One of the remaining mysteries of the Standard Model is how emergent properties of hadronic matter arise from quark and gluon degrees of freedom. For example, there is still much to be learned about the process by which hadrons are formed from color charged quarks and gluons (hadronization). The LHCb detector offers a unique opportunity to study this process in terms of the flavor of quarks involved in the hard scatterin process, enabling measurements of the fragmentation process in heavy flavor jets with unprecedented precision. The unique features of these data motivate both a substantial effort to extract high precision measurements of heavy and light flavor jets, as well as an effort to preserve and provide open access to these data for the physics and data science communities to explore. In this talk, I will review recent jet fragmentation function measurements from LHCb in comparison to global measurements. I will then briefly cover the LHCb open data efforts, culminating in the review of a publicly available dataset and analysis workflow enabling exploration of the jet fragmentation process at LHCb.