Our own aggregation server
Channels are combined on our bonding server — no third-party tariffs or restrictions.
Our own channel aggregation technology: the OKVideo.Pro bonding server combines wired internet and mobile channels from different carriers into one stable stream. We use it in our own broadcasts and provide it as a rental option for your project.
Available as a standalone rental on request. As part of our online broadcast, connectivity redundancy is included at no extra charge — ₽0.
The connection channels are combined on our own infrastructure, not on a third-party service with external limits. That is why we control the redundancy scheme, latency, and how the channel behaves when it degrades.
Channels are combined on our bonding server — no third-party tariffs or restrictions.
Modems, routers, and SIMs from different carriers — a kit tailored to the venue.
We monitor every channel during the broadcast and switch to backup when it degrades.
Several independent connection channels work at the same time and combine into one stream. If one weakens, traffic is instantly redistributed across the others, without dropping the broadcast.
Wired internet and LTE/5G mobile modems from different carriers.
Channels are combined into one stable stream on our bonding server.
If one channel drops, the stream keeps running through the others, without interruption.
Bonding is not something to add just for show. It is useful when the live broadcast matters more than saving on connectivity and a single internet line would become a single point of failure.
Hotels, conference halls, outdoor venues, and temporary locations where wired internet is unstable or unavailable.
Forums, presentations, corporate events, and hybrid formats where a stream drop is immediately visible to viewers and the client.
When you need the main stream, backup recording, restreaming, or multiple outputs, and the connection must handle the load.
If you need a stable connection for a specific event or project, we can provide the bonding server as a rental option: turnkey with our engineer, or as a delivery channel for your team.
Server and channels for the broadcast dates: on-site setup and support.
A long-running or recurring format — a redundancy scheme built for the task.
Our specialist sets up the connection and keeps the channel live during the broadcast.
We do not promise stability by guesswork. Before the project, we collect the inputs, check the real connection at the venue, and lock the scheme that the engineer will monitor during the broadcast.
Broadcast format, duration, venue, bitrate, backup outputs, and signal delivery requirements.
We check the wired line, LTE/5G from different carriers, equipment placement, and possible venue restrictions.
We configure the bonding server, equipment, redundancy, and monitoring so the team understands how the channel will behave on air.
No. The best setup is to use wired internet as the primary channel and add LTE/5G as backup. If wired internet is unavailable, the broadcast can be built on mobile channels, but we check coverage and load first.
Bonding is needed when the broadcast cannot stop because the internet drops: conferences, forums, corporate streams, hybrid events, outdoor venues, and locations without a guaranteed connection.
Yes. We can provide a bonding server and a connection scheme for your team's project. The format depends on the venue, duration, required bitrate, and whether our engineer is needed on site.
Yes. We are based in Moscow and work across Russia and worldwide — the travel format and connection scheme are built around your venue and project dates.
The wired channel, mobile carrier coverage, access to the installation point, power, venue restrictions, and the required broadcast bitrate.
Bonding significantly reduces the risk of a drop and creates a backup scenario, but it cannot remove the physical limits of the venue. That is why we test the connection in advance and warn honestly if a location is risky.
Describe the venue, dates, and format, and we'll work out the scheme and rental terms.