Your team needs a dependable way to go live.
One option involves buying an encoder. Another promises streaming through software or a browser. Both claim to simplify your workflow, and the pricing doesn’t make the decision much clearer.
Where do you start?
Before comparing costs, look at what each setup actually does. A hardware encoder can work with a cloud platform. Software can encode video inside your building. A browser-based production tool may still depend on your computer to prepare and send its camera feed.
Understanding those differences helps you choose a setup that fits your team, your connection, and the events you need to deliver.
What’s the Difference Between On-Premise and Cloud Live Streaming?
The terminology can make this decision more confusing than it needs to be.
“Hardware or software” describes what performs the encoding. “On-premise or cloud” describes where processing happens.
Those are related decisions, but they aren’t interchangeable.
On-premise encoding happens at your location
An encoder takes your source audio and video and compresses it into a format suitable for streaming.
With on-premise encoding, that work happens locally. You might use a dedicated hardware encoder connected to your camera or switcher. You might use encoding software running on a computer.
Either way, the stream is compressed before it leaves your location.
For more on that process, see understanding video encoding.
Cloud processing happens on remote infrastructure
Cloud services can handle tasks such as combining remote contributors, creating different quality levels, recording, and distributing video to viewers.
They still need a source feed.
That feed is often already compressed by a camera, computer, or encoder at the event location. Cloud encoding does not automatically mean sending raw video over the internet. AWS, for example, documents cloud workflows that receive content from upstream cameras and contribution encoders.
The practical question is how much processing happens locally, how much happens remotely, and what connects the two.
Many streaming setups use both
A common workflow combines local encoding with cloud processing and delivery.
The local equipment prepares the source. Cloud infrastructure helps distribute it to an audience that may be watching across different devices and destinations.
That combination lets each part of the system serve a specific purpose.
The Pros and Cons of Cloud Live Streaming
Cloud-based tools can solve real production challenges.
They can also introduce requirements your team needs to understand before relying on them.
Cloud tools can make remote production easier
If your speakers, guests, or production staff are in different locations, cloud production can bring their contributions into a shared workflow.
That can be useful for interviews, distributed teams, and events that combine presenters from several places.
The benefit depends on the service. Check how contributors join, what the producer controls, and what each participant needs to run locally.
Upfront equipment costs may be lower
Some workflows let you begin with a computer and camera you already own.
That can be a sensible choice for occasional events or a team testing a new format.
But compare the full cost. Include subscriptions, usage charges, capture equipment, staffing, and any computer upgrades needed to keep the production stable.
A smaller initial purchase doesn’t always mean a lower ongoing cost.
Bandwidth requirements depend on the workflow
A single compressed feed sent to a cloud service has different requirements from several cameras uploading independently.
Likewise, a remote production with multiple contributors behaves differently from a finished program sent from one venue.
Ask what your connection must carry at the settings you intend to use. Then test whether it can sustain that workload when the building is busy.
The word “cloud” alone won’t answer the bandwidth question.
Cloud services remain part of the reliability plan
Remote processing depends on the availability of the services performing it.
That deserves consideration, especially for important events. But local encoding followed by cloud delivery also has cloud dependencies.
Evaluate the complete path: source equipment, local network, internet connection, processing, and playback.
Ask what happens when a component fails and how the system recovers.
Control varies by product
Some cloud tools emphasize simple presets. Others offer extensive control over encoding and production settings.
Hardware encoders vary, too.
Before choosing, identify the controls your team actually needs: resolution, frame rate, bitrate, audio routing, scheduling, and monitoring.
Then confirm which options are available in the specific product you’re considering.
When On-Premise Encoding Is the Right Choice
Dedicated local encoding deserves a close look when your team regularly produces events from a camera or switcher at a physical venue.
The strongest case often comes down to a repeatable workflow.
You stream regularly
Weekly services, recurring meetings, and scheduled broadcasts give your team an opportunity to standardize the setup.
A dedicated encoder can stay connected, configured, and ready for that job.
Your operators follow the same process each time, with fewer decisions to make immediately before the event.
Your production computer already has enough to do
Presentation playback, graphics, video switching, and encoding can place competing demands on a computer.
A hardware encoder moves the encoding workload to a separate device.
That can simplify troubleshooting and reduce competition for computer resources. Your team still needs to configure and test the full system, but each device has a clearer responsibility.
Your operators need a predictable process
A configured hardware encoder can support a straightforward operating routine.
Software can be straightforward, too, particularly when your team knows the application well. The right choice depends on the people using it and the other tasks they manage during the event.
Evaluate the workflow with your actual operators.
Can they confirm the source? Start the broadcast? Recognize a problem? Find the right help?
You need protection against network disruptions
Local encoding controls how your source is prepared before upload. The streaming protocol then helps determine how delivery handles missing data and connection problems.
Those are separate responsibilities.
Resi’s Resilient Streaming Protocol stores content locally and verifies delivery, resending missing data. Its buffer gives the system time to recover from network disruptions while playback continues, within the available buffer window. That protection uses an intentional broadcast delay.
Importantly, Resi offers RSP through both its hardware encoders and ProPresenter Stream. Network protection is not limited to dedicated hardware.
Choosing the Right Streaming Setup for Your Team’s Workflow
Before committing to equipment or a subscription, work through these four questions.
1. What does your production need to accomplish?
A service produced from a local switcher has different needs from a panel with five remote speakers.
Start with the source locations, camera inputs, audio requirements, and destinations.
Choose tools that support that production without creating unnecessary work.
2. What can your connection sustain?
Test upload performance under realistic conditions.
Consider other traffic, the number of outgoing feeds, and the bandwidth required at your chosen settings. Use a wired connection where practical and leave capacity for fluctuations.
Local encoding cannot create bandwidth your venue doesn’t have. Cloud tools cannot remove the need to get your source out of the building.
3. Who will operate and support it?
Think beyond the person who designs the system.
Your setup needs to work for the volunteer covering a service, the coordinator running an event, or the staff member responding when something goes wrong.
Include training, documentation, remote management, and support in the comparison.
A system is easier to maintain when more than one person understands it.
4. What happens when something fails?
Walk through the likely problems before they happen.
What if the production application closes? What if the internet connection drops? What if the primary operator is unavailable?
Ask each provider to explain recovery behavior, monitoring, and available redundancy.
For an important event, those answers tell you more than a broad claim that one category of technology is inherently reliable.
How Resi Combines Local Encoding With Cloud Delivery
Resi supports local encoding through dedicated hardware or ProPresenter Stream, alongside cloud infrastructure for delivery.
That gives teams options within a connected workflow.
For a compact HD setup, the Resi Mini encoder supports output up to 1080p60, with HDMI and SDI models available for different signal chains.
For teams using a suitable ProPresenter computer, ProPresenter Stream provides software encoding with RSP protection.
Resi Studio brings scheduling, encoder management, stream health monitoring, and video library tasks into a browser-based dashboard. Local hardware can still be part of a remotely managed workflow.
Your audience experiences the result of the whole system.
Choose a setup your team can operate consistently, your connection can support, and your provider can help you recover when conditions change.
Explore Resi’s streaming hardware and live streaming platform to find the combination that fits your workflow.
Related reading: Resilient Streaming Protocol (RSP) | Streaming Hardware Encoders & Decoders
