Topology scale
Service dependencies span millions of components, dynamic routes, software layers, and changing configurations.
Industries / Communications & Telecom
See The Service. Command The Recovery.
Corteq connects topology, telemetry, capacity, customer impact, field work, and cyber context so network teams can protect the service—not merely close the alarm.
Network operations / Service resilience
- Industry profile
- Communications & Telecom
- Network
- Fiber · Wireless · Satellite
- Loop
- Detect · Resolve · Restore
- Posture
- Core · Access · Edge
Operating reality
The network alarm matters because of the service and people behind it.
A single service crosses physical plant, transport, core, cloud, software, customer configuration, field teams, and external dependencies. Cortex resolves that chain into one operational case.
Signal overload
Events from performance, fault, security, customers, and the field compete for attention without shared context.
Restoration pressure
Teams must act quickly while preserving change authority, safety, customer impact, and evidence.
What Corteq builds
One service thread from network condition to restored experience.
Cortex maps telemetry and incidents to the actual service graph, then coordinates investigation and approved recovery.
Service assurance
Prioritize customer and mission effect
Connect alarms to topology, service dependencies, customers, commitments, and likely impact.
Autonomous investigation
Test causes across network layers
Bounded agents collect evidence, compare hypotheses, check recent change, and prepare an inspectable case.
Capacity intelligence
Act before demand becomes degradation
Connect traffic, growth, performance, events, assets, and investment choices into a live planning picture.
Field operations
Send the right context to the edge
Coordinate diagnosis, site access, skills, parts, safety, work, and verification with state preserved.
Operating thread
From first signal to accountable outcome.
The sequence stays visible from input through action. Each step preserves the context, authority, and evidence the next step depends on.
- Step 1Detect
Collect performance, fault, security, customer, topology, change, and field signals.
- Step 2Resolve
Map related events to services, dependencies, likely cause, impact, and competing hypotheses.
- Step 3Authorize
Put recovery options, risk, customer effect, and required approvals with the network owner.
- Step 4Restore
Execute the change, validate service, notify stakeholders, and preserve the operational record.
Mission outcomes
Measure the operating change.
The standard is not whether the model runs. It is whether the workflow moves faster, remains governed, and produces an outcome the organization can inspect.
Faster movement from alarm to cause
Teams investigate a connected service case rather than independent event streams.
Customer impact drives priority
Operations see which users and critical functions each condition affects.
Recovery remains governed
Actions stay bounded by change authority, policy, verification, and rollback.
Built on Corteq Cortex
One architecture. Adapted to the operating environment.
Every deployment uses the same five deep-dive layers while the mission objects, workflows, policies, systems, and evidence change by industry.
Start with the operating thread
Bring the service path where alarms still outnumber answers.
We will map the systems, context, human gates, deployment boundary, evaluation plan, and fastest path to a fieldable capability.
Request a mission briefing