The Platform
The platform for carrier-scale event management.
IBM Netcool Operations Insight is the platform the world's largest networks trust to stay healthy. It collects every event thrown off by a multi-vendor, multi-domain estate — on-premises, in the cloud, or across both — then deduplicates, enriches, correlates, and resolves it, all the way to automated remediation.
At its core beats IBM Tivoli Netcool/OMNIbus, the in-memory event engine that has anchored network operations centers for decades. Around it, Netcool Operations Insight adds policy-driven automation, network discovery and topology, configuration and compliance, historical analytics, and a direct path into IBM's AI-driven Cloud Pak for AIOps.
AccuOSS masters every layer of it — reselling the licenses, designing the architecture, implementing the platform, and operating it at carrier scale, so the operators the world depends on run with certainty.
Module by Module
The platform, layer by layer.
Each layer does one job supremely well. Open a deep dive.
The Event Core
Netcool/OMNIbus, the in-memory ObjectServer, and the probe-and-gateway fabric that collects and consolidates events at carrier scale.
Enrichment & Automation
Netcool/Impact's policy engine and Runbook Automation turn raw events into contextualized, self-resolving incidents.
Networks & Topology
Network Manager, Configuration Manager, and Agile Service Manager discover the network and correlate events against live topology.
Analytics & AI
Event Analytics, Log Analysis, and the path into IBM Cloud Pak for AIOps cut noise and surface probable cause with machine learning.
Deployment & Scale
On-premises, containerized on Red Hat OpenShift, or hybrid — with the multi-tier resilience carrier operations demand.
The Business Case
Less noise, faster resolution, fewer duplicate tickets — and a defensible value narrative for operations that can't go dark.
The Data Flow
How an event becomes an answer.
Every alarm travels the same disciplined path — from the wire to a resolved incident.
- CollectionProbes acquire events from devices, element managers, and applications — SNMP, syslog, the Event Integration Facility, message bus, and vendor-specific sources — and forward them as normalized alerts.
- ConsolidationThe in-memory ObjectServer deduplicates repeated events into a single alert with a live occurrence count, then aggregates across tiers through synchronized gateways.
- Enrichment & correlationNetcool/Impact enriches each event with business and topology context and applies correlation policies; Event Analytics groups related events learned from history.
- Topology & root causeNetwork Manager and Agile Service Manager map events onto live topology, isolating the one root-cause event behind an entire storm.
- VisualizationThe Web GUI on Dashboard Application Services Hub presents the Event Viewer, network views, and the Network Health Dashboard to the operations floor.
- AutomationRunbook Automation runs manual, semi-automated, or fully automated runbooks — and opens tickets in systems like ServiceNow — to close the loop.
How AccuOSS delivers it
How AccuOSS delivers Netcool.
Resell — licensing and entitlement, sized right for your estate
Design — reference architectures for on-prem, OpenShift, and hybrid
Implement — probes, gateways, correlation, topology, and runbooks
Operate — managed operations, tuning, and round-the-clock support
Modernize — upgrades and the migration path toward Cloud Pak for AIOps
Add-on · EventQA
Validate how Netcool handled the alarm life cycle.
AccuOps EventQA — post-lifecycle event quality assurance
After alarms complete their life cycle, EventQA applies mathematical calculations built on AccuOps algorithms to detect alarms that were over- or under-deduplicated and to surface event-key problems across your Netcool estate — NMS-agnostic, with summary charts, detailed tables, and an Excel workbook.
Put Netcool in the hands of the people who master it.
From first assessment to fully managed operations — talk to the team that has run carrier-grade assurance for the operators the world depends on.