Redefining Video on Demand (VoD) in Wireless and Wired Networks

Cache-aided multicasting for Reducing VoD Loads in Networks.

Possible with

Laravel
SavvyCal
Statamic

Light VoD technology

Light VoD technology streamlines VoD delivery, reducing delay, bandwidth usage, and data transmission volumes without infrastructure overhauls. With minimal modifications to systems, experience unparalleled efficiency and scalability.

  • Bandwidth optimization

    Maximizing network resources for seamless content delivery.

  • Low delay

    Reducing VoD delay for all users at peak hours.

  • Scalability

    Serving numerous users simultaneously with no compromise in VoD quality.

Light VoD has simplicity at its core: revolutionizes content delivery using existing infrastructure, technologies, protocols, processes.
Light VoD makes caching and multicasting work together to experience unprecedented network gains.
Cellular & WiFi Networks
  • Light VoD boosts MU-MIMO
  • Serve up to 4 times more users with Light
  • Having more VoD users is not a problem anymore
  • Increases your rates up to 500%
  • Exploit storage in user devices
  • No need to update your hardware
Content Delivery Networks (CDNs)
  • You have the network, you have the caches, you have the protocols...
  • Just make your caches "smarter" to achieve up to 400% caching gains!
Satellite Networks
  • Get one step closer to making Satellite VoD truly viable and competitive with fiber
  • Deliver content faster to VoD consumers or to terrestrial stations

Check the LIGHT VoD demo

See for yourself. With minimal modifications to systems, experience unparalleled efficiency and scalability.

About the team

We’re a dynamic group of individuals who are passionate about what we do and dedicated to delivering the best results.

  • Petros Elia

    Professor @ EURECOM - Sophia Antipolis France

    He's currently a professor within the Department of Communication Systems, where he teaches courses on mobile communications.

    • Information theory
    • Coding theory
    • Caching
    • Distributed computing
    • Wireless networks
    • Biometrics