TXOne Networks

Secure the Grid from Generation to Distribution

OT security for renewable energy infrastructure spanning solar farms, wind installations, and grid interconnection points

Protect inverters, DERMS controllers, and substation automation systems from cyberattacks targeting grid stability. TXOne delivers inline prevention with hardware bypass, so security protects generation assets without interrupting power delivery.

Green Energy

Renewable Energy Infrastructure

As distributed energy resources expand the grid's attack surface, security must protect remote generation assets without on-site staff

Attacks on power grid infrastructure have grown 400% since 2020, with threat groups like VOLTZITE targeting electric utility substations and distribution networks since 2019. As distributed energy resources expand the grid's attack surface through DERMS, smart inverters, and remote generation sites, TXOne protects your renewable operations with security built for the environments where energy is generated, transmitted, and delivered.

THE CHALLENGE

Challenges

green-energy Security Challenges

Critical security challenges facing green-energy organizations today.

Attackers seek to shut off electricity and demand ransom from operators

Ransomware Targeting Grid Operations

Threat actors target inverters, generation controllers, and grid management systems. 71% of ransomware attacks target the eight most critical industrial sectors. A successful attack on renewable generation can cascade into grid instability affecting millions of customers.

Capabilities

TXOne Renewable Energy Protection

Ruggedized network protection, legacy endpoint security, and centralized management for renewable energy operations from solar farm to substation.

S

Substation and Remote Site Security

EdgeFire provides OT-native firewall, inline IPS, and VPN connectivity for remote substations and generation sites in a single DIN-rail appliance. Operating at -40C to 75C with hardware bypass, it protects remote assets without risking grid operations, even in harsh outdoor environments.

Outcomes

Measurable Business Outcomes

100%

Grid Uptime

WHY TXONE

Why TXOne for Renewable Energy

Purpose-built for distributed generation and DER environments where unsupervised assets, vendor-locked inverters, and grid-interconnect reliability cannot accept IT-style security.

TXOneOperations-first

Ruggedized appliances protect solar farms, wind installations, and substations from -40C to 75C with fanless construction and 700,000-hour MTBF, supporting sites with no on-site security staff.

VS
Distributed Generation Coverage

Legacy approach creates operational risk

TXOneOperations-first

Protocol-aware deep packet inspection across IEC 61850, DNP3, Modbus, and SunSpec blocks unauthorized commands against inverters and DERMS controllers without interfering with grid stability.

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Inverter and DERMS Protection

Legacy approach creates operational risk

TXOneOperations-first

Automated audit artifacts map to NERC CIP, IEC 62443-3-3, and IEEE 1547. Security generates the compliance evidence auditors ask for while protecting generation and interconnect assets.

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NERC CIP and IEC 62443 Evidence

Legacy approach creates operational risk

Operations-first security that works with your production environment

LEARN MORE

Renewable Energy Security Resources

Guides and briefs for NERC CIP, IEC 62443, and grid-interconnect compliance across solar, wind, and distributed energy.

NEXT STEP

Ready to Secure Generation and Grid Interconnects?

A TXOne engineer reviews your generation facilities, inverters, and DERMS controllers; prioritizes the distributed substations and remote-site controllers most exposed to grid-focused threat actors; and shows how ruggedized inline prevention and centralized orchestration deploy without sending technicians to every site.