Scalable acquisition of telemetry data from instrumented systems enitities over a wireless network

A telemetry data acquisition management system for interfacing with and receiving telemetry data sampled from sensor bearing systems for distribution to a plurality of data processing applications, and charging the data processing applications according to the load responding to requests placed on the system, the system comprising:

• a memory storage device;
• a programmed system processor device coupled to the memory storage device and configured to perform a method comprising:
• specifying in a subscription, a timing interval between the sampled telemetry data, said timing interval including a minimum sampling interval and a maximum sampling interval;
• creating groups of two or more subscriptions of multiple applications to the telemetry data sampled from the same sensor bearing systems, each group having a specified sampling range including a further minimum sampling and a further maximum sampling interval such that, for each group, a sampling range of each subscription of the group overlaps with all other subscriptions in the group, a created group including the two or more subscriptions;
• merging specified timing intervals of the two or more subscriptions in the group, the merged specified timing intervals defined between the further minimum sampling interval and the further maximum sampling interval, the merged timing intervals reducing the number of the sampled telemetry data in the group;
• receiving the reduced number of sampled telemetry data in the group during the merged timing intervals;
• optimizing sensor bearing entity communication;
• receiving, from a client device, in response to a telemetry subscription request, an indication that said client device chooses not to perform evaluation of data-reading conditions;
• evaluating the data-reading conditions for sensor bearing systems at a telemetry receiver if the received response from a client device indicates the client will not perform the conditions evaluation;
• receiving, at the data processing applications, only sensor reading data when the conditions are met;
• pre-compiling data reading conditions to allow for a simpler condition evaluator at the sensor bearing systems to spread reading overhead over many events;
• and
• evaluating whether the two or more subscriptions are periodic requests;
• buffering the received sampled telemetry data for a short time and forwarding to a corresponding requesting data processing application in a single bulk transaction, wherein said received sampled telemetry data is transmitted for all subscriptions in a group, at a same time, if the two or more subscriptions are the periodic requests;
• preventing a record associated with the two or more subscriptions from being cached and deleting the record, otherwise.