
Valentin Haerter developed security-focused enhancements for the THI-CSI/decentralized_iam_battery_data repository, building robust access control and encrypted data storage for the Battery Pass API. He implemented HPKE-based encryption, key management, and role-based access control using Python and FastAPI, migrating data to an encrypted TinyDB backend. Valentin expanded the API with a secure GET endpoint supporting scope-based permissions and Verifiable Presentations, while improving payload validation and cryptographic handling. He consolidated and clarified API documentation with Swagger, updated dependencies, and resolved configuration issues. His work strengthened data security, compliance, and developer experience, providing a solid technical foundation for secure battery data sharing.

June 2025 monthly summary for THI-CSI/decentralized_iam_battery_data. Focused on delivering a security- and access-control enhanced Battery Pass API, expanding documentation, improving data handling, and strengthening cryptographic controls. Key features included a new GET endpoint for battery pass data, permission-based access with scopes, Verifiable Presentations support, and updated role-based attributes configuration. Also fixed issues related to crypto flow, dependencies, and payload handling, with updates to requirements and utilities. These efforts improved security, compliance, and data-sharing capabilities for battery pass data, delivering measurable business value and robust technical foundations.
June 2025 monthly summary for THI-CSI/decentralized_iam_battery_data. Focused on delivering a security- and access-control enhanced Battery Pass API, expanding documentation, improving data handling, and strengthening cryptographic controls. Key features included a new GET endpoint for battery pass data, permission-based access with scopes, Verifiable Presentations support, and updated role-based attributes configuration. Also fixed issues related to crypto flow, dependencies, and payload handling, with updates to requirements and utilities. These efforts improved security, compliance, and data-sharing capabilities for battery pass data, delivering measurable business value and robust technical foundations.
May 2025 monthly performance summary for THI-CSI/decentralized_iam_battery_data. Focused on security-first enhancements and developer experience, delivering robust access control, encrypted data storage, and improved documentation to drive faster and safer integrations.
May 2025 monthly performance summary for THI-CSI/decentralized_iam_battery_data. Focused on security-first enhancements and developer experience, delivering robust access control, encrypted data storage, and improved documentation to drive faster and safer integrations.
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