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Case Study

Cutting Through the Data Stack in Distressed Asset Diligence

Sector Energy / Oil & Gas
Client Type Multinational energy company
Use Case Acquisition Diligence
Engagement Decision Support AI
2 weeks
Recurring window to evaluate and bid on each opportunity
Zero
Manual document-by-document review needed to find what mattered before analysis could begin
One click
To trace any flagged discrepancy to its source and responsible data owner

Not a shortage of data. A recurring shortage of time to use it.

Whenever a distressed asset owned by a potential business partner came to market, a multinational supermajor had roughly two weeks to evaluate it and decide what to bid. These opportunities recurred. The clock started over each time.

To evaluate each asset properly, teams had to consolidate information from many directions at once:

  • Internal reports and proprietary research
  • Subscription data services
  • Seller-provided materials
  • Lab results, core samples, and newly generated analysis

The bottleneck was not access to information. It was the work of determining what in that pile actually mattered, identifying where sources conflicted with each other, and resolving those conflicts before valuation could even begin. That process was entirely manual, and the clock kept running.

Automate the exploration layer. Make the reasoning visible.

We built a tool that handled the unstructured data exploration work that was consuming diligence time before any analysis could start.

The system crawled across the relevant information sources for each evaluation. Rather than operating as a black box, it was designed to be transparent at every step: showing what it had reviewed, what it had concluded from each source, and how confident it was in each finding.

From there, it organized the most decision-relevant findings into a standardized output template. The emphasis was on conflict, not consensus. Where sources agreed, the system noted it and moved on. Where they disagreed, it surfaced those discrepancies directly.

Deal teams did not need to hunt for problems in the data. The tool brought the problems to them, with a clear path to resolution: click any discrepancy to see the underlying source material and the data owner responsible for follow-up.

Transparent by design, not as an afterthought

The key design decision was to treat transparency as a core function rather than a reporting feature. The system did not just produce conclusions. It showed its work: what it crawled, what it read, and what it decided about each piece.

This mattered because the stakes were high. Deal teams were not willing to rely on a system they could not interrogate. Making the reasoning auditable gave them the confidence to act on the output rather than repeat the manual review it replaced.

The discrepancy-first output template was the other critical choice. By organizing findings around where the data disagreed rather than where it aligned, the tool directed expert attention to exactly where it was most needed and most valuable.

From document overload to prioritized insight, faster

  • Teams reached the analysis phase faster on each recurring evaluation cycle
  • Manual source-by-source triage was replaced by a structured, auditable output
  • Discrepancies were surfaced automatically rather than discovered through exhaustive review
  • Data owners for each conflict were identified immediately, reducing follow-up time
  • Deal teams had a clearer, more defensible foundation for valuation and bidding decisions

Tech Stack

Python
LLM-based document analysis
Unstructured data parsing
Custom output templating
Source attribution tracking

Key Outcomes

Automated multi-source document exploration
Transparent reasoning at every step
Discrepancy-first output structure
One-click source tracing and owner identification
Repeatable across every new evaluation cycle
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The analysis should be done before the meeting starts.

We build AI systems that handle the exploration and triage work upfront, so decision makers can spend their time deliberating, not digging.

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