Coordinated operation of automated dispensing systems to dispense beverages according to dynamically generated formulas

A computing system comprising:

• memory storing first computer-executable instructions;
• and
• one or more processors coupled to the memory and configured to execute the first computer-executable instructions, wherein execution of the first computer-executable instructions causes the one or more processors to:
• obtain a request to dispense a first beverage;
• identify a first formula for the first beverage, wherein the first formula indicates a first group of components, one or more respective measures associated with the first group of components, and a first sequence of the first group of components to dispense to build the first beverage, wherein the first group of components correspond to one or more first automated dispensing systems of a set of automated dispensing systems;
• obtain a first modification, wherein the first modification indicates 1) a modification to at least one of a) a respective component of the first group of components, b) a respective measure associated with a respective component of the first group of components, c) a size of a receptacle for the first beverage, d) the first sequence, or e) an operation associated with the first beverage, 2) a removal of a respective component or operation, or 3) an addition of a respective component or operation;
• dynamically generate a second formula for the first beverage based at least in part on the first formula and the first modification, wherein the second formula indicates a second group of components, one or more respective measures associated with the second group of components, and a second sequence of the second group of components to dispense to build the first beverage;
• obtain, from a data store, data indicating a set of statuses of the set of automated dispensing systems;
• filter the set of automated dispensing systems to identify one or more second automated dispensing systems to dispense the second group of components based on the set of statuses of the set of automated dispensing systems;
• build second computer-executable instructions for the one or more second automated dispensing systems based at least in part on the second formula, each of the one or more second automated dispensing systems comprising one or more dispensers;
• and
• communicate at least a portion of the second computer-executable instructions to the one or more second automated dispensing systems to build the first beverage, wherein, for each of the one or more second first-automated dispensing systems, a respective controller of the respective automated dispensing system causes the respective one or more dispensers to dispense at least a respective portion of the second group of components in accordance with the second formula.

Non-transitory computer readable media comprising first computer-executable instructions, wherein execution of the first computer-executable instructions causes one or more processors to:

• obtain a request to dispense a first beverage;
• identify a first formula for the first beverage, wherein the first formula indicates a first group of components, one or more respective measures associated with the first group of components, and a first sequence of the first group of components to dispense to build the first beverage, wherein the first group of components correspond to one or more first automated dispensing systems of a set of automated dispensing systems;
• obtain a first modification, wherein the first modification indicates 1) a modification to at least one of a) a respective component of the first group of components, b) a respective measure associated with a respective component of the first group of components, c) a size of a receptacle for the first beverage, d) the first sequence, or e) an operation associated with the first beverage, 2) a removal of a respective component or operation, or 3) an addition of a respective component or operation;
• dynamically generate a second formula for the first beverage based at least in part on the first formula and the first modification, wherein the second formula indicates a second group of components, one or more respective measures associated with the second group of components, and a second sequence of the second group of components to dispense to build the first beverage;
• obtain, from a data store, data indicating a set of statuses of the set of automated dispensing systems;
• filter the set of automated dispensing systems to identify one or more second automated dispensing systems to dispense the second group of components based on the set of statuses of the set of automated dispensing systems;
• build second computer-executable instructions for the one or more second automated dispensing systems based at least in part on the second formula, each of the one or more second automated dispensing systems comprising one or more dispensers;
• and
• communicate at least a portion of the second computer-executable instructions to the one or more second automated dispensing systems to build the first beverage, wherein, for each of the one or more second automated dispensing systems, a respective controller of the respective automated dispensing system causes the respective one or more dispensers to dispense at least a respective portion of the second group of components in accordance with the second formula.