New Offering Modernizes Access to Legacy OT Environments

AppGate, a leader in Zero Trust Network Access (ZTNA), today announced the launch of its Operational Technology (OT) ZTNA product offering at the RSAC 2026 Conference. The new offering secures industrial control systems, manufacturing plants, energy facilities, and other critical infrastructure environments. It extends AppGate’s direct-routed ZTNA architecture into OT networks, enabling secure remote access without disrupting performance or operational stability.

As IT and OT systems grow increasingly interconnected, remote access has become fundamental to industrial operations. This shift challenges legacy security models that were designed for isolated networks. VPN-based connectivity, which typically grants wide network access, can unintentionally expand risk by exposing more of the environment than necessary.

AppGate ZTNA addresses this challenge by shifting access control from the network to the identity layer, verifying users and enforcing policy before any connection is permitted. Systems are not openly exposed, and users are granted access only to the precise resources required to perform their work. By enabling direct, encrypted connections to authorized OT systems, AppGate ZTNA helps preserve the performance and operational stability industrial environments demand.

AppGate’s new OT offering provides several capabilities designed specifically for industrial operations:

• Alignment with industrial security frameworks: Supports access control principles aligned with IEC 62443, NIST SP 800-82 and the latest NERC CIP-015-1 requirements, helping organizations enhance OT and bulk electric system cybersecurity while maintaining operational continuity.
• Cloaked infrastructure: Industrial assets remain invisible to unauthorized users through a default-deny posture, preventing exposure of internal IP addresses and services.
• Direct-routed connectivity: Encrypted sessions are established directly between users and authorized resources, running fully on-premises to preserve air gaps and avoid centralized cloud backhaul that can introduce latency or impact availability.
• Secure third-party access control: Granular policies enable just-in-time access to designated systems for contractors and vendors.

“In highly regulated industries, remote access must be immediate and tightly controlled, without breaking the air gap or relying on shared cloud infrastructure,” said Nitin Pillai, CTO at AppGate. “Building on our experience with enterprise-scale deployments in defense and critical infrastructure, AppGate is the first to deliver native, on-prem, direct-routed secure access to production environments, bridging IT and OT security while prioritizing performance and reliability.”

As remote connectivity becomes embedded in industrial operations, unmanaged access represents a material business risk. AppGate ZTNA for OT provides an identity-centric, direct-routed approach that reduces the attack surface, strengthens oversight, and protects mission-critical systems. It is a deliberate step forward in securing the infrastructure that drives industrial performance and business continuity.

Secure Remote Access for Industrial OT is now generally available for customers. For more information:

• Visit AppGate booth S-343 at RSAC 2026
• View our website
• Watch our video
• Read our solution brief

About AppGate

AppGate secures and protects an organization’s most valuable assets with its high‑performance Zero Trust Network Access (ZTNA) solution. AppGate is the only direct‑routed ZTNA solution built for peak performance, superior protection, and seamless interoperability. AppGate safeguards enterprises and government agencies worldwide. Learn more at www.appgate.com.

View source version on businesswire.com: https://www.businesswire.com/news/home/20260323817407/en/

“In highly regulated industries, remote access must be immediate and tightly controlled, without breaking the air gap or relying on a shared cloud infrastructure. AppGate is the first to deliver secure, direct-routed access to OT production environments."