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Reference Architectures / Customer Intelligence

Routing 500K tickets a month across 18 languages - before anyone reads them.

This architecture places Sentiqra behind your helpdesk webhook: intent, urgency, emotion, abuse, and security signals on every incoming ticket, mapped to queues and specialist teams before an agent opens the case.

Illustrative reference architecture. The scenario, volumes, and economics below are modeled - not a named customer case study. Validate every number against your own workload.

The scenario

A SaaS company's support org handles roughly half a million tickets a month across 18 languages. Every ticket enters one flat queue. Billing disputes wait behind password resets; abusive messages land in front of agents with no warning; account-security cases get handled as routine support until someone notices.

Before / after architecture

Before

ticket created | v FLAT QUEUE | v agent reads → decides → routes | v (or doesn't)

With Sentiqra

ticket created | v helpdesk webhook | v SENTIQRA ANALYZE Customer Service + Emotion | v intent + urgency + emotion + abuse + security signals | +---+---+-------+--------+ | | | | | v v v v v billing tech account- normal queue queue security queue | v specialist / identity flow

Decision ownership stays with you

Illustrative economics

Both columns are modeled from explicit assumptions. Do not treat these as guaranteed savings - model them against your own workload.

Current approach (modeled)

  • Agent-read time on every ticket before routing is possible
  • + misrouted-ticket handling cost
  • + agent exposure to abusive content (attrition, wellbeing)

With Sentiqra (modeled)

  • N tickets/month × 1–2 analyzer runs per ticket
  • = N×2 analyzer runs at current Sentiqra pricing
  • Agent time starts at the routed queue, not at the read
Open cost calculator

Model with real ticket volume and agent cost. The win is first-touch routing accuracy and agent protection. See current pricing.

Failure behavior

Enterprise architects care about what happens when analysis is unavailable almost as much as accuracy. Define these states explicitly.

Sentiqra available

Normal flow - every ticket arrives tagged and routed.

Analyzer latency spike

Tickets queue briefly and arrive untagged - the flat-queue behavior you already have is the fallback.

Sentiqra unavailable

Tickets flow to the default queue untagged. No ticket is lost; routing just reverts to manual.

Quota / spend cap reached

Explicit state - overflow tickets go untagged to the default queue rather than silently failing.

Webhook delivery failure

Your helpdesk retries or queues; Sentiqra analyses are idempotent per request ID.

Illustrative operational impact

Abuse detected before exposure

Trust & Safety signals route hostile tickets to specialized handling before an agent reads them.

Security cases leave the support queue

Credential-risk and account-takeover signals route to the identity workflow - not to a generalist agent.

One taxonomy, 18 languages

A billing dispute in Japanese and one in Arabic land in the same queue with the same label.

What to measure in your evaluation

Run both approaches against the same labeled production sample. Compare:

First-touch routing accuracy
Time-to-first-response on urgent tickets
Misroute rate vs. manual baseline
Agent exposure to flagged-abusive tickets
Security-case detection rate in support traffic
p95 latency added to ticket creation

The right migration decision should come from your workload - not a generic savings percentage.

Build the reference architecture

Start with 5,000 free analyzer runs and evaluate Sentiqra against your current pipeline.

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