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SOLUTION FOR

High-Traffic Video Streaming Platforms

Peak loads inflate egress costs and destabilize playback. Move heavy video workloads to a dedicated streaming infrastructure with a video-focused CDN and network. Result: lower delivery spend, faster start times, and fewer peak-hour incidents.

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Lower Cost
More cached views, less egress
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Content Protected
Signed URLs and access control
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Faster Start
Faster first frame for viewers
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Fewer Incidents
Stable even at peak traffic
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USE CASES

Video & media platforms we power

High-traffic entertainment tubes

Cache-aware delivery for libraries with millions of titles, where 80% of plays come from 5% of content. Predictable per-TB economics that scale linearly with catalog growth, not exponentially.

Live cam & interactive streaming platforms

Low-latency delivery tuned for platforms where chat, tips, and reactions need to land within seconds of what viewers see on screen.

Online cinemas & VOD OTT services

Origin-and-edge architecture sized for premiere-night spikes. First frame in under 2 seconds at p95, even when everyone hits play at the same minute.

Large files & media stock libraries

Storage-tiered delivery for multi-gigabyte assets, with hot/warm/cold layers that match how your library is actually consumed. Per-TB pricing visible from day one.

BENEFITS

Why this makes your life easier

Lower cost per view, faster start time, simpler operations.

Traffic
+40%*
Bounce rate
-9%*
Average watch time
+24%*
Delivery & infra cost
−25%*
*Reported averages from VOD and streaming customers post-migration. Your numbers will depend on traffic profile, current setup, and catalog size — we’ll model yours as part of the architecture review.

Videos start faster

Your viewers get quicker first frames and smoother playback, even during premieres and peak hours.

Fewer peak-hour incidents

Your team sees fewer 3AM alerts during traffic spikes and premieres. Engineering capacity goes back to building product, not patching delivery.

Pay less for delivery

You spend less on traffic and infrastructure as your audience and catalog grow.

Easier to scale

Scaling for new releases, regions, or live events becomes a capacity question, not a platform rewrite.

More control

You keep direct control over servers, storage, and network, so tuning performance or cost is straightforward.

Content protected

Signed URLs, abuse controls, and access rules reduce scraping, theft, and unpaid usage across your catalog.
CDN / DELIVERY

Protected video delivery at scale

Lower cost per view as cache-hit rises
Faster starts and smoother playback worldwide
Stop hotlinking and unauthorized sharing
Fewer peak-hour incidents with a quiet origin
LOW LATENCY

Faster playback in key regions

Place compute where your audience is. EU+US today; APAC when needed.
Lower latency with regional presence
Private inter-DC optical ring in NL
Tier-1 IP blend and high-density racks
EFFICIENT OPERATIONS

Simpler operations with one partner

Design to operations under one SLA and control panel. You focus on product.
Bare metal, private cloud, network, and storages as one stack
Video CDN and static CDN with unified controls
24/7 monitoring, and fast hardware replacement
OPTIMIZED STORAGE

Lower storage cost without risking speed

Tiered hot, warm, and cold storage keeps frequently watched titles on fast NVMe and long-tail content on cheaper disks.
NVMe tier for ingest, packaging, and top-viewed content
High-capacity HDD for the main catalog at a better price per TB
Archive tier (JBOD or cluster storage) for rarely watched content at minimal cost
reference architecture

Video Streaming Platform: Four Pillars

Delivery, compute, storage, and network designed to work as one dedicated streaming platform, not a patchwork of separate services.
Estimate infrastructure, delivery, and storage costs for your current and target traffic.
Talk to an engineering team
COST ESTIMATOR

See Your Potential Delivery Price in 30 Seconds

Enter traffic and storage. Get a conservative monthly savings range.
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Price: $0.00
Discount: -$0.00
Total price with discount: $0.00
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Projected range
$0.00
Indicative monthly cost for delivery. Not a quote; actual results depend on bitrate profile and catalog.
success story

From 270 Mb/s at 100% CPU to 1.2 GB/s at 40% CPU

A KVS-based VOD service hit 100% CPU on a two-server setup at just 270 Mb/s. We rebuilt the stack with multi-level caching, horizontal scaling, and proactive monitoring — all without downtime.
  • CPU at same traffic: -40%*
  • Throughput: 270 Mb/s → 1.2 Gb/s
  • Zero-downtime migration and scaling
approach

Audit → multi-level caching → horizontal scaling → 24/7 proactive monitoring

What changed

From one overloaded server to a distributed cluster with higher cache-hit, softer CPU curves, and clear headroom per new node

results

4× traffic at ~40% CPU, stable UX at peaks, and lower OPEX from delayed hardware upgrades

Read full case
Advanced Hosting
Get a VoD architecture review tied to your KPIs
We’ll map delivery, storage, and compute; identify cache-hit upside, egress savings, and start-time gains; and return a step-by-step rollout plan.
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ABOUT ADVANCED HOSTING

Hosting & IaaS operator for heavy workloads

Advanced Hosting has been designing, building, and operating dedicated infrastructure for high-load online platforms since 2002.

We work with data-intensive and risk-sensitive businesses that have outgrown generic infrastructure and need tailored capacity, networking, storage, and data center design.

Today we run thousands of managed servers and storage nodes across enterprise-grade data centers in Europe and the US.

Our team plans, deploys, and operates the full infrastructure stack so your engineers can focus on product, data, and customers.

23 years
In infrastructure
6000+
Managed servers
10
Locations
>5 Tbps
Uplink capacity

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FAQ

Answering All Your Questions About Our High-Load Video Streaming Platforms

What problem does a dedicated video streaming infrastructure solve?

Dedicated video streaming infrastructure solves issues that appear at scale: egress cost spikes, slow first frame at peak traffic, origin overload, and unstable playback. Instead of patching generic cloud setups, we design delivery, compute, storage, and network as one system built specifically for video workloads.

How is this different from using a regular CDN with public cloud?

A regular CDN + public cloud setup treats video as just another workload. Our approach builds a video-focused stack where caching strategy, storage tiers, network paths, and compute placement are aligned. This results in higher cache hit, lower egress, faster starts, and fewer peak-hour incidents.

Is this solution suitable for both VOD and large media libraries?

Yes. The infrastructure is optimized for VOD platforms, OTT services, and large media catalogs. Tiered storage keeps hot content on fast NVMe while long-tail assets move to cost-efficient storage, reducing overall cost without affecting user experience.

Can this infrastructure handle traffic spikes during premieres or viral growth?

Yes. The platform is designed for predictable behavior at peak traffic. Horizontal scaling, multi-level caching, and a quiet origin architecture ensure stable playback during premieres, launches, and sudden audience growth.

How does this reduce video delivery and infrastructure costs?

Costs drop through:

  • Higher cache hit ratios
  • Reduced origin egress
  • Flat, predictable delivery pricing
  • Tiered storage economics

As traffic and catalog size grow, cost per view decreases instead of increasing, unlike generic cloud setups.

How is content protected from scraping and unauthorized access?

The infrastructure includes delivery-level content protection, such as signed URLs, access rules, hotlinking prevention, and abuse controls. This reduces unpaid usage, scraping, and bandwidth theft without impacting legitimate viewers.

What operational benefits does this bring to engineering teams?

Teams experience:

  • Fewer incidents and alerts
  • Less firefighting during peak hours
  • Clear capacity planning instead of emergency scaling
  • One partner is responsible for delivery, compute, storage, and network

This significantly reduces operational noise and on-call stress.

Can existing platforms migrate without downtime?

Yes. Migrations are designed to be zero-downtime. We audit the current stack, introduce multi-level caching and parallel delivery paths, and gradually shift traffic while monitoring performance and stability.

Who should consider moving to a dedicated video streaming infrastructure?

This solution is best for platforms that:

  • Serve high volumes of video traffic
  • Experience cost or stability issues at peak
  • Rely on video as a core business function
  • Have outgrown generic cloud + CDN models

If video performance, cost control, and reliability directly impact revenue, this infrastructure is the right next step.

Couldn’t find an answer to your question? Contact an expert

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