AI Solutions
Propensity Prediction
  • Our multi-algorithmic, time-series forecasting solutions provide granular forecasts of product demand, quantities, and revenues with an average accuracy of over 90%.
  • Multi-modeling technology accounts for multiple trends within the training datasets to produce highly accurate propensity ranking scores.

Success Stories

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Client:

#FINDABILITYSOLVES

Findability Sciences' AI model helped Alliance One achieve a 40 % ROI

Alliance One achieved 20-30% year over-over-year uplift in collections consistently over of two years, resulting in a 40 % financial ROI for 2021. Findability Sciences helped them formulate an AI-based propensity score model to prioritize and call the most likely payers first. This partnership resulted in increased revenue for Alliance One and measurable financial impact for their customers.

Client:

Global debt collections agency

No incremental staffing cost was involved

Yield of dues collection improved from

24% to 30%

Overall improvement of debt collection moved to

25%

Problem

A global debt collections agency wanted to improve payout rate of overdue invoices for its stores in the US. The client wanted to improve upon the existing dues collection rate (24%) through a renewed debtor contact strategy.

Solution

We proposed an operational strategy of ranking each invoice across a debt prioritization matrix based on the outstanding invoice amount and probability of payout.

A proprietary self-learning, multi-modeling automatic predictive technology from Findability.AI was used for obtaining probability of payout.

Client:

Global accounts receivable management company

Retailer's debt collection increased by

11%

observed during the measurement period

Collection partner's fee revenue increased by

15%

Additional manpower cost was involved

Problem

Global accounts receivable management company wanted to optimize the collection of overdue balance from loyalty program members. Around 25000 customers accrue a cumulative debt between 4-45 million USD in overdue payments every year.

Solution

A proprietary self-learning, multi-modeling automatic predictive technology from Findability.AI was used to assign a 'propensity to pay' score to each record in the debt portfolio.

The debt portfolio was divided into 7 'age buckets' defined by the debt collection partner.

Client:

Telecom Carriers

Debt collection increased by

20-25%

witnessed by end customers

Collection increased

without additional staffing cost

Refreshed results every week

received by client to take timely action against potential default or propensity

Problem

Due to increasing competition, it is necessary for telecom carriers to maximize dues recovery as well expand their subscriber base. A balance between soft action like sending reminders and hard action like discontinuing the service is important for collection teams.

Solution

'Propensity to Pay' was calculated using a proprietary self-learning, multi-modeling automatic predictive technology from Findability.AI.

Overdue accounts were divided into deciles based on the decreasing order of 'Propensity to Pay'. The accounts were also monitored for inter-decile shifts and to detect steep changes in propensity to pay if any.

Client:

Retail Loans

Default risk reduced

due to proactive monitoring of loans at risk of default

There was no incremental staffing cost

Follow-up and collections strategy

could devise by operations team

by likelihood and amount of charge off

Problem

Defaults in retail loans and resultant charge offs are an important cause of credit costs in banking. Along with loan defaults at portfolio level, it is also important to identify the individual loans at higher risk of default to effectively target credit risk mitigation efforts.

Solution

A proprietary self-learning, multi-modeling automatic predictive technology from Findability.AI was used to divide the loan records into deciles based on their likelihood to default.

The proprietary algorithm ingested historical data to develop multiple prediction models to account for all possible scenarios in the dataset..