The lack of efficient digital data processing tools during field excavations is a major bottleneck affecting the delay between data collection and dissemination in archaeology. In this paper, we outline the fundamental methodology of ArchField, an integrated digi-tal field recording solution developed to overcome this bottleneck and translate field ex-cavations to virtual museums in real-time. ArchField records sub-centimetre accurate three-dimensional coordinates from Total Stations and RTK GPS units. Recorded field data and measured 3D coordinates are digitally processed to produce auto-generated dai-ly GIS top plans. The processing pipeline enables the generation of publishable online maps from the first day of excavation to the last. It is interoperable with many different GIS viewers and stores data in an online PostGIS database. Digitization of archaeological data in the field is streamlined to facilitate standardization, redundancy and storage that can be immediately made accessible online to the digital community. Consequently, ArchField integrates features such as synchronization, data formatting, re-projection, dy-namic labeling and symbolization. It provides immediate online accessibility of field ex-cavations for virtual museums of the future. ArchField enables any archaeological project to inexpensively adopt real-time 3D digital recording techniques in their field methods.