Antenna Vaultus, Inc.

Livedata, Inc.

Vaultus Mobile Technologies, Inc.

Arvind Goyal

Joseph M George

John Arnold

Howard Mak

Gabriel Noah Schaffer

Brett J Cohen

Jeffrey Robbins

Kun-Wei Chou

Jeff Hsing

Isaac Kriegman

Gennady Agranov

Techniques for generating and providing a checklist, and for providing updates to a checklist based on event data. In some aspects, a checklist is provided to a terminal device by receiving a notification of a trigger event, which is used, at least in part, to obtain a checklist template and to generate a checklist from the checklist template, which is then provided to the terminal device. In some aspects, a server device provides a checklist to a terminal device, the checklist comprising a sequence of prompts, each prompt indicating one or more actions, and the server device provides an update to the checklist based on received event data.

Operating room checklist system

A system transfers applications and datasets (files) from a server to a client device and assigns to each file a lease key that will expire at a specified time. A file cannot be accessed unless its lease key is validated. Upon expiration of a lease key, the client device will connect to the server to determine if the lease key may be renewed. If the lease key may be renewed, a new lease key is created and access to the associated application or dataset is restored. If the lease key may not be renewed, the file may be deleted or rendered inaccessible. If rendered inaccessible, the file may be restored in the future without having to re-transmit it from the server to the client device. The server may also revoke a lease key before it expires.

System for providing mobile data security

An efficient method for storing relational data in a memory space uses B tree and B+ tree structures to store data for a database where non-identical values are stored in a string buffer and pointers to the string buffer are stored in a table buffer, and where identical data is stored only once, and each instance of that value in the database is referenced by a pointer to such identical data corresponding to the locations in the database where that identical value exists, thereby preserving physical memory and increasing the storage capacity of a fixed memory space.

Memory efficient representation of relational data with constant time random access to the data itself

The present invention provides a system and method for maintaining secure information on mobile devices and that balances security and convenience in the provision of mobile data access. Security is maintained by extending the use of industry-accepted two-factor authentication methods, and convenience is enhanced by utilizing a user's existing mobile device accessories as an authentication factor. As a result, the present invention provides a strong authentication system and method without the cost or burden of requiring the user to acquire additional hardware for security purposes.

System and method for securely accessing mobile data

In a system comprising a local processing device, a transmission link to a remote processing device, and a remote processing device, a method for updating a remote document in accordance with mutations made to a portion of the remote document maintained on the local processing device comprising the steps of loading at least a portion of the remote document into the local processing device as a local XML document, creating a logical document object model (DOM) having a plurality of nodes arranged in a logical hierarchical structure such that each node corresponds to an XML tag and data element in the XML document, mutating the XML document by adding, deleting, or modifying one or more of its data elements, updating the DOM to conform to the mutations to the XML document, creating a first event table that contains events corresponding to each mutation to the XML document where each entry comprises a path to a node in the DOM affected by the mutation and an event type, processing the first event table to create a second event table that contains the smallest number of events necessary to update the remote document to conform to the local XML document, transmitting the second event table and related data from the local device to the remote device, and mutating the remote document in accordance with events in said second event table and related data such that said remote document will have corresponding data elements of the same value as mutated data elements in the modified local XML document.

Growing community of inventors

Sudbury, MA, United States of America

Arvind Goyal