Salesforce, Inc.

Thinking Source, LLC

Salesforce Com, Inc.

Bea Systems, Inc.

Michael McCormick

Jon Stahl

Nicholaus Lacock

Nicholas Bailey

David Manelski

Kevin Blair Frender

Krishnan Sastry

A computer implemented method manages access to resources of a cloud platform. The method includes retrieving, at a computing device of the cloud platform, context data and load policies for a requestor and an identified resource, combining, by the computing device, loaded policies with context data into a combined data structure, evaluating, by the computing device, a resource request and apply policies for requestor based on role of requestor using the combined data structure, generating, by the computing device, resource permissions for the requestor, and returning, by the computing device, resource permissions to the requestor.

Attribute-based access control using a dynamic expression engine

A mapping and query service for mapping between object-oriented programming objects and deep key-value data stores. The service to implement a store operation for a mapping and query service that supports the storage of a set of one or more objects having classes and fields written in source code of an object-oriented programming language in a deep key-value data store.

Mapping and query service between object oriented programming objects and deep key-value data stores

A computer implemented method manages access to resources of a philanthropy cloud platform. The method includes retrieving, at a computing device of the philanthropy cloud platform, context data and load policies for a requestor and an identified resource, combining, by the computing device, loaded policies with context data into a combined data structure, evaluating, by the computing device, a resource request and apply policies for requestor based on role of requestor using the combined data structure, generating, by the computing device, resource permissions for the requestor, and returning, by the computing device, resource permissions to the requestor.

System and methods for locating radio-frequency-emitting devices. The method may comprise registering, on a downloadable software application on a first locator device, a trackable device, thereby creating a registered trackable device, which emits a radio frequency signal, then detecting, via a radio frequency scan conducted by a second locator device, a sighting of the registered trackable device; determining, at the second locator device, whether the sighting of the registered trackable device meets criteria defining the sighting as a new location of that registered trackable device, the criteria including a received signal strength indicator (RSSI) value; communicating, when the sighting of the registered trackable device meets the criteria, a report of the new location to a server, the report including a geographical location of the registered trackable device; and sending a notification from the server to the first locator device that a new location of the registered trackable device has occurred.

Device tracking system

System and methods for locating radio-frequency-emitting devices are provided. The method may comprise registering, on a downloadable software application on a first locator device, a trackable device, wherein the registered trackable device emits a radio frequency signal, then detecting, via a radio frequency scan conducted by a second locator device, a sighting of the registered trackable device. The method may then comprise determining, at the second locator device, whether the sighting of the registered trackable device meets criteria defining the sighting as a new location of that registered trackable device, wherein the criteria are configurable on a software application located on a server. Further, the method may include communicating a report of the new location and geographical location to the server, sending a notification from the server to the first locator device that a new location has occurred, and presenting the geographical location of the registered trackable device.

A mobile communication system uses a runtime environment program which can communicate with a server. Applications are used with their own corresponding application data store. The application data store is persistent even when the applications are not running. The runtime environment program can obtain data from the server to update the application data store. The application can use the application data store. Messages can be cached at the mobile device and the server to allow for possible downtimes in the communication in the mobile unit and the server.

Growing community of inventors

Boulder, CO, United States of America

Michael McCormick