The BMBF-funded IFE Targetry HUB project was launched in Germany to advance research in laser-based inertial fusion, focusing on target fabrication and fielding technologies. This initiative, led by the Fraunhofer Institute for Applied Solid State Physics and Focused Energy GmbH, targets the vital components of laser-driven inertial confinement fusion - hydrogen fusion fuel and ablator material. While laser-driven fusion has shown scientific net energy gain, challenges persist in making fusion technology reliable for commercial use. The project aims to improve target properties to ensure progress towards developing a commercially viable fusion power plant, enhancing yield, reproducibility, and cost-efficiency. By combining expertise from various partners in research and industry, the project aims to develop high-precision manufacturing processes for hydrogen fuel targets. These targets, crucial for successful laser-based fusion, are a key technology in realizing a future fusion power plant. The IFE Targetry HUB initiative focuses on scalable target production to meet the stringent requirements of laser-based inertial confinement fusion and advance towards a sustainable energy solution.