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Data Scientist working on ML prediction models — ACCELERAID Banking AI Prediction Engine
Data Scientist working on ML prediction models — ACCELERAID Banking AI Prediction Engine

The ACCELERAID Platform

Prediction Engine

Propensity, churn, CLV and next-best-action from transaction signals. Explainable ML at enterprise scale — aligned with MaRisk model-documentation requirements.

How it works

From data to score.

Five steps, in real time or in batch.

01

Read the data

Transaction history, spending patterns and frequency and recency metrics come from the Customer Data Platform, including consent status.

02

Calculate scores

Models calculate scores per customer, for example for activity, churn probability and product affinity.

03

Update

Scores are recalculated with every data refresh: weekly, daily or in real time, depending on the package tier.

04

Explain

Every prediction shows the features that drove it (feature importance).

05

Use

Scores are available for segments, triggers and next best action. They support the decision; your team approves the action.

Key Capabilities

Prediction Engine: what it delivers

Capability 1

Propensity Scoring

Churn, purchase and product affinity outputs, trained on your customer data. The models are recalculated with every data refresh and so adapt to changing customer behaviour.

Purchase propensity per product category

Churn probability with early warning signals

Product affinity scoring across the full portfolio

ACCELERAID Prediction Engine — 20+ pre-built scores for banking analytics

Capability 2

Next Best Action

Real-time decisioning that recommends the next best product, offer, channel or service action. The recommendation applies per customer, not per segment.

Context-aware recommendations per customer

Optimal channel & timing selection

Integrated with the CLM/CVM orchestration engine

Capability 3

Explainable ML

Model documentation, feature-level explainability and model registry – aligned with MaRisk model-documentation requirements. Every score has a traceable explanation — making model outputs transparent for operational adoption and regulatory review in regulated financial environments.

Feature importance for every prediction

Model registry with full version history

Governance documentation on demand

Models

Pre-built scores and segments — 3, 10 or 20 per package tier

From churn prediction to customer lifetime value. All models are designed for transaction data, and every score comes with an explanation.

ACCELERAID AI prediction models — 20+ pre-built scores including next best action

Models in detail

What each model calculates.

All models work exclusively as decision support. Campaign activation and business decisions remain under the customer’s control.

Model family: QuantileTransformer (self-optimising quantile transformation)

Behavioural Scoring Models

Applies a quantile transformation to user-level transaction data to normalise behavioural distributions and derive a standardised behavioural score — ensuring comparability across users with different transaction volumes and spending patterns.

Data
Transaction history · aggregated spending patterns · frequency & recency metrics
Retraining
Automatic recalculation with every data refresh cycle (typically daily)

Control

What the models may and may not do.

All ACCELERAID models operate transparently, within client-controlled boundaries and with no autonomous financial decision-making.

Client Data Control

All models operate exclusively on data provided and controlled by the Client. No data is shared across clients. No external model training on client data.

Decision-Support Only

No automated credit approval, pricing decision or financial risk decision is performed by any model. All outputs serve exclusively as decision support — final actions remain under Client control.

Client Regulatory Responsibility

The client remains responsible for regulatory compliance regarding the use of model outputs in their jurisdiction. ACCELERAID provides governance documentation on request.

Performance Monitoring

Each model is regularly monitored for score distribution stability, statistical consistency and predictive accuracy. Drift detection triggers review cycles.

Proprietary AI Framework

Built on a TensorFlow-based framework enabling development of additional client-specific models. Custom models are implemented separately under Professional Services scope.

Model governance contact

Questions about model design, governance documentation or regulatory compliance support:

Use Cases

What companies use the Prediction Engine for

Card acquisition

Identify high-propensity prospects and optimise application journeys. AI-based lead prioritisation and personalised checkout flows for card programmes.

Mortgage advisory

Assess mortgage propensity from transaction patterns and life-event signals. Prioritise the right customers at the right time for advisors. All scores serve marketing, sales and service – no creditworthiness or lending decisions.

Churn prevention

Early-warning signals trigger retention journeys before customers leave — across cards, accounts and insurance products.

Cross-Sell

Identify suitable customers in the right lifecycle phase for additional products. Signal-based decisioning replaces batch segment campaigns.

Upsell

Upgrade timing models for premium cards, higher account tiers and insurance products — based on spending patterns and engagement signals.

Segmentation

Dynamic, behaviour-based segmentation that updates in real time — replacing static demographic groups with actionable, data-driven clusters.

Read on

Where to go next.

See the Prediction Engine on your use case

One conversation. Your use case. Real numbers.

See the Prediction Engine on your use case

One conversation. Your use case. Real numbers.