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Industries // Telecommunications and Media

Guarding the Power Behind the Network

PowerGuard brings security to the power layer of telecom and media infrastructure, the control chips beneath every server in the 5G core, at edge sites and across central offices, the layer most security tools cannot see. Running as software on the fleet operators already have, it maps the power chips across every site, watches how they behave in real time, and gives each event a clear verdict: normal, suspicious or attack.

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Telecom and Media Security

Modern networks run on dense fleets of servers spread across the 5G core, far edge sites and central offices, many of them remote and lightly staffed. Every one of those servers relies on power control chips, managed through the BMC, that sit below the operating system and outside the view of most security tools. That makes the power layer a growing target for a sector that counts as critical infrastructure: attackers already exploit server management chips, idle compute is hijacked for hidden crypto mining, and a single command can disrupt the services a network is built to keep running. PowerGuard brings visibility and fast detection to this layer, running as software on the fleet operators already have and sending clear verdicts into the SOC tools they already use.

01

Infrastructure spread across thousands of sites

Network functions run on servers in data centers, central offices and remote edge cabinets. The more sites a fleet spans, the harder the power layer underneath them is to watch.

02

Server control chips under attack

Attackers already exploit server management chips, and researchers have shown that one command through them can bend a server's power to disrupt service or damage hardware.

03

Compute hijacked for hidden mining

Idle capacity at edge and core sites is a quiet target for crypto miners that hide from monitoring tools. The power they draw is harder to hide.

See a live power-layer attack become a SOC event.

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Discover. Observe. Enforce.

01

Discover

Finds the power chips on the servers you already run.

02

Observe

Watches them nonstop and gives every event a verdict.

03

Enforce

Verdicts flow into Splunk or Datadog, and your own controls act on them.

Evidence for every audit

Every verdict is recorded and summarized in regular reports your team can use as evidence for NIS2, DORA and internal audits across your network estate.

Scale the network without new hardware

PowerGuard deploys as software across the existing fleet, from one site to thousands, with no new chips and no board redesign.

Real detections, in the tools you already run.

Not a mockup. A live voltage attack pulled a rail from 5.21 V to 4.64 V and was detected in about 20 ms, streamed into Datadog and Splunk, the same tools your team already lives in.

PowerGuard live security dashboard in Datadog: verdict state, power, anomaly score and ISOLATE events
Live PowerGuard dashboard in Datadog
Splunk SOC: PowerGuard confirmed verdicts, multi-layer, high severity
Splunk SOC · confirmed verdicts in your SIEM
A power-layer attack, and a blind SOC
PowerGuard turns it into a SOC event

The power layer is already in the headlines.