Dzelamokru data interface for real-time liquidity analysis
Liquidity analysis for companies

Capital works. Available at any time.

Dzelamokru analyzes cash flows in real time and suggests capital allocations. No holding periods, no waiting for approvals.

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Initial situation

Idle liquidity costs returns, not security

Many medium-sized companies keep reserves in current accounts because alternatives seem too slow or too confusing. That has a price.

01

Liquidity without returns

Capital in current account accounts loses real value as soon as inflation exceeds the interest rate. Unused reserves do not work.

02

Decisions without a database

Without ongoing evaluation of payment flows, it remains unclear how much capital is actually freely available.

03

Manual risk assessment

Manual risk assessment ties up time and personnel, which is often lacking in a small company.

About Dzelamokru

A system that continually reassesses capital flows

Dzelamokru was developed for companies that hold liquidity reserves but do not want to constantly manually check how much of it is investable.

The platform processes account movements, seasonal patterns and planned spending to provide a daily assessment of available funds. Decisions remain yours; the system takes care of data preparation.

Dzelamokru analysis team evaluating liquidity data
How it works

How the system enables immediate availability

Three components work together to ensure that capital remains invested and can still be accessed at any time.

01

Predictive cash flow modeling

The model predicts incoming and outgoing payments based on historical patterns and current account movements. This determines what amount is not needed in the short term.

02

Real-time risk buffer

A dynamic buffer adapts to market fluctuations and seasonal peaks. If demand increases, capital is automatically downgraded before bottlenecks arise.

03

Automated allocation

Released funds are distributed according to predefined rules. Withdrawals are made without a holding period as the allocation remains liquidity-oriented.

Process

Comprehensible instead of promised

Don't rely on assurances: every step of the capital decision can be explained technically.

Step 1

Data collection

Account and accounting data are read in via secure interfaces. A continuous picture of the payment flows is created.

Step 2

AI analysis

Models assess liquidity needs, risk exposure and seasonal effects. The result is a daily recalculation of the investable share.

Step 3

Capital investment

The released amount is allocated according to the risk profile. Withdrawals are possible without waiting time as there are no holding periods.

Use cases

Specific situations from medium-sized businesses

Seasonal reserves

Reserves between high and low season

Companies with fluctuating orders can invest surpluses from strong months without losing access for the next off-season.

Tax reserves

Optimization of tax provisions

Reserves for sales tax or trade tax remain investable until the payment date approaches. The release occurs automatically before the due date.

Operational buffer

Scalable operational buffers

In the event of growth or new orders, the system adjusts the liquidity buffer instead of permanently maintaining it at a conservative maximum value.

Frequently asked questions

Technical and financial clarification

How quickly is a payout actually available?

Payouts are not subject to a holding period. The technical processing time depends on the bank details; it is usually one banking day.

What security standards apply to the data?

Account data is transmitted via encrypted interfaces and stored separately from analysis results. Access rights are limited based on roles.

How is the AI ​​model validated?

Forecasts are continually compared with actual cash flows. Deviations are incorporated into the adjustment of the risk buffer before new allocation proposals are created.

Analyze liquidity before it goes unused.

First evaluation without obligation to use.

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