This BOT operates within an insurance company and performs the following activities: it receives medical information from beneficiaries in PDF format, and extracts relevant information such as pre-existing conditions, dependents, and other data. Once the robot has the necessary information, it activates a decision-making engine to determine if a medical audit is required. If an audit is necessary, the BOT creates a ticket in Zendesk using a RESTful web API service. Finally, it sends an email to the operations department indicating the number of audits reported during the day. The technology used was Automation Anywhere.

The BOT accesses the websites of public entities that do not have web services, and the only way to extract information is through their graphical interface. It searches for information based on a date range and downloads it. Once the information is downloaded, the BOT places it in an Azure cloud Datawarehouse so that all areas that consume the information can access it. The BOT is capable of solving second-generation CAPTCHAs on some of the pages. The technology used was Automation Anywhere.

The BOT extracts transactional information from two sources: the bank's accounting system and the credit card processing system. Once both types of information are downloaded, it begins reconciling the transactions based on parameters such as date, concept, total amount, and card brand type. Upon completing the reconciliation, the BOT generates accounting reports and uploads them to the core banking system. This process is performed daily at a specific time. The technology used was Automation Anywhere.

Doctorisy is a platform that connects patients with hundreds of doctors within a specific location range. It allows users to perform intuitive searches based on specialty and other parameters. During the pandemic, it also enabled the scheduling of medical appointments through video calls

The BOT received credit applications from a ticketing system. The application included identification documents and collateral documents, so the BOT had to extract this data and then record it in the core banking system. Once registered in the core banking system, the BOT accessed the ticketing system and reported that the credit application was ready to proceed to the disbursement phase. The technology used was Automation Anywhere.

The BOT detects user account opening requests and their personal identification information. Once it extracts that information, it accesses the websites of 'La función judicial del Ecuador' and the 'Superintendencia de Bancos' to verify if the user has active legal claims or a history of legal issues. The results are then provided to advisors through IBM BAW for further processing during the onboarding process. The technology used was Automation Anywhere.

A BOT that downloads native and digital PDF documents from different branches of the business. Then, a Python script extracts all the information from the PDFs and stores it in a DATA FRAME. The BOT accesses SAP BUSINESS 1 and begins to link the system's invoices with the withholding vouchers from which the information was extracted. Once the process is completed, the BOT sends an email confirming the number of successful records and cases that require human review.

An autonomous BOT that downloads retention vouchers in XML format from 'SISTEMA DE RENTAS INTERNAS DEL ECUADOR'. It extracts the information from the vouchers and enters all the fields into the company's accounting system using SQL statements that perform 'INSERTS' into Oracle databases. The RPA tool used was UiPath.

A BOT that queries the export activities of Ecuadorian fish companies. The query was made on the foreign trade website 'ECUAPASS.' Once the information was obtained, it was transferred to Power BI, where indicators, metrics, and charts were generated based on the data. The process was executed once a week. The tool used was UiPath.

An application built in C# along with an ARDUINO card that sent instructions to the CNC electronic card, allowing production line operators to remotely identify errors in the vehicle door locking functionality. The application featured an intuitive interface, enabling production operators to promptly identify and report issues.