01
One incident, in detail
A P1 or P2 you already fought. What alerted, how long triage ran, what the cause turned out to be.
Book a demo
Bring one incident your team already fought.
Seven questions, then a time that suits you. They tell the engineer what to prepare, so the call starts where the problem is.
The agenda
What actually happens on the call.
Thirty minutes, four movements, no slideware in the middle of it.
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01 Your infrastructure
Five minutes on what you run
- Vendors, device count, where it is growing
- What engineers open during an incident
- Where your data is allowed to live
This part shapes the demo.
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02 The walkthrough
Ingest, analyze, insights, in sequence
- Syslogs, application logs, configs, tickets, topology
- ML classification, anomaly detection, correlation
- Root cause with evidence and a next step
The three stages that run in production.
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03 Your incident
One real event, taken apart
- One your team resolved the hard way
- We ask the questions they asked that night
- You compare it with what they found by hand
The part that decides it. Leave room.
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04 Fit and next steps
Deployment, security and the business case
- On-premise, private cloud or sovereign data center
- What a proof of concept involves
- The ROI model, assumptions on screen
Both briefs are yours either way.
Want the material first? Both briefs sit on the resources page, and the telco case study covers a deployment end to end.
Preparation
Bring these four things and the call pays for itself.
None of it is mandatory. None of it needs to be polished.
02
The shape of the infrastructure
Rough device count, the vendors in the mix, and normal-day log volume.
03
Your current operational systems
What your engineers open during an incident. PulsarOps AI runs alongside it, so the useful talk is the seams.
04
Your data constraints
Residency rules, what may leave the perimeter, and who signs off. Better on call one than in procurement.
Who should be on it
Bring the engineer and the person who signs.
It works hardest when the evaluator and the budget owner hear the same answer at once.
Director of Networks
Owns uptime and multi-vendor visibility.
- Systems opened per incident
- Time from alert to probable root cause
- Knowledge that lives only in senior heads
Director of IT Operations
Owns the incident workflow and the adoption.
- Where the bottlenecks sit today
- Manual work before the right engineer sees it
- What faster investigation frees up
CTO or CIO
Owns resilience and where AI earns its place.
- Whether operations is getting proactive or just louder
- Business risk tied to slow resolution
- Whether it scales without matching headcount
CXO or finance leadership
Owns payback and the cost of downtime.
- What an hour of downtime costs
- Engineering hours spent investigating monthly
- Whether operating cost rises with complexity
On the screen
Real screens, driven live, not a recorded tour.
An engineer drives these against network data, live.
First ten minutes
The overview, and where the infrastructure is degrading
- Device health and interface error trends, every vendor at once.
- Correlated event groups, not a flat wall of alerts.
- Early warning trends that surface degradation before an outage.
The middle of the call
Your incident, questioned in plain language
What changed on Core router before 09:14?
Assistant
- Reads the matching log lines
- Correlates them across devices
- Returns the cause with its evidence
A question in English, not a query language.
The business case
The numbers your CXO will ask for after the call.
The model goes on screen with its assumptions, so finance argues with the inputs rather than the conclusion.
Download the CTO ROI brief- Incident recovery
- 50-75%
- faster incident recovery
- Return on investment
- 228%
- annualized ROI
- Payback
- 3.7 mo
- payback period
- Cost efficiency
- 2-4x
- more cost-efficient over three years
Three-year estimate: five-person NetOps team, ~125 incidents/yr, triage cut from 8 hours to 1.
Before procurement asks
Secure and self-contained. Only your data sources.
Regulated operators cannot ship telemetry to someone else's tenant, so we never ask them to.
See how we compareOn-premise
Runs inside your perimeter. Nothing leaves your network.
Sovereign-ready
In-country deployment for government and regulated industries.
Cloud-agnostic
Your VPC on AWS, Azure or GCP. Your keys, your controls.
Before you book
Questions people ask before the call.
Yes, with no obligation. If the fit is not there we say so on the call, and you still leave with the platform brief.
No, the demo runs on our environment. Bring a sample of your own logs and your security team agrees the handling first. A proof of concept runs inside your own perimeter.
No, and be suspicious of anyone who says otherwise. Monitoring tells you something broke. PulsarOps AI runs alongside it and is where your team finds out why.
Usually yes. The demo touches nothing in your environment, and scoping is the slow part. Do it now and the technical work starts the day the freeze lifts.
It goes to sales@pulsarops.ai. Someone reads it and replies with times. To skip the form, write to sales@pulsarops.ai.
MIR Digital Solutions, with roots in data engineering and enterprise AI. The about page has the rest.
Ready when you are
See PulsarOps AI running on your own data.
Thirty minutes with an engineer. Bring a real incident.