan for DER and IBR devices.
Implementation
Deploy testing protocols, digital twin simulations,
and Hardware-in-the-Loop (HIL) assessments.
Monitoring & Optimization
Continuously track performance, optimize security
measures, and ensure compliance readiness.
Evaluation & Reporting
Deliver certification-ready assessment reports and
actionable insights for DER and IBR systems.
Check Our Services
UL 2941 Validation
Automatically evaluates DER and IBR devices against UL 2941 cybersecurity requirements and maps results to standards like IEC 62443, IEEE 1547.3, and NIST. Provides clear compliance status and identifies certification gaps.
Ensure regulatory compliance
Assess system security standards
Validate operational reliability
Digital Twin Testing
Tests physical devices in a secure digital twin or HIL environment without affecting the live grid. Simulates real operating conditions to safely validate cybersecurity and resilience.
Simulate real-world systems
Test hardware-software integration
Optimize performance and reliability
Cyberattack Simulation
Simulates real-world cyberattacks such as credential attacks, protocol manipulation, and command injection in an isolated environment to evaluate device security and response.
Identify system vulnerabilities
Test defense mechanisms
Improve incident response readiness
Automated Evidence Check
Collects device firmware, configurations, logs, and security settings automatically. Stores evidence securely to support audits, certification, and compliance verification.
Verify data accuracy
Reduce manual errors
Accelerate investigation process
AI Vulnerability Detection
Uses AI to detect vulnerabilities, analyze device behavior, and prioritize security risks. Provides actionable recommendations to improve device cybersecurity.
Automated threat identification
Real-time security monitoring
Risk mitigation and prevention
Compliance Support
Generates audit-ready reports with compliance scores, vulnerabilities, and remediation guidance. Supports UL 2941 certification and regulatory requirements.
Regulatory adherence
Audit preparation
Certification assistance
1000+
Happy Clients
550+
Complete Projects
30+
Years of Experience
45+
Professional Team
Why Choose Us
Trusted Cybersecurity and Compliance for the Modern Grid
GridFort empowers manufacturers, utilities, operators, and regulators to secure distributed energy resources (DER) and inverter-based resources (IBR) with confidence. We combine advanced testing, compliance validation, AI-powered vulnerability detection, and professional services to ensure devices are secure, reliable, and certification-ready.
Expert Team
Professional cybersecurity and DER/IBR specialists securing your grid.
Reliable Support
End-to-end guidance from testing to certification-ready reporting.
Quality Assurance
Rigorous validation against UL 2941, IEEE 1547.3, and global standards.
Innovative Thinking
AI-powered testing, digital twins, and HIL simulations for next-level security.
Who can use GridFort?
Utilities, DER manufacturers, grid operators, and certification labs.
Which standards does GridFort support?
UL 2941, IEEE 1547.3, IEC 62443, NIST, and NERC CIP.
How does GridFort test cybersecurity?
Using digital twin, HIL testing, AI analysis, and attack simulations.
Can it support certification and audits?
Yes, it provides audit-ready reports and compliance validation.
What devices can be tested?
Solar inverters, battery storage systems, EV chargers, and other DER devices.
Trusted Proven
Experiences shared by our happy customers
You Have Right Place
GridFort transformed our DER and IBR security approach. Their experts performed compliance validation, simulated cyberattacks, and delivered actionable cybersecurity insights with professionalism.
★
★
★
★
★
Isabella Hart
Marketing Director, NovaTech Inc.
Right Team, Right Choice
Working with GridFort was seamless. Their team ensured UL 2941 compliance, performed digital twin and HIL testing, and delivered certification-ready cybersecurity results with strong support throughout the process.
★
★
★
★
★
Liam Bennett
CEO, Bennett Solutions
Ready to Take the Next Step?
GridFort combines expert cybersecurity, compliance validation, and advanced testing to secure DER and IBR systems.
Watch how our platform uses digital twin simulations, AI-driven insights, and certification-ready processes to protect modern energy infrastructure.