Low Latency Cloud with Unlimited Egress Built for Streaming Platforms

Low Latency Cloud with Unlimited Egress Built for Streaming Platforms

Run live streams, VOD pipelines, and OTT backends on dedicated AMD EPYC infrastructure with sub-100ms latency in networking, high throughput NVMe networking, and unlimited egress included by default. No per-GB charge on every video delivery.

Run live streams, VOD pipelines, and OTT backends on dedicated AMD EPYC infrastructure with sub-100ms latency in networking, high throughput NVMe networking, and unlimited egress included by default. No per-GB charge on every video delivery.

Book a Demo

Book a Demo

Start for Free

Start for Free

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SOC2 Type II certified cloud infrastructure - Huddle01 Cloud

Up to 70% Lower Cost vs AWS,
Azure, GCP and other hyperscalers

Unlimited Egress.
No per-GB charge on streams

Sub-20ms Latency in APAC.
<100ms latency worldwide

SOC2 Compliant
Across all services

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Low Latency Cloud Infrastructure Built for Streaming & OTT Services

The cloud built for real-time intelligence, interaction, & control.

Streaming infrastructure breaks in one place: the gap between your origin server and your viewer. Hyperscalers charge per-GB egress while budget providers give shared compute that degrades as concurrent viewership peaks. Huddle01 is server based computing provider offering dedicated AMD EPYC CPUs, NVMe networking, and unlimited egress built for the moment 5 million viewers hit play at once.

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Services to scale your Streaming Infrastructure

Services to scale your Streaming Infrastructure

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Virtual Machines

Dedicated AMD EPYC vCPUs for origin servers, transcoding workers, and live ingest pipelines. Per-second billing ensures you pay only for the stream duration, not standby time between events

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Virtual Machines

Dedicated AMD EPYC vCPUs for origin servers, transcoding workers, and live ingest pipelines. Per-second billing ensures you pay only for the stream duration, not standby time between events

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Managed Docker

Run FFmpeg pipelines, HLS packetisers, and adaptive bitrate containers. Push image, set concurrency config, stream with no ops overhead between live events.

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Managed Docker

Run FFmpeg pipelines, HLS packetisers, and adaptive bitrate containers. Push image, set concurrency config, stream with no ops overhead between live events.

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Managed Docker

Run FFmpeg pipelines, HLS packetisers, and adaptive bitrate containers. Push image, set concurrency config, stream with no ops overhead between live events.

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Managed Kubernetes

Auto-scale transcoding pods and streaming microservices during live events. Spin up encoding workers at stream start, scale back down when it ends. No manual provisioning.

The Kubernetes helm wheel icon centered on a background of layered octagonal shapes in blue and purple tones.

Managed Kubernetes

Auto-scale transcoding pods and streaming microservices during live events. Spin up encoding workers at stream start, scale back down when it ends. No manual provisioning.

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Block Storage

NVMe-backed volumes for VOD libraries, raw ingest files, and encoded media segments. High IOPS handles simultaneous read by thousands of concurrent viewers.

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Block Storage

NVMe-backed volumes for VOD libraries, raw ingest files, and encoded media segments. High IOPS handles simultaneous read by thousands of concurrent viewers.

Minimal teal illustration of a microchip-like square in the center of a grid of rounded rectangles, suggesting hardware or processing.

Block Storage

NVMe-backed volumes for VOD libraries, raw ingest files, and encoded media segments. High IOPS handles simultaneous read by thousands of concurrent viewers.

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Load Balancer

Distribute viewer API requests and stream manifest calls across healthy origin instances. Health checks and SSL termination included with no dropped streams as viewers spike.

Abstract tunnel-like shape formed by intersecting curved cyan lines, with a bright blue oval shape in the center on a dark blue background.

Load Balancer

Distribute viewer API requests and stream manifest calls across healthy origin instances. Health checks and SSL termination included with no dropped streams as viewers spike.

Deploy now

Deploy now

Explore pricing

Explore pricing

How Streaming & OTT Platforms
Use Huddle01

How Streaming & OTT Platforms
Use Huddle01

  1. Live Stream Ingest & Origin Server

Services: Virtual Machines  ·  Load Balancer

  1. VOD Encoding & Transcoding Pipelines

  1. VOD Encoding & Transcoding Pipelines

Services: Virtual Machines  ·  Managed Docker

  1. Concurrent Viewer Scaling & Manifest Delivery

  1. Concurrent Viewer Scaling & Manifest Delivery

Services: Virtual Machines · Load Balancer

  1. Media Asset & VOD Library Storage

  1. Media Asset & VOD Library Storage

Services: Block Storage  ·  Managed Docker

  1. Pre-Launch Load Testing & Staging

  1. Pre-Launch Load Testing & Staging

Services: Virtual Machines  ·  Managed Docker

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Powered by the Huddle01
Global Edge Network

Powered by the Huddle01
Global Edge Network

Built on the same distributed infrastructure that powers Huddle01’s communication stack, offering low-latency performance, reliability, and edge-level scale.

Built on the same distributed infrastructure that powers Huddle01’s communication stack, offering low-latency performance, reliability, and edge-level scale.

Built and managed by us for full reliability across edge locations.

Built & managed by us for full reliability across edge locations.

On-prem performance combined with cloud flexibility.

On-prem performance combined with cloud flexibility.

Growing global nodes ensure low latency everywhere.

Growing global nodes ensure low latency everywhere.

Deploy now

Deploy now

Explore transparent pricing

Explore transparent pricing

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Rock-Solid Reliability. Lean Economics. Real Results.

Rock-Solid Reliability. Lean Economics. Real Results.

From AI startups to data-driven platforms, Huddle01 Cloud helps teams cut infrastructure spend by up to 70% while maintaining enterprise-grade performance.

From AI startups to data-driven platforms, Huddle01 Cloud helps teams cut infrastructure spend by up to 70% while maintaining enterprise-grade performance.

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"We've seen clear improvements in both performance and cost efficiency since migrating to Huddle01 Cloud from GCP."

Dheeraj, VP of Software Development

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"We've seen clear improvements in both performance and cost efficiency since migrating to Huddle01 Cloud from GCP."

Dheeraj, VP of Software Development

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“Switching to Huddle01 cloud was seamless. Setup took no time, and the cost savings are huge.”

Aayush, CEO

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“Switching to Huddle01 cloud was seamless. Setup took no time, and the cost savings are huge.”

Aayush, CEO

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“We deployed our workloads on Huddle01 Cloud in minutes. It was simple, fast, and way more affordable than the usual cloud providers.”

Ankit, CTO

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“Huddle01 Cloud helped us cut our infrastructure bill by nearly 70% without changing a single line of code”

Vraj, Co-Founder

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“Huddle01 Cloud helped us cut our infrastructure bill by nearly 70% without changing a single line of code”

Vraj, Co-Founder

Marut Drones customer case study

Frequently asked questions

Frequently asked questions

How does low latency impact live video streaming experience?

How does Huddle01 handle 5 million concurrent viewers hitting play at the same time?

We’re paying per-GB egress on every HLS segment delivery. How does Huddle01 fix that?

Should we use block storage or object storage for a VOD library with millions of files?

How does the load balancer handle adaptive bitrate stream manifest requests at scale?

Can we run FFmpeg transcoding jobs on Huddle01 virtual machines?

We stream live sport to India and Southeast Asia. Can we migrate without dropping a broadcast?

What can a streaming startup build with $250 free credits?

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