Veeva Systems Inc.

Arvind Talari

Peter Gassner

Derek Allwardt

Eric Z Batzdorff

Jonathan Stone

David Ding Sun

Vinayak Shenoi

Qing Yang

Jon Stone

Bobby Ng

Nathan Joseph Janken

Rich Mayfield

ChandraShekhar Jammi

The disclosed method comprises: determining a first data store and a second data store; receiving a first computing command; executing a prioritization computing operation, based on the first computing command, associated with the first data store or the second data store; executing, based on the prioritization computing operation, the first computing command on at least one data element comprised in second data of the second data store and thereby generate and store an updated set of data elements within the second data store; initiating a deduplication computing operation by selectively marking, based on the updated set of data elements of the second data store, corresponding set of data elements within the first data store; and merging, based on the selectively marking, the updated set of data elements within the second data store with the corresponding set of data elements within the first data store.

Dynamic methods for improving query performance for a secure storage system

The disclosed method includes: communicatively coupling an object database, a first application, and a second application; loading: a first set of data indices into a first primary data store, a second set of data indices into a first secondary data store, a third set of data indices into a first tertiary data store, and the third set of data indices into a second tertiary data store; modifying: at least one first data element comprised in the third set of data indices, and at least one second data element; initiating a data deduplication computing operation by selectively marking data elements within the first secondary data store that map to the one of the first modified data element and the second modified data element; and merging the one of the first modified data element and the second modified data element with data elements comprised in the first secondary data store.

Systems and methods for data access acceleration and control within a secure storage network

Systems and methods for managing tenant code for a multi-tenant system. Instrumentation code may be added to the tenant code and track its performance. The tenant code may be disabled when it is determined based on information from the instrumentation code that the tenant code is misbehaving. An approximate clock may be used to determine if the running time of the tenant code exceeds a threshold.

Tenant code management in multi-tenant systems

Systems and methods for uploading tenant code to a multi-tenant system. Tenant Java source code is sent to the multi-tenant system over an MDL interface, and stored in a repository of the multi-tenant system as source code metadata. The tenant code may be extracted and executed when a predetermined event occurs.

Uploading tenant code to a multi-tenant system

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Dublin, CA, United States of America

Arvind Talari