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How Frinks AI Contained 70% of Quality Inspection & Production Support Calls with Finn

Learn how Frinks AI were able to contain 70% of quality inspection and production support calls with Finn AI.

Digvijay Singh Shekhawat
Digvijay Singh Shekhawat
December 23, 2025
4 min read
How Frinks AI Contained 70% of Quality Inspection & Production Support Calls with Finn

Frinks AI x Finn AI

Containing 70% of Quality Inspection & Production Support Calls with AI

Overview

Frinks AI builds computer vision systems for quality inspection and defect detection in industrial environments. As deployments scaled across factories, geographies, and clients, production support became a bottleneck. Engineers were increasingly pulled into repetitive, high-volume support calls, slowing down core AI development and delaying issue resolution on the factory floor. To address this, Frinks AI partnered with Finn AI to build an AI-first production support model over inbound telephony.

The Challenge: High-Volume Support in a Downtime-Sensitive Environment

Frinks AI faced challenges common to industrial AI automation companies, amplified by scale and complexity:

High-Volume Routine Support

Engineering teams were flooded with repetitive queries such as:

  • Frequent calls like “Why did my batch fail inspection?"
  • "How do I recalibrate the sensor?" — flooded engineering teams
  • Engineers were spending ~40% of their time on routine queries instead of model development

Complex Context Identification

Support required instant access to:

  • Factory ID
  • Machine type
  • Historical inspection logs

Manual context gathering delayed resolution and increased downtime.

Global & Multilingual Support

  • Clients across India, Europe, Southeast Asia, and the US
  • Required multilingual, accent-aware support that could handle industrial terminology

Downtime-Sensitive Escalations

  • Delays in triaging issues caused costly production downtime

Deep System Integrations

Support depended on:

  • Inspection dashboards
  • ERP data
  • Ticketing systems
  • Client-specific configurations

Automation-Specific Pain Points

  • Model version queries (“Which version is running?”)
  • Edge device troubleshooting (on-prem sensors, connectivity issues)
  • Predictive maintenance alerts requiring fast context
  • OEM and partner calls involving multiple stakeholders

The existing support model was not scalable.

The Solution: Building an AI-First Support Model

Finn AI was deployed as the primary inbound support layer, designed specifically for industrial AI workflows.

Automated Support for Routine Queries

Finn AI handled repetitive, high-frequency issues end-to-end:

  • Sensor recalibration guidance
  • AI model behavior and inspection result explanations
  • Batch failure interpretation with defect details
  • Machine downtime troubleshooting
  • Onboarding and software upgrade FAQs

This immediately reduced the load on core engineering teams.

Multi-Tree Logic for Precision

Calls were intelligently categorized into 6+ specialized resolution paths, including:

  • Sensor calibration
  • AI model and software updates
  • Defect classification explanations
  • Downtime and error alert resolution
  • Client-specific configurations
  • Predictive maintenance alert handling

Each path ensured faster, more accurate resolution without human intervention.

Natural, Human-Like Conversations

To support global factory operators:

  • Region-specific intonation and speech speed
  • Fluent handling of industrial jargon and acronyms
  • Multilingual support across English, Hindi, Spanish, and Mandarin

This reduced friction on the factory floor.

Proactive Alerts

Finn AI enabled outbound intelligence through automated calls informing clients of:

  • Maintenance windows
  • Predicted machine failures
  • Sensor anomalies

This shifted support from reactive to preventive.

OEM & Partner Escalation Filtering

  • Filtered and routed vendor and partner calls intelligently
  • Prevented duplicate escalations to Frinks’ engineers
  • Reduced noise during high-impact incidents

Data Privacy & Compliance

  • Automated client verification before sharing logs or defect data
  • Critical for regulated industries such as automotive and medical manufacturing

The Impact

📊 Operational outcomes delivered

  • 70% of quality inspection and production support calls resolved autonomously by AI
  • 95% faster issue resolution (from ~10 minutes to under 30 seconds)
  • 800+ engineering hours saved every month
  • 100% seamless global, multilingual coverage without additional hiring

What Frinks AI’s Team Says

"Our engineers were spending a disproportionate amount of time answering repetitive production questions. Finn AI helped us contain that volume without compromising resolution quality." — Aditya Agrawal | Co-Founder & CEO, Frinks AI

"Support became faster, more consistent, and far less dependent on engineering availability." — Aditya Agrawal | Co-Founder & CEO, Frinks AI

"The ability to handle global, multilingual factory calls without scaling headcount was a major operational win." — Aditya Agrawal | Co-Founder & CEO, Frinks AI

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Digvijay Singh Shekhawat
Digvijay Singh Shekhawat

Founder, Finn AI

Digvijay is building Finn — the enterprise voice orchestration layer that reasons through calls, extracts data, and updates your systems in real time. Writing about voice AI, go-to-market, and what it takes to ship autonomous agents at scale.