Autonomous software containers

1. An individualized software container created by a remote entity, located on a client-side computer, said client-side computer being associated with a local entity, the software container configured to:

provide an entity separation between the local entity and at least one other entity;

encompass a plurality of containers within itself, wherein a first selection of the encompassed containers are viewable in the entirety of a plurality of container views while a second selection of the encompassed containers are hidden in a first selection of the plurality of container views and viewable in a second selection of the plurality of container views;

communicate with a plurality of other software containers associated with the at least one other entity;

host its own local database, wherein hosting its own local database:

frees the software container from utilization of storage locations on a remote database associated with the remote entity; and

protects the contents of the local database from security threats located at the remote database;

wherein:

the software container comprises:

a plurality of security features associated with the remote entity; and

a container-encrypted fingerprint (“CEF”) that:

enables encrypted end-to-end connection between the software container and the remote entity; and

leverages fingerprinting and/or tokenization of the software container to ensure that the software container is only usable with a set of specifications specified by the remote entity said fingerprinting and/or tokenization being designed for one-time use;

a fingerprint and/or token associated with the fingerprinting and/or tokenization alternates and/or rotates based on:

source data;

geographic data, said geographic data being detected based on an IP (“internet protocol”) address of the client-side computer;

biometric data; and/or

user randomized data.

2. An individualized software container created by a remote entity located on a client-side computer, said client-side computer being associated with a local entity, the software container configured to:

provide an entity separation between the local entity and at least one other entity;

encompass a plurality of containers within itself, wherein a first selection of the encompassed containers are viewable in the entirety of a plurality of container views while a second selection of the encompassed containers are hidden in a first selection of the plurality of container views and viewable in a second selection of the plurality of container views;

communicate with a plurality of other software containers associated with the at least one other entity;

host its own local database, wherein hosting its own local database;

frees the software container from utilization of storage locations on a remote database associated with the remote entity; and

protects the contents of the local database from security threats located at the remote database:

wherein:

the software container comprises:

a plurality of security features associated with the remote entity; and

a container-encrypted fingerprint (“CEF”) that:

enables encrypted end-to-end connection between the software container and the remote entity; and

leverages fingerprinting and/or tokenization of the software container to ensure that the software container is only usable with a set of specifications specified by the remote entity, said fingerprinting and/or tokenization being designed for one-time use;

a fingerprint and/or token associated with the fingerprinting and/or tokenization alternates and/or rotates based on:

source data;

geographic data:

biometric data, the biometric data being is configured to be stored on the client-side computer and associated with a user of the client-side computer; and/or

user randomized data.

3. An individualized software container created by a remote entity, located on a client-side computer, said client-side computer being associated with a local entity, the software container configured to:

provide an entity separation between the local entity and at least one other entity;

encompass a plurality of containers within itself, wherein a first selection of the encompassed containers are viewable in the entirety of a plurality of container views while a second selection of the encompassed container are hidden in a first selection of the plurality of container views and viewable in a second selection of the plurality of container views;

communicate with a plurality of other software containers associated with the at least one other entity;

host its own local database, wherein hosting its own local database:

frees the software container from utilization of storage locations on a remote database associated with the remote entity; and

protects the contents of the local database from security threats located at the remote database;

wherein:

the software container comprises:

a plurality of security features associated with the remote entity; and

a container-encrypted fingerprint (“CEF”) that:

enables encrypted end-to-end connection between the software container and the remote entity; and

leverages fingerprinting and/or tokenization of the software container to ensure that the software container is only usable with a set of specifications specified by the remote entity, said fingerprinting and/or tokenization being designed for one-time use;

a fingerprint and/or token associated with the fingerprinting and/or tokenization alternates and/or rotates based on:

source data;

geographic data;

biometric data; and/or

user randomized data, said user randomized data including randomized data inputted from a user of the client-side computer, wherein a randomization process is executed on the data inputted from the user of the client-side computer upon the input of the data from the user.