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.
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.
Low-latency delivery tuned for platforms where chat, tips, and reactions need to land within seconds of what viewers see on screen.
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.
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.
Lower cost per view, faster start time, simpler operations.
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.
Cloud repatriation is the process of moving your digital assets – such as apps, data, and software – out of a public cloud, like AWS or Microsoft Azure, and bringing them to private servers, data centers, or alternative hosting environments. Why do you keep hearing about it now? A few reasons. One, public cloud gained […]
In infrastructure, two terms appear everywhere yet remain widely misunderstood: Dedicated Server and Bare Metal Server. To some, they mean the same thing. To others, even long-standing Fortune 500 companies like IBM, they mean something different. Providers put out definitions of their own, and they’re not always aligned with how the technology actually works. The […]
Choosing between regular cloud vs bare metal is an architectural decision. The model an organization selects influences performance under load, scaling behavior, operational complexity, and how predictable infrastructure costs remain over time. Many teams start out with standard cloud offerings because they move fast: provisioning is instant, services are readily available, and experimentation is easy. […]
Challenges Performance BottlenecksAs traffic on the platform increased to 270Mb/s, the existing infrastructure struggled to keep up, leading to serious performance bottlenecks. The single-server setup was overwhelmed, with CPU limitations causing noticeable slowdowns and significant degradation of the web resource during prime time. Illustration below: CDN traffic lost half of the value when Web resource […]
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.
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.
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.
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.
Costs drop through:
As traffic and catalog size grow, cost per view decreases instead of increasing, unlike generic cloud setups.
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.
Teams experience:
This significantly reduces operational noise and on-call stress.
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.
This solution is best for platforms that:
If video performance, cost control, and reliability directly impact revenue, this infrastructure is the right next step.
Share a project overview and tech spec or architecture → we schedule a discovery call with our tech teams to discuss details → you receive a commercial proposal with resources mapping.
