Nested Media Container, Panel and Organizer

A nested media container, panel and organizer that includes an ever changing user interface (UI) which dynamically adjusts its volumetric space, size and look, in both panel and container format, based upon organic, computed, historical, preferential, community, which may or may not include recommendations or influence from one, or multiple, sets of data.

A nested media container, panel and organizer which tracks the trajectory, velocity and hierarchy of a media panel or container that travels along the Z axis. This includes time variables (T) and location variables (L) that interact with both panels and containers on the Z axis, and when merged, creates hybrid panel and/or container completely autonomous from any other panel and/or container. All of these panels and containers can also be grouped into a pre-defined or organic community, on which a new container with specific security protocols is created. This allows communities, both virtual and physical, to create their own data tracking and transportation systems within the defined community. A user can also use the data from the community for a personalized augmentation of the data as a panel and/or container.

A nested media container, panel and organizer that includes, but is not limited to, a panel and/or dashboard, container and content data centers where the processes either physically, virtually and/or organically interact between each other. This includes current, historical and/or future search mechanisms, websites, networks, products, broadcasting, radio or other content transportation mechanisms can be accessed through, or within, the nested panel or container.

A nested media container, panel and organizer wherein the push or pull of, dynamically or organically generated, data between the panels and/or containers and the server array generate a new panel and/or container based on storage protocols, individual or community preferences, security protocols, user defined functionality, parental or administrative control and/or any other internal or external control process. Users can then control the sensatory response, including, but not limited to, visual, audible, haptic feedback and any other form of physical or virtual response, and dynamically change any panel, container or process in which they have administrative access to do so. These functions can occur in either real-time, forecasted time and/or historical time.

A nested media container, panel and organizer where hierarchical nesting of content panels and containers is managed as a parent/child relationship, and tracks generational effects of past, present and future schedules, alternative present and future schedules, and displays this information through the panel, container or nested user interface (UI). The physical size of each container corresponds either with the hierarchical nesting position or a value set by the content. This array includes an indefinite genealogy of parent to child relationship as content is nested deeper and deeper into the core container.

A nested media container, panel and organizer wherein legacy media is ingested into the database and reassigned to a panel and/or container. This includes, but is not limited to, multi-content formats, DVD, BluRay, CD-Rom, DVD-rom and any other menu based external or internal virtual or physical content/storage device or format. Within this process the programming data, including meta-data, menu structure, images, overlays, highlights, GRPMs and content are translated into a format that can easily be nested into a panel, container, or schedule while still retaining the original functionality across all virtual and physical.

A nested media container, panel and organizer where an anti-piracy protocol is built into the method and structure of both the server array and the panel/container system. This allows for cross-validation between the server, content and panel/container in which the container presents the information or content from different sources on the server. This creates a decentralized content and/or data security layer in which only allows unified content and/or data access at the panel/container and/or core level. Each type of embedded content has its own anti-piracy protocols.

A nested media container, panel and organizer where each panel and/or container sends a sensatory feedback via tactile, visual, audible, or any other sensatory response. This gives a user real-time interaction within the container and/or panel.

A nested media container, panel and organizer where the effect time physically and virtually can effect, manage or manipulate content, panels or containers and how they act and interact with each other.

A nested media container, panel and organizer where a user can have biometric authentication at a specific location, and the carryover of content being viewed in real-time adjusts its compression and streaming scheme to match the location and device it being viewed on. This includes any method of security in order to authenticate, which can include, but not limited to thumb scan, password, retinal scan, bio-feedback scans, radio frequency identification, voice recognition, motion gesture and any other form of input and/or security identification. This includes, but is not limited to, security protocols, methods and/or procedures which allow real-time access or limiting the viewing of content based upon a number of factor, including, but not limited to age, facial recognition, gender and any other distinguishable human characteristic.

A nested media container, panel and organizer wherein a distinct method of real-time responsive advertising which is implemented through a process using ocular or voice response, motion or movement of a viewer, where whatever object, advertisement or product is active within a nested or sub-nested container, panel and/or process gives real-time feedback of that user's physical, ocular and other sensatory responses. This creates an augmented reality snapshot providing the user a customized experience based on their responses and desires. Included in this claim is a mechanism and process which allows qualitative and quantitative data of what the users/viewers visually looking at, if they are even actively present and any facial/emotional responses. This is accomplished through any number of sensatory capture devices, including, but not limited to, digital cameras, motion capture devices, gesture control devices and ocular scanning devices which tethers to the user(s) to their respective set of panels and/or containers. This includes the ability to track multiple views/users.

A nested media container, panel and organizer wherein an artists and contributor management system automatically tracks, reports and pays any residual, or other contractual payments, for any union, organization, independent contractor, individual or company. This is specifically for any content and/or data that is not public domain, or that the owner of the content that does not have clearance for all or any rights as it relates to the distribution of the content.

A nested media container, panel and organizer in which a historical timeline view of content and/or data, from the origin of the content and/or data through current iterations, is tracked and stored within a nested or sub-nested panel and/or container, and gives the user a complete snapshot of any events related to the core content and/or data.

A nested media container, panel and organizer wherein a method of tactile and verbal social programming interactivity allows multiple people watching the same programing to physically and/or virtually interact with, manipulate and/or modify the content being viewed. Users can visually show on a screen, by various methods, information or conversations related to the content. This includes a method and process which allows users to interact with products, characters and/or content development.

A nested media container, panel and organizer where different time zones streaming the same content utilize a method called “Synthesis Time Syncing.” This process tracks the data, within a specific time zone, and adjusts latency from the server in order to create a unified time sync. This checks what time the media starts from the originating server, processes the scheduled time through a virtual load balance filter that triggers a time relay, or delay, in data and pre-dictates when the video starts. This creates a global synchronization so that content at on any time zone starts at the same time. This process also syncs streaming content between multiple servers, or content delivery networks, around the world.