General Atomics has developed a groundbreaking tool, the 4Pi system, to enhance the quality of targets used in Inertial Confinement Fusion (ICF) experiments. This system has played a key role in achieving fusion ignition in five instances at the National Ignition Facility (NIF). By characterizing and selecting targets with precision, the 4Pi system has significantly improved experimental outcomes and increased ICF yields. The 4Pi system integrates multiple cutting-edge instruments within a common coordinate system, allowing for detailed examination of targets from various perspectives and ensuring the fabrication of high-quality, intricate targets necessary for fusion ignition. This technological advancement has been crucial in the success of recent fusion ignition breakthroughs at LLNL's NIF, where the 4Pi system's instruments identified defects and mapped variations in target walls. General Atomics' collaboration with LLNL under the National Nuclear Security Administration's program has been pivotal in advancing research and development for inertial fusion target fabrication. With a focus on innovation, General Atomics continues to pioneer solutions for complex challenges in the field of nuclear energy and defense, showcasing a commitment to safe, sustainable, and innovative technological advancements.