Stop downtime from sabotaging your field operations

We keep trying to force-fit office technology into extreme field environments. Traditional VPNs simply cannot handle network drops, cellular dead zones, or moving between coverage areas. When a connection drops, the session dies, and your workers lose access to critical dispatch apps. We use Absolute Secure Access to provide persistent connectivity. Instead of dropping the session, the connection seamlessly suspends and resumes the moment a signal returns. It keeps your field workers online without forcing them to constantly log back in.

It may be unfortunate, but if a device is compromised, the first thing a bad actor (or even a frustrated user) does is disable the security agent. If your tracking tool relies on that agent, you are blind. Absolute takes a different approach. We rely on firmware-embedded persistence built directly into the hardware of most devices. Even if the operating system is wiped or the hard drive is replaced, our connection survives. You get uncompromised visibility to track, manage, or lock that asset no matter what happens to it.

With legacy tools, locking down an endpoint meant choking the user experience. But true resilience isn't about blocking everything; it is about keeping the necessary things running. With self-healing technology, we monitor your mission-critical applications, like antivirus, encryption, and VPNs. If they crash, get corrupted, or are maliciously disabled, Absolute Persistence automatically repairs or reinstalls them with zero IT intervention. You reduce IT support tickets and minimize worker downtime simultaneously.

Think about your SCADA environments and the laptops connecting to them. If the endpoint security fails, that laptop becomes a bridge into your most sensitive networks. Our self-healing technology acts as a failsafe. By autonomously restoring broken security apps, we guarantee that your endpoint security enforcement never wavers. You maintain the strict access controls required by CIP standards without relying on human intervention to notice a failure.

Improving resilience and reducing risk requires a critical evaluation of how you grant access. Just because a worker has the right password does not mean their device is safe to let onto the network. We implement Zero Trust Network Access (ZTNA). Instead of granting broad network access, we evaluate the context of the connection and grant access on a strictly per-application basis. If a device lacks the latest OS patch or its antivirus is disabled, you can automatically block it from accessing your sensitive energy grids.

When an incident happens, the knee-jerk reaction is often to shut everything down to stop the spread. That costs money and stops energy from flowing. Instead of a blunt instrument, we use precision. With Absolute Secure Endpoint, you can remotely locate, lock, or wipe a compromised device in near real-time. You can freeze the specific hardware involved in the breach while allowing the rest of your fleet to continue operating normally. This drastically accelerates your Mean Time to Repair while containing the threat.

It’s often tempting to buy a new tool for every new problem, but this can lead to a tangled, unmanageable web of agents that slows down the machine. Consolidating is not just possible; it is necessary for clarity. By leveraging a unified platform that offers visibility, control, and secure access, you strip away the bloat. You get a streamlined device lifecycle management process—from deployment to remote retire—that actually works, giving you more control over your environment with fewer moving parts.