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IT Operations Medium-High 5 systems orchestrated

Major Incident-to-Resolution Orchestration

A P1 hits a customer-facing service. Response today means manually opening an incident record, spinning up a war room, checking which enterprise accounts are affected, updating a status page, and emailing executives — before anyone starts fixing anything.

From P1 declared to war room live — seconds, not minutes.
War RoomSlack
# inc-checkout-latency
DK
Dendr AI2:41 AM
P1 declared for checkout-service. On-call paged. 14 enterprise accounts flagged for impact review.
IncidentServiceNow
INC0091847P1
Checkout
Synced

What you'd actually type to Dendr AI

Natural-language input

“A P1 incident has been declared for checkout-service latency; coordinate the response.”

Agents & MCP servers orchestrated

Incident management

ServiceNow ITOM/ITSM

Illustrative vendor

System of record for the incident and change process.

War room

Slack

Illustrative vendor

Creates the incident channel and pages on-call responders.

Customer ticketing

Zendesk

Illustrative vendor

Syncs customer-facing tickets and the public status page.

Account impact

Salesforce

Illustrative vendor

Identifies which enterprise accounts are affected.

Executive comms

Email

Graph / SMTP MCP

Notifies leadership and named customer contacts.

How the Dynamic Planner builds the chain

The Intent Engine structures the goal above into an intent graph. The Dynamic Planner grounds each step against the live Agent Capability Graph and assembles the coordination path at request time — no one pre-authored this exact sequence.

Create the incident-of-record in ServiceNow with severity and affected service.

Open a dedicated Slack war-room channel and page the on-call rotation.

Query Salesforce for enterprise accounts tied to the affected service to size customer impact.

Push a synchronized status update to Zendesk-managed customer tickets and the public status page.

Send an executive summary email once initial triage completes.

On resolution, close the loop: update ServiceNow, post the retro summary to Slack, and close synced Zendesk tickets.

The right agent, every time

ticketing.incident.create matches ServiceNow exactly as the internal-ops system of record.

ticketing.customer.sync is domain-filtered to Zendesk — the router never lets a customer-support sync accidentally become the incident's system of record, or vice versa.

collaboration.notify.urgent matches Slack; if Slack's API is degraded, the router semantically falls back to a registered Email/Teams agent carrying the same capability tag.

Chain-level authorization, reused on every run

Authorized once, per pattern
  • Engineering leadership approves the “P1 incident response” chain once — covering ticket creation, war-room setup, customer sync, and executive notification as one authorized sequence.
  • Every future P1, regardless of which service triggers it, runs under that same standing authorization — no one re-approves the response plan at 2 a.m.
  • The full timeline — who was paged, what was said publicly, when leadership was notified — is captured automatically as part of the same append-only chain.

What happens when reality doesn't match the happy path

If Salesforce account lookup times out, the planner proceeds with ticket creation and war-room setup immediately and re-attempts the impact query, rather than blocking the whole response on one slow node.

If severity is upgraded mid-incident (P1 to SEV-0), the planner re-grounds and adds the executive-notification step even if the original plan didn't include it.

What the IT team gets

Faster, more consistent mean-time-to-response across every incident, regardless of who's on call.

Customer-facing status and internal incident records never drift out of sync.

A complete, provable incident timeline for post-incident reviews and compliance frameworks like SOC 2.

See how IT teams respond faster with Dendr AI.

Get a demo and see the P1 response chain run against your own registered agents.

ServiceNow, Slack, Zendesk, and Salesforce are referenced above as illustrative, recognizable examples of the enterprise systems Dendr AI can orchestrate through A2A, MCP, vendor adapters, or OpenAPI manifests. These are reference architectures, not case studies of named customers, and do not imply a partnership, integration certification, or endorsement by those vendors.