Abstract: The present invention relates to a HD video conferencing system (100) that includes at least one video conferencing server (10), an optimization module and at least two HD video conferencing clients (20). The server (10) includes an initiating module configured to initiate a conferencing session among one or more participants, and the HD A/V gateway is configured to distribute HD A/V content among the one or more participants. The optimization module is configured to process the HD A/V content to be shared among the one or more participants for reducing the size of the content. Each of the at least two clients (20) is capable of capturing the HD A/V content, and playing back the captured HD A/V content to the participants during the conferencing session. The communicable coupling between two HD video conferencing clients (20) and the video conferencing server (10) is being done using either Internet Protocol version 4 (IPv4) or Internet Protocol version 6 (IPv6).

Abstract: A platform to support real time passive distributed network monitoring and security monitoring applications wherein the platform will use the open architecture concept for other application developers to add functionality or extend existing functionalities; wherein the platform proposes three new concepts in real time passive network monitoring and security monitoring; the 3-tier monitoring architecture; the innovative buffering technique; and the distributed passive data gathering; wherein each element has intelligence built-in to pre-process the gathered data and reduce the bandwidth consumption between the central coordination server and the distributed monitoring elements; allowing other applications to extend the platform cores through it is available APIs and extension points; and can be easily integrated into heterogeneous network environments running different operating systems due to it is cross platform nature; wherein a central coordination and monitoring server that is locally accessible by the di

Abstract: The present invention relates to a HD video conferencing system (100) that includes at least one video conferencing server (10), an optimization module and at least two HD video conferencing clients (20). The server (10) includes an initiating module configured to initiate a conferencing session among one or more participants, and the HD A/V gateway is configured to distribute HD A/V content among the one or more participants. The optimization module is configured to process the HD A/V content to be shared among the one or more participants for reducing the size of the content. Each of the at least two clients (20) is capable of capturing the HD A/V content, and playing back the captured HD A/V content to the participants during the conferencing session. The communicable coupling between two HD video conferencing clients (20) and the video conferencing server (10) is being done using either Internet Protocol version 4 (IPv4) or Internet Protocol version 6 (IPv6).

Abstract: A platform to support real time passive distributed network monitoring and security monitoring applications wherein the platform will use the open architecture concept for other application developers to add functionality or extend existing functionalities; wherein the platform proposes three new concepts in real time passive network monitoring and security monitoring; the 3-tier monitoring architecture; the innovative buffering technique; and the distributed passive data gathering; wherein each element has intelligence built-in to pre-process the gathered data and reduce the bandwidth consumption between the central coordination server and the distributed monitoring elements; allowing other applications to extend the platform cores through it is available APIs and extension points; and can be easily integrated into heterogeneous network environments running different operating systems due to it is cross platform nature; wherein a central coordination and monitoring server that is locally accessible by the di