The article provides an overview of the advancements in integrated photonic quantum technologies (IQP) over the past decade. IQP has emerged as a versatile platform for generating, processing, and detecting quantum states of light, with significant progress in materials, devices, and functionalities. Key milestones include the demonstration of quantum interference and entangling gates in silica-on-insulator waveguide circuits, the development of programmable quantum circuits, and the implementation of various quantum protocols and algorithms. The article highlights applications such as secure quantum communications, quantum information processing, Boson sampling, and quantum simulation of physical and chemical systems. It also discusses the challenges and opportunities in realizing large-scale, monolithic IQP circuits, emphasizing the potential for future quantum technologies.The article provides an overview of the advancements in integrated photonic quantum technologies (IQP) over the past decade. IQP has emerged as a versatile platform for generating, processing, and detecting quantum states of light, with significant progress in materials, devices, and functionalities. Key milestones include the demonstration of quantum interference and entangling gates in silica-on-insulator waveguide circuits, the development of programmable quantum circuits, and the implementation of various quantum protocols and algorithms. The article highlights applications such as secure quantum communications, quantum information processing, Boson sampling, and quantum simulation of physical and chemical systems. It also discusses the challenges and opportunities in realizing large-scale, monolithic IQP circuits, emphasizing the potential for future quantum technologies.