ItalevionAI — predictive analytics dashboard for corporate liquidity

Predictive analytics for SMEs

Idle capital in company bank accounts loses value every day it remains idle.

ItalevionAI analyzes your company's liquidity with predictive models trained on historical data, identifying allocation strategies verified through backtesting before they are proposed.

Many Italian SMEs maintain liquidity reserves higher than necessary, not due to strategic choice but due to the absence of tools capable of evaluating alternatives rigorously.

Investing corporate capital requires an analysis of risk, time horizon and market scenarios that an internal finance office can rarely conduct on an ongoing basis. The most frequent result is inaction, even when there is measurable room for improvement. Dormant Capital is not a management error: it is the implicit cost of a decision never made.

Predictive models and historical verification transform liquidity data into operational recommendations.

The system does not generate isolated forecasts. Each recommendation goes through a modeling phase and a verification phase on historical data, documented and consultable by the customer.

Predictive Models on Time Series

The algorithms analyze market time series, corporate cash flows and macroeconomic indicators to generate probabilistic liquidity allocation scenarios. Each forecast is accompanied by a confidence interval, not an isolated figure.

Analysis of over 15 years of market data for each model
ItalevionAI — data analytics team working on predictive models

Historical Backtesting of Strategies

Before being proposed, each strategy is tested on past market periods, including contraction phases, to verify its resilience in unfavorable conditions. The outcome of the backtesting is documented and made available to the customer together with the recommendation.

Test across multiple market cycles, not a single good period

Backtesting methodology is built to withstand criticism, not to confirm a desired outcome.

Each candidate strategy is applied retroactively to distinct historical time windows, including downturns and high volatility phases. The goal is not to demonstrate constant performance, but to measure how the strategy would have performed in real and different conditions.

Illustrative representation of the structure of a multiple time window test. The real values ​​depend on the risk profile and the capital considered, and are shared during the individual analysis.

Diversification by time horizonLiquidity is segmented by required availability, separating short-term reserves from capital that can be allocated over longer horizons.

Stress test on unfavorable scenariosEach strategy is subjected to simulated adverse market conditions, not just average or optimistic scenarios.

Defined exposure limitsMaximum allocation limits are established for each individual strategy, to contain the impact of unexpected events.

Periodic review of modelsPredictive models are recalibrated when market conditions deviate significantly from initial assumptions.

Three recurring situations in which Italian SMEs retain unnecessary liquidity.

Seasonal liquidity

Companies with collections concentrated in certain months of the year maintain high reserves to cover periods of lower activity, often higher than real needs.

Expected outcome: allocation of the excess quota on horizons compatible with the seasonal cycle.

Remunerated emergency reserve

The fund intended for unexpected events often remains in accounts with no return, due to the absence of a clear criterion on how much can be invested without compromising its availability.

Expected outcome: tiered liquidity structure, with part of the fund remunerated without loss of immediate access.

Retained earnings

Profits set aside awaiting decisions on reinvestment or distribution often remain without a defined intermediate destination.

Expected outcome: temporary allocation consistent with the company's decision horizon, reversible if priorities change.

Reliability of the models

How we evaluate the stability of forecasts over time.

Data security

How the company's financial data is processed.

How is the reliability of a predictive model measured?

Each model is evaluated by comparing the predictions generated to data actually observed in post-test periods, not just the data used to build it. Discrepancies are documented and used to recalibrate the model.

Does backtesting guarantee similar future results?

No. Backtesting checks how a strategy would have performed under known historical conditions. It does not constitute a guarantee of future results, but reduces the risk of relying on untested strategies in adverse scenarios.

Who oversees the recommendations generated by the system?

The recommendations generated by the models are reviewed by analysts before being presented to the client, with particular attention to exposure limits and consistency with the declared liquidity profile.

Where is the company's financial data stored?

The data is processed according to the principles of the General Data Protection Regulation (GDPR) and stored on infrastructures with limited and tracked access. Technical detail is available on request.

Is the data shared with third parties?

The data used for analysis is not shared with third parties for commercial purposes. Any technical suppliers act as data controllers, within the limits set by the contract.

Is it possible to request the deletion of my data?

Yes. The customer can request access, rectification or deletion of their data at any time, according to the methods indicated in the privacy policy.

Compliance note: Data processing follows the GDPR principles applicable to businesses operating in Italy. Specific details of the contract and security measures are provided in the individual analysis phase.

An initial analysis of company liquidity takes less time than a budget meeting.

Our team examines the current liquidity structure and returns a preliminary indication on allocation margins, without obligation. The historical data on which the methodology is based is available upon request.