Network providers & telcos
Detect fiber degradation before the SLA breach.
Act on early failure signals while there’s still time to prevent the outage.
The problem
Gradual optical loss on high-SLA circuits can remain below standard alert thresholds while the underlying condition continues to worsen. By the time the threshold is crossed, you’re managing the SLA breach instead of preventing it.
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Engineers spend 20+ minutes moving across tools before diagnosis can even begin.
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Context disappears during shift handoffs.
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Resolution paths vary by engineer.
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MTTR becomes a function of who’s online.
How Hublvu solves it
01
Correlate
Combine OTDR telemetry with circuit and service context.
02
Detect
Identify degradation before the SLA threshold is breached.
03
Trigger
Initiate the appropriate field response while there’s still time to prevent the outage.
Proof points
130 min → <5 min
Early detection to field-response trigger
80 min → 90 sec
Resolution time
Every Account
No playbook rebuild for onboarding
The next shift
Stop letting your MTTR depend on who's on shift.
AI NetOps Engineer – Always working to create infinite capacity and works within your context.