Live streaming at scale has a provisioning problem the industry has quietly normalized. As Netflix described in a 2025 engineering post, even at their scale the challenge is real enough to architect around. They built a full custom orchestration system to automatically provision and deprovision encoding instances around live event schedules, specifically to manage resources and cost. For teams without that engineering resource, the gap between when a broadcast is needed and when infrastructure is ready is managed through workarounds rather than solved at the infrastructure level.
In this blog we’ll go into why that problem exists, why the default approach falls short, and how Bitmovin’s Live Encoder Standby Pools deliver instant encoder availability so you can go live the moment you need to.
Why Cloud Encoder Provisioning Delays Are a Structural Problem
The scale of the challenge is growing. Bitmovin’s 9th Annual Video Developer Report found live streaming at scale ranks as the third biggest innovation opportunity for video professionals globally, behind only advertising and AI-driven recommendations.
Question from Bitmovin’s 9th Annual Video Developer Report 2025/2026: Where do you see the most opportunity for innovation in your service?
The conventional model for cloud-based live encoding is reactive by design. When a broadcast is triggered, an encoder is requested, a cloud provider allocates a machine instance, software is deployed and configured, and only then is the encoder ready to receive a feed. The software side takes around 10 seconds for Bitmovln’s Live Encoder. The machine allocation step, however, sits entirely outside the platform’s control. It varies by provider, region, and current demand, and it can range from seconds to considerably longer.
For teams without the engineering resource to architect around this, the gap tends to be managed through workarounds:
- Pre-starting encoders well before they are needed
- Over-provisioning capacity to cover worst-case scenarios
- Building manual lead-time buffers into broadcast rundowns
These are not failures. They are rational responses to an infrastructure model that was never designed to be instantly available.
What Pre-Provisioned Live Encoding Infrastructure Looks Like
The right principle is simple: infrastructure should be ready before you need it, not provisioned when you ask for it. This is not a new idea. A television network does not spin up a transmission chain when a news story breaks. That infrastructure is maintained in a ready state because the cost of not being ready at the moment of broadcast is unacceptable.
Cloud economics shifted that thinking. Paying only for what you use makes reactive provisioning attractive. But as live streaming has matured and the stakes of live broadcasting have grown, the operational exposure that comes with reactive provisioning increasingly outweighs the cost savings.
The right model is proactive: a defined number of live encoders, pre-configured, running, and available for instant acquisition. No queue time. No configuration delay. Infrastructure that is simply there when the broadcast needs it.
How Bitmovin’s Live Encoder Standby Pools Work
Live Standby Pools are the implementation of that principle inside Bitmovin’s Live Encoder. Each pool maintains a target number of fully running live encoders, pre-configured using an Encoding Template. When a broadcast requires an encoder, it is acquired instantly. The pool automatically detects it is below target and starts a new encoding to refill, so every subsequent acquisition is equally immediate.
Key capabilities include:
- Multiple pools running simultaneously, each with a different Encoding Template and configuration
- Independent ready-state capacity per region, format, or event type with no cross-dependency
- Pool size adjustable at any time, including resizing to zero for a clean configuration refresh
- Encoding Templates created from scratch or from dashboard examples
For live sports in particular, this matters enormously. When dozens of simultaneous streams need to trigger at kick-off across different competitions and platforms, each drawing on its own pool means no contention and no dependency on cloud instance availability. You can read the full mechanics of how acquisition and pool refill work in the documentation.
How to Think About the Investment in Standby Encoding Capacity
Live Standby Pools are available to all Enterprise encoding plan customers with no additional license fee. Any live encoder in a ready state is treated as a running live encoding and billed at the agreed rate, with total cost covering pool time plus acquired and in-use time.
The right framing is not “what does standby capacity cost?” but “what does the absence of ready infrastructure cost?” That calculation is most relevant for:
- News broadcasters with unpredictable, time-critical demand
- Sports platforms triggering simultaneous encoders at kick-off
- Social media platforms where live broadcasts can spike without warning across consumer and professional networks
- UGC platforms where going live is user-initiated with no predictable lead time
For all of these, the cost of a missed broadcast window or a failed live trigger is concrete and operational. Live Standby Pools replace the workarounds with infrastructure designed to be ready.
The Shift Toward Proactive Live Streaming Infrastructure
Encoding quality, delivery reliability, latency reduction, playback performance: the live streaming stack has improved considerably across the board over the past decade. Provisioning speed has largely been worked around rather than solved — until now.
The shift from reactive to proactive infrastructure is the natural next step. The use cases driving that shift are already here: breaking news operations that cannot afford a queue, sports platforms triggering dozens of encoders at kick-off, social media platforms where live broadcasts can spike without warning, and UGC platforms where going live means going live now.
Live Standby Pools are evidence the shift is already possible. The principle is not new. The ability to implement it at the level of cloud-based live encoding infrastructure, with full configuration control, instant acquisition, and automatic pool management, is.
Frequently Asked Questions
What are Live Encoder Standby Pools?
Live Standby Pools are a feature of Bitmovin’s Live Encoder that maintains a set of pre-configured, fully running live encoders in a ready state. When a broadcast requires an encoder, it is acquired instantly with no cloud provisioning delay and no configuration time.
How do Live Standby Pools eliminate encoder queue time?
Traditional cloud-based live encoding requires a cloud provider to allocate a machine instance before the encoder can start, introducing unpredictable queue time. Live Standby Pools bypass this entirely by keeping encoders already running and pre-configured.
What use cases are Live Standby Pools designed for?
Any broadcast environment where going live cannot wait for provisioning: breaking news, live sports with simultaneous multi-stream triggers, social media platforms where broadcasts can spike unpredictably, and UGC platforms where instant availability is expected.
Can I run multiple Live Standby Pools with different configurations?
Yes. Multiple pools can run simultaneously, each assigned a different Encoding Template, allowing independent ready-state capacity for different regions, formats, or event types.
Who can access Live Standby Pools?
Live Standby Pools are available to all Bitmovin Enterprise encoding plan customers with no additional license fee.
Ready to Go Live Instantly?
Live Standby Pools are available to all Bitmovin Enterprise encoding plan customers. If you are ready to eliminate encoder queue time and build infrastructure that is ready before you need it, start a free trial of Bitmovin’s Live Encoder or explore the Live Standby Pools documentation to get started. To discuss your specific requirements, speak to your account manager.
