80% Less Manual Data Gathering: How a Global Mining Advisory Firm Freed Its Senior Analysts
How a Global Mining Advisory Firm Freed Its Senior Analysts
- 80%+Reduction in manual data gathering
- 100%Source traceability
- 500+Unit mapping rules standardized
- 2 weeksTo production

Services Rendered: Production AI Systems Engineering ● Agentic Document Understanding
When a top-three management consultancy needed to free its senior mining analysts from manual data entry, the model was the smaller half. The production system around it was where the work landed: confidence scoring, source citations down to page and section, 500+ unit-mapping rules, a three-tier review queue, full audit trail. Two weeks from first line of code to live in production with real analysts using real data.
Hero stats
- 80%+ less time on data gathering. Analysts now review and approve, instead of extract and key in by hand.
- Two weeks. First line of code to live in the client's production environment.
- 500+ unit-mapping rules. Enforced automatically across NI 43-101 reports, annual production filings, capital market feeds, and regulatory updates.
- 100% source traceability. Every extracted value links back to its source document, page, and section.
The Problem
The analysts had become the pipeline
A global mining advisory firm was spending its senior analysts' hours on manual data entry instead of analysis, because the only path from mining documents to the firm's data system ran through human extraction.
The hidden cost
The firm serves mining companies worldwide with analytics, benchmarking, and strategic guidance. Its platform processes production data across hundreds of mines and commodities. The analysts running this operation are experienced professionals with deep domain knowledge.
They were spending most of their time on data entry.
Every day, analysts read NI 43-101 reports, annual production filings, capital market feeds, and regulatory updates. They extracted numbers by hand, normalized units across different reporting standards, and keyed everything into the firm's data system. Then they did it again the next day.
Accurate work. Necessary work. But not the work you hire senior mining analysts to do. As the business grew, more documents needed processing, and more analyst time went to extraction instead of analysis. The team had become a bottleneck, not because they were slow, but because manual extraction consumed their hours.
What We Built
The production layer around the agent
A production AI extraction system at this document depth is not a model problem. It is an engineering problem with a model embedded in it.
Tecknoworks built that production layer. The agent reads mining documents (NI 43-101 reports, annual production filings, capital market feeds, regulatory updates), extracts values with source citations down to the page and section, and standardizes units across 500+ mapping rules. It pre-fills the firm's data entry interface with confidence scores, so analysts focus only on exceptions.
Every extracted field carries a full audit trail: source document, page, section, extraction date. A three-tier classification routes analyst attention to where human judgment matters: auto-approve when confidence is high and the value is unambiguous, review when the agent is uncertain or the source citation needs human eyes, reject when the document does not support a confident extraction. The senior consultants gained direct read access to the data without going through the analyst team for every query.
Two weeks from first line of code to live in the client's production environment. Not a pilot, not a demo, not a sandbox. The agent ran against real mining documents from day one of production deployment, and the analyst team used it for daily work the same week.
The production layer is where the work actually sat. The model handled extraction and unit standardization. The platform handled everything that decides whether a model in production holds: confidence scoring on every field, source citation back to the page and section, unit-mapping enforcement across reporting standards, the three-tier review queue, the analyst workflow integration, the audit trail. The system around the model carries more weight than the model itself.
What Changed
From extraction to approval
- 80%+ less time on manual data gathering for the senior analyst team. Analysts now review and approve agent output instead of extracting and keying values by hand.
- PDF subscription software cancelled. The vendor tool the firm was paying for to support manual document search is no longer part of the cost base.
- 500+ unit-mapping rules enforced automatically across NI 43-101 reports, annual production filings, capital market feeds, and regulatory updates.
- 100% source traceability across the platform: every extracted value links back to its source document, page, and section.
- Three-tier classification (auto-approve, review, reject) routing analyst attention to where human judgment matters.
- Two weeks from first line of code to working in the client's production environment.
- Direct data access for non-technical consultants, who no longer go through the analyst team for routine queries.
- Complete data lineage visibility across the analyst-facing platform.
What's Possible Now
Analysts as the quality layer
Before this engagement, the senior analysts were the pipeline. They read documents, extracted numbers, normalized units, and keyed everything into the platform.
After it, they became the quality layer. The agent handles extraction and standardization. The analysts handle judgment calls, exceptions, and the domain expertise they were hired for. The team that used to be the bottleneck became the part of the workflow where human expertise creates value.
The model handled extraction. The system around it handled everything that decides whether extraction holds in production: confidence scoring, source citations, the three-tier review queue, the audit trail. Not a pilot. Production, with real data and real analysts using it from day one.
How We Built It
The production stack
- Azure-based AI agent with confidence scoring on every extracted field
- Agentic document understanding for NI 43-101 reports, annual production filings, capital market feeds, and regulatory updates
- Source citation engine linking every extracted value to its document, page, and section
- 500+ unit-mapping rules enforced automatically across reporting standards
- Three-tier review workflow (auto-approve, review, reject) routing exceptions to senior analyst attention
Want to see what this looks like for you?
If your organisation is at the moment where AI needs to move from lab to production, this is the team that gets it there and stays to run it.
Production AI Systems Engineering: we score ten production dimensions, prove it on your real data, deploy it and keep it running.
More Success Stories

Case Study
The Migration Their Team Now Owns
A 12-month manual migration off SQL Server, compressed to months with an AI-assisted workflow — and the client's team owns the methodology.

Case Study
25+ Locations, One Commercial Platform
Data scattered across ERP, spreadsheets, and registries? See how a European B2B distributor unified 25+ locations on one commercial platform.

Case Study
From 56% to 94% Classification Accuracy
9.5 months, 5 engineers, .NET 9, and a 322-category taxonomy that holds in production — the 56% to 94% accuracy lift came from engineering.

Case Study
66% Less Code, Zero to 99% Test Coverage in 5 Weeks
A leading maritime classification society was sitting on a compliance platform that had outgrown its original architecture.

Case Study
Beer & Data Analytics in Campaign Management
In the world of brewing, a beer giant has been tapping into something invigorating: the power of data analytics in campaign management.

Case Study
Instant Lung Disease Diagnosis Using AI and IoT
Explore how disease diagnosis using AI powered IoT solutions can revolutionize medicine, offering real-time, non-invasive tools that improve patient outcomes and reduce healthcare costs.