Optimized for high performance computing supercomputers and cloud computing infrastructures

As a massive multimedia processing technology, Medianate is positioned in the new "long-tail" multimedia market, i.e. the niche strategy of selling a large number of unique movies, songs and others multimedia items in relatively small quantities. Volumes of content and fragmentation of devices and networks will continue to grow and content providers will still be in the position in which multiple transcoding, protections, analysis... transactions are required for each piece of content. This makes the strain of market growth being considerable for massive multimedia technologies such as Medianate.   
Medianate, as an on-demand processing technology, naturally lends itself to a transaction-based model allowing each element of a multimedia delivery event (device recognition, workflow
optimization, dynamic ad insertion, network-aware delivery, etc.) to be performed in an automated, real-time manner.

Benefits:

8 years of Resonate MP4 experience in development and roll out of multimedia systems for customers such as software publishers, telecommunications operators, content producers and institutions.

Editing, protection and video analysis combined with transcoding: cutting, stitching, extraction and recombination of elementary streams are coupled with pure transcoding, but also DRM packaging compliant with the OMA DRM V2.0 specifications and optional watermarking for content traceability.

Integration in a workflow of distributed applications: SOA Web Services and REST application programing interfaces (API) allow external applications to set parameters and control all the processing tasks of Medianate.

Auto-scalability and high performance: Medianate software implements specific algorithms to massively balance and distribute processing workloads in order to handle multi cores and multi CPU architectures, and scale compute resources to the size appropriate for each workload. Critical technical benchmarks are continuously carried out on different types of supercomputing clusters and cloud computing platforms.

Transcoding output formats:

The solution transcodes content into audio and video formats acceptable for the largest set of receiving devices while using the least amount of bandwidth possible but still preserving end-user quality of experience. Factors that come into play include video codecs (WMV, VP6, H.264, etc.), audio codecs (WMA9, MPEG-1 Layer 3, AAC-LC, etc.), transport containers (ASF, FLV, MP4, 3GP, etc.), transport protocols (RTSP/RTP, Progressive HTTP,  Apple HLS, etc.), resolutions (QVGA, SD, HD, etc.), and frame rates (15, 24, 30 FPS, etc.).

XOPS enables visual control, scheduling and operations simulation of all vehicles (e.g. cabin service, catering, ramp service, passenger service and field operation service in airport) with real time control of mobile equipment. Users of the web based XOPS software keep a visual control of vehicles and are able to provide drivers in real time with updated information such as aircraft late arrival, change of gate, and position of ramp handling equipment.

XOPS can also be applied to tasks such as fuel distribution and the positioning of maintenance equipment. It can also accurately calculate charges and invoicing and at the same time perform vital security supervision. Data recording and mining modules provide an extensive audit trail.

XOPS combines geolocation, video processing, wireless telecommunications, machine-to-machine technologies and mobiles devices for data seizure with signatures by RFID and bar codes.