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In order to overcome this bottleneck, this study proposes a universal amorphous engineering approach, which synergistically exploits amorphous phase separation and glass\u2010network confinement. This method promotes heterogeneous nucleation at phase boundaries and spatially restricts crystal growth, achieving ultra\u2010high crystallinity (&gt; 90%) while maintaining high optical transparency (&gt; 90%). Unlike conventional approaches that rely on specific compositions or crystallization pathways, this broadly adaptable strategy has been successfully extended to fluoride, oxide, perovskite, and sulfide\u2010based glass\u2010ceramics, demonstrating its versatility. Upon rare\u2010earth doping, the composites exhibit superior performance in transparent displays, laser\u2010driven lighting, and high\u2010resolution X\u2010ray imaging. 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