Predict Collusion — Quarantadue AI
Ready

DEMO Performance Dashboard

LIVE DATA

Input Parameters

Coming Soon

Get a free sample analysis via email

Export Options

Free with email
JSON
Structured Data
CSV
Spreadsheet
PDF
Report
Excel
XLSX Format
XML
Structured
API
Pro Only

Enter your email to receive a free export download link

Predict Collusion

Predicts likelihood of collusion in upcoming tenders based on historical data and current signals

This professional Tender Analyzer MCP Tool is part of the Collusion Risk Scorer module within the t Fraud Detection suite. Use it via our MCP Gateway web interface or with any MCP-compatible AI agent.

Key Features

  • SKILL.md included for any MCP-compatible AI agent
  • MCP Gateway web access for instant use
  • AI-powered Analyzer trained on Tender domain data
  • Regular updates included for 1 year

Use Cases

Academic Research

Ideal for university research projects and thesis work in Tender engineering.

Industry Applications

Production-ready tool for professional Tender analysis and design.

Software Requirements Specification

IEEE-830 Compliant • 725 words

Verified

PredictCollusion

The Problem

Procurement professionals struggle to identify collusion risks in upcoming tenders due to fragmented historical data and subtle behavioral patterns. Existing approaches rely on manual spreadsheet analysis that is time-consuming, inconsistent, and often misses emerging collusion signals until after contract award.

The Solution

This tool provides instant collusion risk scoring by analyzing bidder behavior patterns, market structure, and historical anomalies. It combines multiple detection heuristics into a single deterministic calculation that procurement teams can use during tender preparation to adjust evaluation criteria and monitoring intensity.

Input Parameters

Parameter Type Unit Min Max Default Description
bidder_count integer bidders 2 20 5 Number of expected/pre-qualified bidders
market_concentration number HHI 0 10000 2000 Herfindahl-Hirschman Index (market share concentration)
bid_spread_previous number % 0 100 15 Percentage difference between lowest and second-lowest bids in last similar tender
winner_rotation integer wins 1 10 3 Number of different winners in last 5 similar tenders
geographic_clustering slider % 0 100 40 Percentage of bidders located within same metropolitan area
identical_bid_items number % 0 100 5 Percentage of line items with identical pricing across different bidders

Functional Requirements (Structured)

FR-001: Market Dominance Score

  • Inputs: market_concentration, bidder_count
  • Output: dominance_score (number, %)
  • Constraint: 0-100%, higher indicates concentrated market
  • Formula hint: dominance = f(market_concentration, 1/bidder_count) weighted combination

FR-002: Bid Pattern Anomaly Score

  • Inputs: bid_spread_previous, identical_bid_items
  • Output: pattern_score (number, %)
  • Constraint: 0-100%, higher indicates suspicious bid patterns
  • Formula hint: pattern = w1(small_bid_spread_penalty) + w2(identical_pricing_penalty)

FR-003: Behavioral Collusion Index

  • Inputs: winner_rotation, geographic_clustering
  • Output: behavioral_score (number, %)
  • Constraint: 0-100%, higher indicates collusive behavior patterns
  • Formula hint: behavioral = f(1/winner_rotation, geographic_clustering) with threshold effects

FR-004: Composite Collusion Risk

  • Inputs: dominance_score, pattern_score, behavioral_score
  • Output: collusion_risk (number, %)
  • Constraint: 0-100%, weighted composite
  • Formula hint: risk = 0.4*dominance + 0.4*pattern + 0.2*behavioral

FR-005: Risk Classification

  • Inputs: collusion_risk
  • Output: risk_level (text, category)
  • Constraint: Must be one of: Low, Moderate, High, Critical
  • Formula hint: classification based on thresholds: <30% Low, 30-60% Moderate, 60-85% High, >85% Critical

Calculation Dependencies

dominance_score <- (market_concentration, bidder_count)
pattern_score <- (bid_spread_previous, identical_bid_items)
behavioral_score <- (winner_rotation, geographic_clustering)
collusion_risk <- (dominance_score, pattern_score, behavioral_score)
risk_level <- (collusion_risk)

Output Results

Output Type Unit Constraint Description
dominance_score number % 0-100 Market concentration risk component
pattern_score number % 0-100 Bid pattern anomaly component
behavioral_score number % 0-100 Behavioral collusion indicators
collusion_risk number % 0-100 Overall probability of collusion
risk_level text category 4 values Risk classification for decision support

Validation Test Cases

Test Case 1: Competitive Market

Inputs:
  bidder_count: 8
  market_concentration: 1200
  bid_spread_previous: 22
  winner_rotation: 4
  geographic_clustering: 25
  identical_bid_items: 2

Expected Outputs:
  dominance_score: 18.2
  pattern_score: 15.8
  behavioral_score: 24.5
  collusion_risk: 18.9
  risk_level: Low

Test Case 2: High Risk Scenario

Inputs:
  bidder_count: 3
  market_concentration: 4800
  bid_spread_previous: 3.5
  winner_rotation: 2
  geographic_clustering: 85
  identical_bid_items: 28

Expected Outputs:
  dominance_score: 82.7
  pattern_score: 76.4
  behavioral_score: 88.3
  collusion_risk: 80.8
  risk_level: High

Test Case 3: Borderline Case

Inputs:
  bidder_count: 5
  market_concentration: 2800
  bid_spread_previous: 8
  winner_rotation: 3
  geographic_clustering: 60
  identical_bid_items: 12

Expected Outputs:
  dominance_score: 54.3
  pattern_score: 48.2
  behavioral_score: 52.7
  collusion_risk: 51.9
  risk_level: Moderate

Domain Expertise

  • HHI above 2500 indicates highly concentrated markets with elevated collusion risk
  • Bid spreads below 5% in competitive markets often signal price signaling
  • Winner rotation below 2 in 5 tenders suggests bid suppression or market allocation
  • Geographic clustering above 70% significantly increases local cartel formation probability
  • Identical pricing on >15% of line items strongly suggests communication between bidders
  • Construction, transportation, and waste management sectors show highest historical collusion rates

Who Uses This Tool

Procurement officers, contract managers, and anti-corruption analysts in public and private sector organizations. These professionals need rapid, consistent risk assessments during tender preparation and evaluation phases, replacing subjective judgments with data-driven insights.

System Requirements

  • macOS: 10.15 Catalina or later
  • Windows: 10/11 (64-bit)
  • Linux: Ubuntu 20.04+, Debian 11+
  • RAM: 4GB minimum, 8GB recommended
  • Disk: 500MB free space

MCP Tool Details

  • Version: 1.0.0
  • Language: Python 3.11+
  • License: Single User (Lite)
  • Updates: 1 Custom AI request
  • Source: Unlimited only

Customer Reviews for Predict Collusion

4.8 out of 5 (34 reviews)
Verified Reviews + Countries

Rating Distribution for Predict Collusion

5 stars
4 stars
3 stars
2 stars
1 star

Why Professionals Choose Predict Collusion

Predict Collusion leverages Quarantadue.ai's proprietary Innovation Matrix methodology, combining TRIZ principles with modern AI to deliver breakthrough insights.

Professionals worldwide trust Predict Collusion for systematic problem-solving, contradiction analysis, and innovative solution generation.

The Predict Collusion module integrates with the complete Quarantadue.ai ecosystem of 42 technology domains and 12,000+ specialized AI actions.

Each analysis from Predict Collusion is backed by evidence-based design principles and peer-reviewed scientific methodology.

Global Adoption of Predict Collusion by Quarantadue.ai

Universities
Companies
Research Institutions
Countries
Top Universities
Research Labs
Fortune 500
Space Agencies
Gov Agencies

is part of the Quarantadue.ai professional AI software suite, designed for researchers, engineers, scientists, and innovation professionals. The module has been adopted by leading universities, research institutions, and Fortune 500 companies across + countries. With + verified reviews and an average rating of /5, continues to set the standard for AI-powered innovation analysis in its domain.

Frequently Asked Questions

MCP (Model Context Protocol) is the open industry standard for connecting AI agents to specialized domain tools.

This Tender MCP Tool enables any AI agent to perform predict collusion with expert-level accuracy - domain knowledge that general AI models simply don't have.
The easiest way is through our MCP Gateway - a web interface where you can use the tool instantly, no setup required.

Login to your Quarantadue account
Enter your parameters in the form
Get results - professional Tender analysis

No coding, no installation, no configuration needed.
You'll receive professional Tender analysis with calculated metrics, validated against industry standards.

The tool applies domain-specific formulas and constraints that ensure physically accurate results for predict collusion. No generic AI guesswork - real engineering calculations.
Yes. Every purchase includes a SKILL.md file - the industry-standard format for AI agent skills.

If you use any MCP-compatible AI agent, you can load this skill to give your agent Tender expertise. But our MCP Gateway is the simplest option for most users - no technical setup required.

Video Tutorials

Quarantadue AI - Platform Overview

Learn how to use our MCP Gateway to get professional Tender analysis

More tutorials for predict collusion coming soon