Calibration software has largely been developed with a direct measurement comparison method at the forefront. While adequate for many routine calibration processes, over time this approach becomes insufficient for more complex calibrations and often leads to the creation of special tests, add-ons, and various types of workarounds which are neither ideal nor sustainable over the long term. In some cases, these inadequacies initiate the development of a completely new and separate calibration software designed to specifically address a single calibration discipline or measurement problem. This paper discusses a complete and universal measurement process framework which is not only capable of accommodating routine and complex calibration scenarios alike, but also allows the use of various comparisons such as direct, indirect, ratio, differential, transfer, and substitution measurement comparison techniques. Additionally, the framework generates a comprehensive set of records to include; all original observations, calculations, corrections, conversions, environmental factors, and measurement results, allowing for step-by-step auditing of every measurement performed. Although primarily intended for use within calibration software which can facilitate automated, semi-automated, and manual calibrations - this approach may also be utilized entirely outside of software in any calibration scenario