Protecting the distributed energy infrastructure that powers the clean economy, from solar inverters and wind turbines to battery storage and EV chargers.
lost control in a single attack
Russian hackers hit satellite provider, German turbines went offline
on energy utilities
Chinese solar inverters remotely disabled across hundreds of US sites
have critical vulnerabilities
Network shutdowns and credit card theft is possible at scale
Hundreds of thousands of distributed renewable energy assets span remote locations with limited connectivity, creating a vastly different security challenge than centralized facilities.
Renewable energy infrastructure is increasingly targeted by sophisticated threat actors, yet existing security solutions are economically and architecturally incompatible with distributed assets. Legacy tools cost tens of thousands per site, making them impossible to deploy at scale across solar farms, wind installations, and storage networks.
Thousands of endpoints across remote locations with limited connectivity
Industrial protocols like Modbus were never designed with security in mind
Insurers and investors demand security guarantees that don't yet exist
New mandates require compliance that current tooling cannot deliver
A distributed defense system that moves intelligence to the edge, ensuring every asset can protect itself autonomously.
Deploy as a standalone solution or integrate seamlessly with your existing monitoring infrastructure. The platform adapts to your operational environment and data architecture.
Lightweight AI agents analyze data locally on each asset. By handling security at the edge, we eliminate bandwidth costs and ensure protection persists even when site connectivity is lost.
Sites detect and neutralize threats instantly without waiting for cloud instructions. This decentralised response capability prevents lateral movement and secures the wider grid.
Purpose-built architecture delivers a fundamentally different cost structure for distributed energy protection.
SaaS-based pricing makes cybersecurity accessible for distributed assets at a fraction of the cost of legacy solutions, with no hardware overhead.
Provide the security guarantees that investors and insurers require to confidently deploy capital into renewable energy projects.
Automated reporting and continuous monitoring satisfy NIS2, grid interconnection requirements, and evolving regulatory mandates across jurisdictions.
Architected from the ground up for fleets of 100,000+ distributed sites, not retrofitted from solutions designed for a handful of centralized plants.
Incumbents serve broad OT markets. ObsistO is purpose-built for distributed renewables;
a segment they cannot structurally address.
| Dragos | Claroty | Nozomi | ObsistO | |
|---|---|---|---|---|
| Built For | Oil & Gas Market leader in legacy OT security |
Manufacturing / Industrials Factories Healthcare / Public Sector |
Utilities (non-specialised) |
Renewables 100K+ sites |
| Monitoring | Network traffic in the cloud and on premises | Network traffic in the cloud | Network traffic in the cloud | Equipment telemetry & Network traffic |
| Pricing Model | Enterprise per-site licensing | Per-site subscription sensors | Sensor-based deployment | Flexible by channel: OEM: per device EPC: project bundling Direct: SaaS |
Sources: Company filings, Gartner reports, vendor pricing, Claroty S-1
Whether you build, manufacture, or operate ObsistO integrates into your workflow.
Bundle security into your project delivery and differentiate on compliance readiness from day one.
Embed security at the hardware level with white-label integration that adds value without complexity.
Secure thousands of distributed assets under a single pane of glass, satisfy the audits that keep your insurance valid.
Protect decentralized data centers in space powered by autonomous solar arrays.
Talk to our team about securing your renewable energy assets.
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