Granted Patent B2

US 12,541,377 · App. 18/206,744 · Granted Feb 3, 2026

Inventor: Alok Kumar Sinha (San Jose, CA)

Assignee: Spillbox Inc.

G06F9/44521

Abstract

Claims (82)

1 . A method for execution of an application software iteration at a remote server through network based access to a computing device, the method comprising:

instantiating at the remote server:

a remote application iteration of a client application software, wherein the client application software has a corresponding local instance of an application environment stored on the computing device; and

a remote application environment instance that is configured to permit access by the remote application iteration, wherein the remote application environment instance does not include all data objects stored within the local instance of an application environment stored on the computing device;

executing at the remote server, application software code corresponding to the remote application iteration;

identifying at least one data object required by the application software code;

responsive to determining that the identified at least one data object is not available within the remote application environment instance, initiating obtaining of the identified at least one data object from the local instance of an application environment stored on the computing device, wherein the obtaining of the identified at least one data object comprises:

transmitting to the computing device, a request for the identified at least one data object, the request comprising file path data identifying a file path, wherein the file path identifies a location of the at least one data object within a file system of the computing device;

obtaining from the computing device, computing device metadata comprising:

first directory metadata corresponding to a first file system directory within which the at least one data object is stored on the computing device; and

second directory metadata comprising metadata corresponding to at least a second file system directory identified within the file path, wherein the second file system directory is distinct from the first file system directory;

obtaining the identified at least one data object from the first file system directory;

storing the computing device metadata and the at least one data object in a memory accessible by the remote server; and

executing the application software code at the remote server based on the identified at least one data object.

2 . The method as claimed in claim 1 , wherein the second directory metadata comprises metadata corresponding to each file system directory identified within the file path, other than the first file system directory.

3 . The method as claimed in claim 1 , wherein:

the first directory metadata describes file contents within the first file system directory; and

the second directory metadata describes file contents within at least the second file system directory.

4 . The method as claimed in claim 1 , wherein:

the first directory metadata comprises data that describes attributes of one or more data files, data records, directories, folders, or file paths within the first file system directory; and

the second directory metadata comprises data that describes attributes of one or more data files, data records, directories, folders, or file paths within at least the second file system directory.

5 . The method as claimed in claim 1 , wherein the remote server:

generates or modifies a metadata image based on the received computing device metadata; and

stores the metadata image in the memory accessible by the remote server, wherein the memory is associated with one or both of the remote application environment instance and a user of the remote application environment instance.

6 . The method as claimed in claim 5 , wherein the remote server stores the received at least one data object in a memory that is configured to permit access by (i) only the remote application iteration or (ii) a plurality of application software iterations of one or more application softwares that are associated with the user of the remote application environment instance.

7 . The method as claimed in claim 5 , wherein obtaining the identified at least one data object from the local instance of an application environment stored on the computing device comprises:

parsing the stored metadata image for metadata corresponding to the identified at least one data object; and

responsive to retrieval of metadata corresponding to the identified at least one data object from the metadata image, transmitting to the computing device, a data object retrieval request message that includes all or some of the metadata retrieved from the metadata image.

8 . The method as claimed in claim 7 , wherein the identified at least one data object that is subsequently received from the computing device in response to the transmitted data object retrieval request message, is retrieved from the computing device based on the metadata included within the data object retrieval request message.

9 . The method as claimed in claim 1 , wherein:

the request for the identified at least one data object is transmitted from the remote server to a processor implemented software agent that is associated with the remote application iteration or with a user of the remote application iteration;

the computing device is configured such that the processor implemented software agent is provided with access to the file system of the computing device; and

the processor implemented software agent's access to the file system of the computing device is restricted to one or both of read access and write access to only such data objects that, the remote application iteration or the user of the remote application iteration, is authorized to access.

10 . The method as claimed in claim 9 , wherein one or more of the steps of obtaining the computing device metadata from the computing device, obtaining the identified at least one data object from the first file system directory, and receiving the computing device metadata and the at least one data object in the memory accessible by the remote server are implemented through the processor implemented software agent.

11 . A system for execution of an application software iteration at a remote server through network based access to an on-premise device, the system comprising a remote server configured for:

instantiating:

a remote application iteration of a client application software, wherein the client application software has a corresponding local instance of an application environment stored on the computing device; and

a remote application environment instance that is configured to permit access by the remote application iteration, wherein the remote application environment instance does not include all data objects stored within the local instance of an application environment stored on the computing device;

executing at the remote server, application software code corresponding to the remote application iteration;

identifying at least one data object required by the application software code;

responsive to determining that the identified at least one data object is not available within the remote application environment instance, initiating obtaining of the identified at least one data object from the local instance of an application environment stored on the computing device, wherein the obtaining of the identified at least one data object comprises:

transmitting to the computing device, a request for the identified at least one data object, the request comprising file path data identifying a file path, wherein the file path identifies a location of the at least one data object within a file system of the computing device;

obtaining from the computing device, computing device metadata comprising:

first directory metadata corresponding to a first file system directory within which the at least one data object is stored on the computing device; and

second directory metadata comprising metadata corresponding to at least a second file system directory identified within the file path, wherein the second file system directory is distinct from the first file system directory;

obtaining the identified at least one data object from the first file system directory;

storing the computing device metadata and the at least one data object in a memory accessible by the remote server; and

executing the application software code at the remote server based on the identified at least one data object.

12 . The system as claimed in claim 11 , wherein the second directory metadata comprises metadata corresponding to each file system directory identified within the file path, other than the first file system directory.

13 . The system as claimed in claim 11 , wherein:

the first directory metadata describes file contents within the first file system directory; and

the second directory metadata describes file contents within at least the second file system directory.

14 . The system as claimed in claim 11 , wherein:

the first directory metadata comprises data that describes attributes of one or more data files, data records, directories, folders, or file paths within the first file system directory; and

the second directory metadata comprises data that describes attributes of one or more data files, data records, directories, folders, or file paths within at least the second file system directory.

15 . The system as claimed in claim 11 , wherein the remote server is configured to:

generates or modifies a metadata image based on the received computing device metadata; and

stores the metadata image in the memory accessible by the remote server, wherein the memory is associated with one or both of the remote application environment instance and a user of the remote application environment instance.

16 . The system as claimed in claim 15 , wherein the remote server is configured to store the received at least one data object in a memory that is configured to permit access by (i) only the remote application iteration or (ii) a plurality of application software iterations of one or more application softwares that are associated with the user of the remote application environment instance.

17 . The system as claimed in claim 15 , wherein obtaining the identified at least one data object from the local instance of an application environment stored on the computing device comprises:

parsing the stored metadata image for metadata corresponding to the identified at least one data object; and

responsive to retrieval of metadata corresponding to the identified at least one data object from the metadata image, transmitting to the computing device, a data object retrieval request message that includes all or some of the metadata retrieved from the metadata image.

18 . The system as claimed in claim 17 , wherein the identified at least one data object that is subsequently received from the computing device in response to the transmitted data object retrieval request message, is retrieved from the computing device based on the metadata included within the data object retrieval request message.

19 . The system as claimed in claim 11 , wherein:

the request for the identified at least one data object is transmitted from the remote server to a processor implemented software agent that is associated with the remote application iteration or with a user of the remote application iteration;

the computing device is configured such that the processor implemented software agent is provided with access to the file system of the computing device; and

the processor implemented software agent's access to the file system of the computing device is restricted to one or both of read access and write access to only such data objects that, the remote application iteration or the user of the remote application iteration, is authorized to access.

20 . The system as claimed in claim 19 , wherein one or more of the steps of obtaining the computing device metadata from the computing device, obtaining the identified at least one data object from the first file system directory, and receiving the computing device metadata and the at least one data object in the memory accessible by the remote server are implemented through the processor implemented software agent.

21 . A computer program product for execution of an application software iteration at a remote server through network based access to an on-premise device, comprising a non-transitory computer usable medium having a computer readable program code embodied therein, the computer readable program code comprising instructions for implementing within a processor based computing system, the steps of:

instantiating at the remote server:

a remote application iteration of a client application software, wherein the client application software has a corresponding local instance of an application environment stored on the computing device; and

a remote application environment instance that is configured to permit access by the remote application iteration, wherein the remote application environment instance does not include all data objects stored within the local instance of an application environment stored on the computing device;

executing at the remote server, application software code corresponding to the remote application iteration;

identifying at least one data object required by the application software code;

responsive to determining that the identified at least one data object is not available within the remote application environment instance, initiating obtaining of the identified at least one data object from the local instance of an application environment stored on the computing device, wherein the obtaining of the identified at least one data object comprises:

transmitting to the computing device, a request for the identified at least one data object, the request comprising file path data identifying a file path, wherein the file path identifies a location of the at least one data object within a file system of the computing device;

obtaining from the computing device, computing device metadata comprising:

first directory metadata corresponding to a first file system directory within which the at least one data object is stored on the computing device; and

second directory metadata comprising metadata corresponding to at least a second file system directory identified within the file path, wherein the second file system directory is distinct from the first file system directory;

obtaining the identified at least one data object from the first file system directory;

storing the computing device metadata and the at least one data object in a memory accessible by the remote server; and

executing the application software code at the remote server based on the identified at least one data object.

Assignments (1)

Continuity (1)

References Cited (46)