Workflow diagram: stacked Tickets pass through a routing step into Urgent, Hardware, and Access queues, ending at a Right Queue badge.
IT / ITSM

Automate IT Ticket Routing

Route IT tickets to the right team instantly — with zero manual triage.

Right team, first time

Fewer reassignments

Tickets reach the team that can resolve them instead of bouncing between queues on their way there.

Triage without a triager

Capacity returned

The senior engineer who spends their morning sorting the queue gets that morning back.

Priority applied evenly

Consistent service

Urgency is derived from the ticket and the requester, not from how insistently it was written.

One governed workflow across systems that never talked.

Who it's for
IT service teams whose queue depends on someone reading, categorising, and assigning every incoming ticket.
What it does
A workflow that classifies, prioritises, and assigns tickets on arrival, with the reasoning recorded.
Systems involved
Your ITSM platform, identity provider, and messaging tools — connected through the REST Client, with dedicated activities built on request.
How it stays governed
Routing and priority rules in decision tables, scoped permissions, and a record of every assignment.

What this looks like today

The friction that makes this workflow expensive to run by hand.

01

Bouncing

Tickets pass through several queues

A misrouted ticket is reassigned two or three times before reaching someone who can act, and the clock runs throughout.

ReassignmentsSLA risk
02

Cost

Triage consumes senior time

Sorting the queue needs enough context to judge, so it falls to experienced engineers who could be resolving instead.

Wasted expertiseBottleneck
03

Inconsistency

Priority depends on wording

Urgency reflects how the requester phrased it rather than actual business impact, so genuinely critical issues queue behind loud ones.

Mis-prioritisationUneven service

The workflow

How Koodisi runs it

Koodisi automates IT ticket routing based on category, priority, service, or keywords — ensuring every ticket reaches the right team or individual immediately without manual triage.

01

Take tickets from every intake

Portal submissions, email, and monitoring alerts enter one process, so routing is consistent no matter how the issue was raised.

Webhook and scheduled triggers over the REST Client.

02

Enrich with what the ticket omits

Requester role, department, location, affected service, and entitlement are looked up, so routing decisions use facts rather than the description alone.

Lookups against identity and asset systems through the REST Client.

03

Classify and prioritise by rule

Category and urgency are resolved from ticket attributes and business impact in a decision table, so priority means the same thing every time.

Classification rules live where service management can change them.

04

Assign to the right queue

Skills, coverage hours, and current load determine the team or individual, and the assignment is confirmed rather than assumed.

Retry policies cover transient failures; unconfirmed writes raise a failed run.

05

Notify with context

The assigned team receives the ticket with the enrichment already attached, so work starts without a round of clarifying questions.

Messaging platforms connect through the REST Client.

06

Record why it went there

Each ticket carries the values evaluated and the rule matched, so misroutes lead to a rule fix rather than an argument.

Execution logging with before and after state.

Connectivity

The systems in this workflow

Koodisi orchestrates the platforms this workflow touches — through the REST Client today, and through a dedicated activity whenever you need one.

The capability underneath

Every workflow above is assembled from the same governed building blocks — which is why connecting one more system is a day of work, not a project.

Connect to anything

  • REST and webhook connectivity with managed authentication (4 activities)
  • Secure file transfer over SFTP (5 activities)
  • Direct database reads and writes (4 activities)

Move and reshape data

  • Translate between CSV, JSON, XML, and fixed-width formats (6 activities)
  • Field-level mapping between systems that model data differently
  • High-volume batch processing with per-record tracking (7 activities)

Decide and protect

  • Decision tables for approval and routing rules your team can read
  • Encryption, hashing, and signature verification on sensitive fields
  • Retry policies, error handling, and full execution logging

Business systems connect through Koodisi’s REST Client, and our team builds dedicated activities for the ones you depend on — typically within a day of you asking.

Request a system →

Governance

Automated, but still under control

Every run is authorised, recorded, and observable — the part that decides whether automation survives an audit.

Routing rules in the open

Classification and priority logic lives in a decision table service management can review and change without engineering.

Every assignment explained

Each ticket records the attributes evaluated, the rule matched, and the resulting assignment with a timestamp.

Scoped control of routing

Permission scopes separate who runs the workflow from who changes the rules that allocate work and set priority.

Requester data masked

Personal details in ticket content are masked in logs so routing records stay operational.

Credentials in Key Vault

ITSM and directory credentials are stored in Key Vault and referenced at run time.

Visible when the queue backs up

Traces show routing latency, so a growing queue is caught before it becomes an SLA breach.

FAQ

Frequently asked questions

Still have a question? Talk to our team.

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