Fyutrex
All Case Studies
AI / ML

AI features competitors called impossible

Integrated a retrieval-augmented generation pipeline that reduced their manual data entry by 80% and cut support tickets in half.

6 weeks · 97% accuracy · 80% less manual work
6 weeks
2 AI engineers + 1 backend + PM
Client: Nexloom

80%

Less Manual Work

50%

Fewer Support Tickets

97%

Extraction Accuracy

6 weeks

To Full Deployment

The Challenge

What they were up against

Nexloom's team was spending 40+ hours per week manually extracting structured data from unstructured documents — PDFs, emails, and scanned contracts. Their previous AI vendor delivered inconsistent results and their support team was drowning. They needed a custom AI pipeline they could trust.

Our Solution

How we solved it

We built a retrieval-augmented generation pipeline using LangChain and GPT-4, with a custom document chunking strategy tuned for their domain. We integrated Pinecone for vector search and built a human-in-the-loop review interface so their team could validate and correct AI outputs, which fed back into model fine-tuning. Accuracy improved from 62% to 97% over 6 weeks.

Project Timeline

How we delivered it

Every project follows a structured, phased approach. Here's how we took this from kickoff to production.

Data Audit

1 week

Analysed 5,000 sample documents, mapped extraction targets

5,000 docs analysed

Pipeline Build

2 weeks

Chunking strategy, embeddings, Pinecone indexing, GPT-4 layer

RAG pipeline live

Evaluate & Tune

2 weeks

Ground-truth benchmarking, prompt optimisation, accuracy tuning

97% accuracy hit

Production Deploy

1 week

Monitoring, HITL review interface, drift detection setup

Zero-drift monitoring

Transformation

Before & after working with us

The measurable shift — from where Nexloom started to where they ended up.

Manual Data Entry
40+ hrs/week8 hrs/week
Extraction Accuracy
62%97%
Support Ticket Volume
200/week100/week
Processing Time
15 min/doc30 seconds/doc

Technologies Used

Built with a modern stack

We chose each technology for a reason — optimising for performance, developer experience, and long-term maintainability.

PY
Python
LA
LangChain
OP
OpenAI GPT-4
PI
Pinecone
FA
FastAPI
PO
PostgreSQL
NE
Next.js

Deliverables

What we shipped

A breakdown of the key features and systems we designed, built, and deployed for Nexloom.

01
Custom RAG pipeline with domain-tuned chunking
02
Pinecone vector search integration
03
Human-in-the-loop review interface
04
Automated accuracy evaluation framework
05
Real-time extraction monitoring dashboard
06
Feedback loop for continuous model improvement

Business Impact

Measurable outcomes

The numbers that matter — real business results our client achieved after launch.

80% less manual work

Labour Savings

50% fewer tickets

Support Load

62% → 97%

Accuracy

Their AI integration expertise is genuinely rare. They shipped features our previous agency said were technically impossible. Total game changer.
PN

Priya Nair

CTO, Nexloom

Insights

Key learnings from this project

Hard-won insights our team took away — the kind of knowledge that only comes from building in production.

Domain-specific chunking was the single biggest accuracy lever — generic chunking strategies missed critical context boundaries.

Human-in-the-loop review isn't a crutch — it's a training data pipeline that makes the AI get smarter over time.

Building an evaluation framework before writing AI code prevented weeks of undirected prompt engineering.

FAQ

Common questions answered

Can't find what you're looking for? Get in touch and we'll answer any question directly.

Why did the previous AI vendor fail?
They used a generic document extraction model without domain-specific tuning. Our custom chunking strategy and evaluation framework were the differentiators.
How do you prevent AI hallucinations?
Three layers: retrieval-grounded generation (RAG), confidence scoring that flags low-certainty outputs, and a human-in-the-loop review queue for edge cases.
Can the system handle new document types?
Yes. The pipeline is designed to learn from corrections. When new document types are introduced, the HITL interface captures feedback that improves extraction over time.

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