Your own delivery nodes: isolated hardware, your regions, your rules. Built and operated by our engineers, or handed to your team with root access.
Reply within 3 business hours. No sales sequence.
Private is an arrangement of hardware, not a marketing word. Four things change, and all four are checkable.
Your objects sit on hardware that holds nothing else. No shared cache, and no eviction caused by somebody else’s spike at three in the morning.
The nodes carry your traffic and nothing else. Capacity you paid for is capacity you get, including on the day of a launch.
Delivery runs under your domain with your TLS certificate. Nothing in the request path advertises the provider behind it.
Headers, auth, tokenization and routing behave the way your application needs them to, not the way a shared platform permits.
Live events and VOD libraries where a buffering incident becomes a public one. Private nodes hold the peak and keep the p95 predictable on the night that matters.
Software updates, model artifacts and large payloads delivered under your own domain, with caching behavior you set rather than request.
Internal and customer-facing applications where the caching layer has to sit inside a named jurisdiction and stay auditable.
The point of a private network is that you choose the map instead of inheriting one.
Nodes go where your audience actually is, not where the average customer of a shared platform would want them.
Each node is provisioned with transit that suits its local market, rather than one global template applied everywhere.
Capacity is sized for the geography you actually serve, so the bill follows your map rather than a global footprint.
The honest counter-case: if your traffic is spread thin across many regions, the shared tiers usually stay cheaper. We will tell you that on the call rather than after the build.
A private network does not mean a private toolchain. Everything you already use keeps working against your own nodes.
Zones, cache rules and certificates are managed where you already manage them.
Automation you have already written keeps working against your private zones.
Invalidation behaves identically, per file or across a whole zone.
Raw logs are available on the same terms as on the public tiers.
The two get confused often. The difference is who the audience is.
Dedicated hardware carrying your own delivery. The audience is your users, the traffic is yours, and the goal is control and performance.
Our platform resold under your brand. The audience is your customers, the traffic is theirs, and the goal is a product you can sell. See White Label CDN.
A private network is dedicated hardware, so it is priced as a fixed monthly figure per node plus delivery on your agreed tier. That figure follows the node count, the locations and the term, and it is quoted in writing before anything is ordered. It is not a metered rate.
For reference, 100 TB a month on the public tiers costs $415. Where a private build overtakes that depends on your regions and how much of your volume is cacheable. The full ladder sits on Custom Enterprise CDN Infrastructure, next to Individual CDN Servers and Hybrid CDN Solutions.
Tell us the regions and the workload. You get a reply within 3 business hours, with either an outline of the build or an honest answer that the shared tiers fit you better.
He reads every request sent from this page and replies within 3 business hours, including the reply that says the shared tiers fit you better. No sales sequence in between.
A BlazingCDN private CDN network is dedicated hardware for one customer: your own nodes, your chosen regions, your hostname and TLS certificate. BlazingCDN engineers build and operate the nodes, or hand them over with root access. Pricing is a fixed monthly figure per node plus delivery, quoted in writing before anything is ordered.
BlazingCDN prices a private CDN network as a fixed monthly figure per node plus delivery on your agreed tier, quoted in writing per build rather than as a metered rate. The node figure follows node count, locations and term. For reference, 100 TB a month on the shared public tiers costs $415 (as of October 2026).
Where a private build overtakes the shared tiers depends on two things: your regions and how much of your volume is cacheable. Concentrated traffic in a few regions favors private nodes. Traffic spread thin across many regions usually stays cheaper on the shared tiers, and an engineer will say so on the call. For example, a platform moving most of its terabytes in one region is a candidate, while a global audience at 50 TB a month, which costs $215 shared, is not. Scoping requests get an outline within 3 business hours.
In a BlazingCDN private CDN, private means four checkable things: cache isolation, no neighbors, your hostname with your certificate, and your rules at the edge. Your objects sit on hardware that holds nothing else, so another customer’s spike at three in the morning cannot evict your cache. The nodes carry only your traffic, and the capacity you pay for stays available on launch day.
Delivery runs under your domain with your TLS certificate, and nothing in the request path advertises the provider. Headers, authentication, tokenization and routing follow what your application needs. BlazingCDN engineers build and operate the nodes, or hand them to your team with root access. For example, a SaaS platform can serve 10 GB model artifacts under its own domain with caching rules it sets itself. Each build is quoted in writing before anything is ordered, and the quote follows node count, locations and term.
Usually not: BlazingCDN tells buyers that traffic spread thin across many regions is normally cheaper on the shared tiers, which run from $5 down to $2.50 per TB (as of October 2026). A private network pays off when volume concentrates where the nodes sit. You name the regions, and each node gets transit chosen for its local market.
Three kinds of teams typically build private networks. Media and streaming platforms want a predictable p95 on the night of a live event. SaaS and AI platforms ship updates and model artifacts under their own domain. Enterprise applications need the caching layer inside a named jurisdiction and fully auditable. For example, a 1,000 TB month on the shared tiers costs $3,315. A private build has to beat that figure for your regions to make sense. An engineer replies within 3 business hours with an architecture sketch or an honest no.
BlazingCDN draws the line by audience: a private CDN is dedicated hardware carrying your own traffic, while white label CDN is the shared platform resold under your brand to your customers. Private CDN buyers want control and performance for their own users. White label buyers want a product to sell, so the goal and the pricing differ.
A private network costs a fixed monthly figure per node plus delivery on your agreed tier. White label delivery uses the published tiers, for example $415 for 100 TB a month (as of October 2026). Both options keep the same control panel, REST API, purge and logs. Raw logs cost $50 per month on the public tiers and come on the same terms for private nodes. Choose private when a neighbor’s traffic spike would hurt your users. Choose white label when your own clients are the audience.
Yes, BlazingCDN private nodes use the same control panel, REST API, purge and logs as the shared platform, so existing automation keeps working. Zones, cache rules and certificates are managed in the panel you already use. Purge behaves identically, per file or across a whole zone. Raw logs cost $50 per month (as of October 2026), on the same terms as the public tiers.
A private network does not mean a private toolchain. Scripts written against the API keep running against private zones without changes. Signed URLs, origin shield and real-time statistics come from the same platform. For example, a CI job that purges one changed file after each release sends the same call to a private zone. Root access is available when the nodes are handed to your team. Each build is scoped in writing, and an engineer answers scoping requests within 3 business hours.