Main areas of RPA (Robotic Process Automation) applications
- OSINT (Open Source Intelligence) for the collection of data from public sources and activities on obtainable information.
- BPA (Business Process Automation) for automating business workflows with IT tools.
OSINT
What is OSINT?
The basic resources of intelligence
Grouping of open-source information
OSINT is the acquisition, collection, filtering, and analysis of publicly or restricted available information (OSIF) by legal means on a professional basis.
An important element is that the resources are public, but the management and use of the information extracted from them is already unique and usually not public.
An important element is that the resources are public, but the management and use of the information extracted from them is already unique and usually not public.
What does an OSINT workflow look like?
Applied solution:
With this structure, even the most complex workflows can be easily and clearly automated.
The robots connect to the social network, publicly available databases, through the first Security layer. The task of this layer is to implement the management of the applied proxies as well as to hide the search activities.
AOn the second level of the five-level robot structure (Mediation layer) are the Mediator robot (s) (Low-level RPA). These robots use the KOFAX RPA Platform, where runtime in critical applications can be supplemented with separately programmed (Java, Python, C ++) modules.
Located on the third level of the structure (Task layer) are the Task Oriented Control Robot (s) (High level RPA). Their task is to bring together basic robots in a task-oriented way to perform a specific task effectively.
The fourth level of the structure is the Database layer. The result of the workflow performed is stored in these databases.
The fifth level of the structure is the Post processing layer, for the processing of extracted data supported by artificial intelligence devices.
The robots connect to the social network, publicly available databases, through the first Security layer. The task of this layer is to implement the management of the applied proxies as well as to hide the search activities.
AOn the second level of the five-level robot structure (Mediation layer) are the Mediator robot (s) (Low-level RPA). These robots use the KOFAX RPA Platform, where runtime in critical applications can be supplemented with separately programmed (Java, Python, C ++) modules.
Located on the third level of the structure (Task layer) are the Task Oriented Control Robot (s) (High level RPA). Their task is to bring together basic robots in a task-oriented way to perform a specific task effectively.
The fourth level of the structure is the Database layer. The result of the workflow performed is stored in these databases.
The fifth level of the structure is the Post processing layer, for the processing of extracted data supported by artificial intelligence devices.
In order to demonstrate the effectiveness of RPA technology, we undertake to perform a pilot task free of charge.
BPA
Application of software robots (RPA) to automate workflows
Software robots perform frequently occurring routine operations mimicking exactly how humans use each application and WEB user interface. User-definable algorithmic interconnection of several automated processes is also possible to implement complex data collection.
Complete multi-step complex workflows can be performed with software robots with minimal human intervention, most often only to handle exceptions.
What are the benefits of using RPA?
Manual workflow
RPA workflow
They also connect multiple existing incompatible business applications, automating the entire complex workflow without the need to modify existing software.
Applied solution:
With this structure, even the most complex workflows can be easily and clearly automated.
Mediator robot (s) (Low-level RPA) directly connected to existing business or back-office systems (e.g. SAP, Oracle Flexcube, CRM) are located on the first level (Mediation layer) of the three-level robot structure. Their task is to efficiently implement the more common subtasks. These robots use the KOFAX RPA Platform, where runtime in critical applications can be supplemented with separately programmed (Java, Python, C ++) modules.
Located on the second level (Task layer) of the structure are the Task Oriented Control Robot (s) (High level RPA). Their task is to bring together basic robots in a task-oriented way to perform a specific task effectively.
The third level of the structure is the Database layer. The result of the workflow performed is stored in these databases.
Mediator robot (s) (Low-level RPA) directly connected to existing business or back-office systems (e.g. SAP, Oracle Flexcube, CRM) are located on the first level (Mediation layer) of the three-level robot structure. Their task is to efficiently implement the more common subtasks. These robots use the KOFAX RPA Platform, where runtime in critical applications can be supplemented with separately programmed (Java, Python, C ++) modules.
Located on the second level (Task layer) of the structure are the Task Oriented Control Robot (s) (High level RPA). Their task is to bring together basic robots in a task-oriented way to perform a specific task effectively.
The third level of the structure is the Database layer. The result of the workflow performed is stored in these databases.
Development process
In order to demonstrate the effectiveness of RPA technology, we undertake to perform a pilot task free of charge.