The next generation of live-production infrastructure, the Cloud of Real-Time. Adapting technology (IP, IT, SDN) to enable organizations to produce more content in real-time, with optimal use of resources and without being locked into proprietary

Offers a scalable, flexible and extremely customizable channel automation solution, designed to ease channel management operations and ensure 24x7 ON-AIR availability. Integration with traditional baseband, SMPTE 2022, SMPTE 2110 (SDIoIP), OTT and video on demand.

Solution for creating a pipeline right from Content acquisition, preparation, storing / transporting, processing & delivery

We offer a set of high-end products for storage, playback, review and DCP/IMF deliverable for 2K/4K/8K Film and OTT. The solution provides realtime playback of 8K image sequences and real-time rendering of deliverables such as DCP and IMF. All products support Dolby Vision and Dolby Atmos.

SDS & HDS based High Performance Storage allowing multi OS support and connectivity with Fiber Channel & up to 100GbE. Remote client access to Production Storage with Secured and Encrypted layers - Allows access & edit from anywhere functionality

Stay productive with High-Performance Display Protocols (NX, Teradici PCoIP, TGX, RDP, VNC, SSH, etc..). Work on video content without any buffer. We have a right solution with high performance display protocols, experience on premises performance while connecting to hosted edit bay from remote place.

Decode - Receive, decrypt and decode digitally encrypted media

Encode - Compress your video to maintain the best quality at the lowest bit-rate whichever is your distribution mode

Multiplex - Take full control of the channel lineup by advanced redundancy and protection

Secure - Encrypt video streams to secure and protect your content distribution

All our encoders utilize bonded IP networks, including 3G/4G cellular wireless networks, WiFi, Ethernet, BGAN and satellite. It can be used as a backpack solution, in a newsgathering vehicle or from your smartphone.