System for distributed acquisition and state-dependent evaluation of usage-related interaction signals in digital transaction environments

Abstract

Technical system for the distributed acquisition and state-dependent evaluation of usage-related interaction signals in digital transaction environments, comprehensive an interaction signal acquisition unit, designed to capture usage-related signals generated during a transaction process, a state mapping unit, designed to convert the acquired signals into a structured usage state representation, and an evaluation coordination unit, designed for the coordinated processing of multiple usage state representations from different transaction environments, whereby the evaluation is based on the state representations without central storage of the underlying raw signals.

Description

Technical field

[0001] The invention relates to the technical field of data processing in distributed computing systems. In particular, the invention relates to a technical system for acquiring, structurally condensing, and state-dependently evaluating usage-related interaction signals that are generated during digital transaction processes. State of the art

[0002] In digital transaction environments, usage-related interaction data is typically either logged locally or collected centrally and subsequently analyzed. Well-known systems are often based on static evaluation rules, time-delayed data aggregation, or external data processing.

[0003] Such systems have several technical disadvantages, including high latency, limited scalability, and the inability to perform real-time, state-dependent evaluation of distributed interaction signals. Furthermore, known solutions often rely on storing all raw data, leading to increased resource consumption.

[0004] A system that enables continuous, distributed, and state-dependent evaluation of interaction signals without a central raw data collection is not known from the state of the art. Object of the invention

[0005] The invention is based on the objective of providing a technical system that: • Usage-related interaction signals are continuously and distributedly recorded, • these signals are structured and condensed, • enables state-dependent evaluation during ongoing transaction processes, and • can be operated without a central raw data collection. Summary of the invention

[0006] The invention relates to a technical system for the distributed acquisition and state-dependent evaluation of usage-related interaction signals in digital transaction environments. The system comprises an interaction signal acquisition unit for the continuous acquisition of usage signals generated during transaction processes, a state mapping unit for converting the acquired signals into structured state representations, and an evaluation coordination unit for the coordinated processing of multiple state representations from different computing environments. The evaluation is based on the state representations without the need for central storage of the underlying raw signals. This enables distributed, resource-efficient, and state-dependent processing of the interaction signals, which is scalable and can be operated without a central raw data collection system.

[0007] The system comprises several functionally interacting units for decentralized acquisition, structural state mapping and coordinated evaluation of usage-related interaction signals. Detailed description of the invention

[0008] The invention relates to a technical system for the distributed acquisition and state-dependent evaluation of usage-related interaction signals in digital transaction environments. The system comprises an acquisition unit for signal acquisition, a state mapping unit for condensing the signals into structured usage states, and an evaluation coordination unit for the coordinated processing of multiple state representations. The evaluation is performed without central raw data storage and enables continuous, distributed, and resource-efficient processing of the interaction signals.

[0009] In a preferred embodiment, the system comprises: • an interaction signal acquisition unit that captures usage-related signals generated during digital transaction processes, • a state mapping unit that condenses the captured signals into a structured usage state, • an evaluation coordination unit that coordinates and processes multiple usage states from different transaction environments, and • a results provision unit that generates evaluation information derivable from the coordinated states.

[0010] The state mapping is continuous, whereby raw signals are not permanently stored but converted into technically defined state representations. The evaluation is state-dependent and distributed, without central aggregation of the raw signals.

[0011] The invention relates to a technical system for the distributed acquisition and state-dependent evaluation of usage-related interaction signals in digital transaction environments. The system comprises an interaction signal acquisition unit for the continuous acquisition of usage signals generated during transaction processes, a state mapping unit for converting the acquired signals into structured state representations, and an evaluation coordination unit for the coordinated processing of multiple state representations from different computing environments. The evaluation is based on the state representations without requiring central storage of the underlying raw signals, thus enabling distributed, resource-efficient, scalable, and state-dependent processing of the interaction signals.

[0012] The design according to the invention ensures that usage-related interaction signals are processed in a resource-efficient manner and that continuous, state-dependent evaluation is possible during operation. At the same time, the scalability of the system is improved, since the processing is distributed and no central collection or storage of the underlying raw data is required.

Claims

[1] Technical system for the distributed acquisition and state-dependent evaluation of usage-related interaction signals in digital transaction environments, comprising an interaction signal acquisition unit, designed to capture usage-related signals generated during a transaction process, a state mapping unit, designed to convert the acquired signals into a structured usage state representation, and An evaluation coordination unit, designed for the coordinated processing of multiple usage state representations from different transaction environments, whereby the evaluation is based on the state representations without central storage of the underlying raw signals. [2] System according to claim 1, wherein the state mapping unit captures the interaction signals in a temporally segmented manner and continuously generates updated state representations. [3] System according to claim 1 or 2, wherein the evaluation coordination unit processes the state representations asynchronously, so that different transaction environments are evaluated independently of each other.