FPGAs are specialized digital circuits for configuration and reconfiguration "in the field," having applications in various fields that require low power and low latency computation, such as medical devices, physics detectors, robotics, and hobby projects. Diego Ciangottini, a technologist at the Italian National Institute for Nuclear Physics (INFN), is working on creating a framework for hybrid computer architecture built using FPGAs along with normal processors. The development of FPGA firmware is typically challenging due to lack of standardization and vendor-specific ecosystems, making it difficult to establish a consistent firmware development process and share demos and example code. To address these challenges, Diego created a Dagger module to construct a single container image hosting multiple firmware artifacts for different FPGA boards, vendors, and models, leveraging the OCI standard and GitOps approach. This solution streamlines the firmware distribution process, allowing users to load the relevant firmware onto any supported FPGA board from a standard registry. The Dagger-based solution provides benefits such as cross-compatibility, reusable API, and efficient caching, making development more efficient and collaborative with reusable, standardized pipelines.