Abstract: A concept and method for the remote management of and recording of digital video content from a remote IP video camera to an application server via the internet. The recorder system comprises a user device capable of running a user interface, a server running a communications interface, a recorder module, and a digital recording device, and at least one remote IP camera. Upon system initialization, a recorder object and an associated unique ID for the recorder instance are transmitted with the user interface to the user device. A remote user of the device may request a video image from an associated remote camera to be sent to the server where it is recorded on the recording device. The image does not transmit to the user device, minimizing bandwidth requirements on the control side. The server provides a safe, secure and network-optimized environment for capturing the recording.

Abstract: A concept and method for the remote management of and recording of digital video content from a remote IP video camera to an application server via the internet. The recorder system comprises a user device capable of running a user interface, a server running a communications interface, a recorder module, and a digital recording device, and at least one remote IP camera. Upon system initialization, a recorder object and an associated unique ID for the recorder instance are transmitted with the user interface to the user device. A remote user of the device may request a video image from an associated remote camera to be sent to the server where it is recorded on the recording device. The image does not transmit to the user device, minimizing bandwidth requirements on the control side. The server provides a safe, secure and network-optimized environment for capturing the recording.

Abstract: A concept and method for the remote management of and recording of digital video content from a remote IP video camera to an application server via the internet. The recorder system comprises a user device capable of running a user interface, a server running a communications interface, a recorder module, and a digital recording device, and at least one remote IP camera. Upon system initialization, a recorder object and an associated unique ID for the recorder instance are transmitted with the user interface to the user device. A remote user of the device may request a video image from an associated remote camera to be sent to the server where it is recorded on the recording device. The image does not transmit to the user device, minimizing bandwidth requirements on the control side. The server provides a safe, secure and network-optimized environment for capturing the recording.

Abstract: A concept and method for the remote management of and recording of digital video content from a remote IP video camera to an application server via the internet. The recorder system comprises a user device capable of running a user interface, a server running a communications interface, a recorder module, and a digital recording device, and at least one remote IP camera. Upon system initialization, a recorder object and an associated unique ID for the recorder instance are transmitted with the user interface to the user device. A remote user of the device may request a video image from an associated remote camera to be sent to the server where it is recorded on the recording device. The image does not transmit to the user device, minimizing bandwidth requirements on the control side. The server provides a safe, secure and network-optimized environment for capturing the recording.

Abstract: An extendable and open camera connection (XOCC) system for use with IP video camera applications. The XOCC system comprises an application framework and multiple, custom-built digital video content source drivers. The framework comprises an API which enables a client application to send to the API standardized requests for access, manipulation and content consumption for any type of camera, a driver manager which manages registration of all available drivers and establishes a reference within the API to a specific requested or selected driver for use by the API in processing client requests involving a camera associated with that driver, and a driver container for storing the registered drivers. The drivers comprise camera control modules developed for use by the XOCC system for control of associated cameras. The invention comprises not only the inventive application but its method of development, which includes libraries of both framework and driver development code.

Abstract: A high-level system for developing web-based applications which when completed provide a common set of request and response handling processes to support multiple sets of business logic tools. An abstraction layer within the request-response framework permits the development of separate, application-appending tools which address only their core business logic-related functions, leaving the request and response handling functions to the adaptive processes of the common administrative framework. The system also supports concurrent usage by multiple user-agent/client types. Integration details for all desired user types are provided via plugins developed during the application's creation.

Abstract: An extendable and open camera connection (XOCC) system for use with IP video camera applications. The XOCC system comprises an application framework and multiple, custom-built digital video content source drivers. The framework comprises an API which enables a client application to send to the API standardized requests for access, manipulation and content consumption for any type of camera, a driver manager which manages registration of all available drivers and establishes a reference within the API to a specific requested or selected driver for use by the API in processing client requests involving a camera associated with that driver, and a driver container for storing the registered drivers. The drivers comprise camera control modules developed for use by the XOCC system for control of associated cameras. The invention comprises not only the inventive application but its method of development, which includes libraries of both framework and driver development code.

Abstract: A concept and method for the remote management of and recording of digital video content from a remote IP video camera to an application server via the internet. The recorder system comprises a user device capable of running a user interface, a server running a communications interface, a recorder module, and a digital recording device, and at least one remote IP camera. Upon system initialization, a recorder object and an associated unique ID for the recorder instance are transmitted with the user interface to the user device. A remote user of the device may request a video image from an associated remote camera to be sent to the server where it is recorded on the recording device. The image does not transmit to the user device, minimizing bandwidth requirements on the control side. The server provides a safe, secure and network-optimized environment for capturing the recording.