Company Overview & Mission
Defending the cyber-physical frontier of the energy transition.
Battery Cyber was established to solve a critical, emerging blindspot in global infrastructure: the operational cybersecurity of battery energy storage and the critical power systems that sustain modern society.
Our Mission
Protecting the systems that keep power available.
The global power grid is undergoing the fastest structural transformation in its history. As intermittent renewables like solar and wind replace baseload fossil generation, gigawatts of battery energy storage systems (BESS) are deployed to stabilize grid frequency, prevent blackouts, and manage peak demand.
Concurrently, the rapid growth of artificial intelligence and hyperscale computing has elevated data center electrical reliability to a tier-one operational risk. If the power fails, the computation ceases.
Yet the cybersecurity of these battery-backed assets has remained an operational orphan—too physical and protocol-dense for corporate IT teams, and too complex and software-driven for traditional plant maintenance. Battery Cyber bridges this divide.
Owning the Category: Battery Security Operations
We do not believe a generalist IT security tool or an undifferentiated OT network scanner can adequately protect high-voltage chemical energy. Battery Cyber is building the category of Battery Security Operations:
- Purpose-Built: Engineered specifically for the thermodynamic, electrical, and commercial realities of BESS and critical power.
- Operational Seriousness: Prioritizing physical safety and dispatch continuity over meaningless vulnerability count dashboards.
- Ecosystem Partnership: Working cooperatively alongside asset owners, EPC contractors, and equipment OEMs.
How We Work
Our Operating Philosophy
How we interact with plant engineers, equipment manufacturers, and corporate security executives.
1. Respect the Operational Reality
We speak the language of plant operations, electrical schematics, and single-line diagrams. We never recommend a security control that disrupts power availability, voids an OEM warranty, or creates unnecessary nuisance alarms for control room operators.
2. Non-Intrusive by Design
Control loops running Modbus TCP or CAN bus are sensitive to network timing and buffer overflows. Our technology operates passively at physical taps and SPAN mirrors, ensuring 0% risk of packet-induced controller faults.
3. Radical Integrity
We do not invent artificial statistics, deploy fear-based marketing, or make unverifiable certification claims. We provide objective, rigorous engineering assessments and high-trust operational software.
Multi-Stakeholder Collaboration
Serving the entire energy storage ecosystem.
Effective OT security cannot be achieved in isolation. We serve as the common security layer connecting all key participants:
For Asset Owners & IPPs
We protect your multi-million-dollar capital investments from physical damage, unexpected curtailment penalties, and regulatory non-compliance, providing unified portfolio-wide visibility.
For EPCs & System Integrators
We provide clear FAT/SAT cybersecurity verification protocols that streamline handover, satisfy contractual cybersecurity specifications, and eliminate post-COD security disputes.
For Battery & Inverter OEMs
We enable secure, audited, Just-In-Time remote diagnostics that fulfill warranty monitoring commitments without requiring permanent, high-risk network backdoors into client sites.
Partner with Battery Cyber
Whether you are planning a new 200 MW BESS development, managing a hyperscale data center power train, or manufacturing power electronics, we welcome a technical discussion.
Discuss an environment