⌛ Network quality drops. The invoice doesn't.

In operation, when latency deteriorates, it's not just QoE that suffers!

It's also the bottom line.

In this new edition, let's take a look at the industrial sector.

In a modern factory, automated machines are constantly connected to control transport networks. Any unexpected deviation in network quality—a spike in latency, packet loss—can trigger a sequence of errors with immediate financial consequences.

A robotic arm receives an instruction with a 400 ms delay. The part is poorly machined. The line stops.

What does this cost without network prediction?

The figures are documented:

• For an industrial SME: $10,000 to $25,000 per hour of unplanned downtime *

• For a large industrial site: up to $532,000 per hour **

Know the status of the network BEFORE sending the command

LatenceTech-Analyzer™ continuously measures latency, jitter, packet loss, and available throughput — then calculates a composite network quality score in real time. Deployed as a lightweight Docker container — no dedicated hardware required. 

If the score exceeds the threshold defined for the application, the command is authorized. If not, the system delays, alerts, or reroutes.

This is no longer being monitored. It is a condition for execution.

*(source: Viking Masek / sector studies)

**(source: Senseye, The True Cost of Downtime, 2021)

Marc Soulacroup