Benjamin Jesuiter

The role at secunet International GmbH consisted of contributing to a security core module. It is a native module for Electron, written in Rust, in conjunction with a separated Electron renderer process for a specially secured UI. This separate UI for security-critical data checks was written with pure webcomponents to have full control over the UI Code, compared to react

Intentional career break with a primary focus on health and wellbeing.

After moving from consulting into a product-focused organization, I took ownership of the administration platform used by an IT service provider.

The platform provisions and manages email services, backup management, virtual servers, domains, certificates, virtual desktops, and customer-specific solutions while automating the related operational workflows.

After a German Federal Court ruling invalidated implicit acceptance of changed banking terms, a new system was needed to collect explicit customer consent.

A central modular overlay platform was created to guide customers immediately after login. This later expanded into overlay management, customer consent management, and a banker-facing consent management interface.

The goal of the web app was to show all permissions granted by a customer inside the platform, under PSD2, or through third-party providers.

It also logged and visualized all third-party access to account data or payment initiation events for private banking users.

The customer operated its services on-premise and wanted to move to AWS to gain scalability and work more flexibly.

The target setup included EC2 instances for DNS and email services, an EKS cluster for the main applications, and databases in Amazon RDS.

The existing Gerrit-based version control setup was replaced with Gitea in order to align better with modern Git workflows and more contemporary CI/CD practices.

The main application in this project was a BI dashboard for visualizing operational performance data from metal-processing machines.

Machine status data was sent through Azure IoT Hub, processed via Azure Stream Analytics, stored in Azure SQL, and then made available through a REST API. The project later expanded to include OEE reporting, a tracking app for operators, and a back-office web application.

This project focused on a load management system for charging infrastructure, planned as a cloud-native AWS application.

The system had to react to changing power limits from utility providers and to incoming consumption data from charging stations while taking advantage of automatic scaling in the cloud.

This project delivered a remote service web application for the support department of a machinery manufacturer.

The application connected customers with support staff through chat, audio, or video while also presenting extensive customer and machine data to help diagnose issues more quickly.

The goal of this project was to build a system that automatically analyzes the operating condition of freight wagons using high-speed cameras, microphones, and other sensors placed in and beside the tracks.

Edge computing devices uploaded the data to the cloud, where it was organized and enriched before being shown in a differentiated dashboard for multiple user groups.

This project addressed the issue of missing gold along the trading route by using plastic bags with integrated NFC chips.

The chip stored the trading history and metadata of a specific quantity of gold, allowing the app to verify completeness and enable traceability for ethical certification.

A legacy Android client for a proprietary GPS tracking portal from ibes AG was replaced with a newly built native Android app.

Introduced modern software engineering practices in an IT software company.

Built a tool for reading and processing GPS raw data as part of a cooperation between ibes AG and the Fraunhofer Institute.