Dedicated nodes for the traffic that repeats, shared tiers for the traffic that spikes. One contract, one panel, two economics that suit different halves of your load.
Reply within 3 business hours. No sales sequence.
A hybrid setup is not two products bolted together. It is one rule that decides which half of your traffic goes where, and that rule is the whole design.
The heavy repeating objects sit on dedicated nodes: the release build, the popular episodes, the patch everybody pulls. Everything long-tail and unpredictable stays on the shared tiers.
Dedicated capacity in the two or three markets that carry most of your volume, shared delivery everywhere else. You stop paying for a footprint you barely use.
The split can be a rule we set once and leave alone, or it can move with the load. Both are possible. Which one you get is a configuration decision made during scoping, not a default you inherit.
The reason to run both is not redundancy. It is that a flat monthly cost and a per-terabyte rate are good at opposite things.
A fixed monthly figure per node, quoted per build. It does not care how much you deliver through it, which makes it the right home for the volume you can predict a year out.
$5.00 down to $2.50 per TB, billed on what you actually deliver. Nothing to plan, nothing wasted when a quiet month arrives. That is exactly what you want for a spike you cannot forecast.
If that sounds like reserved capacity next to on-demand, it is the same idea. The baseline goes on hardware you have already paid for, and the unpredictable part stays elastic.
We can show you one of these two lines honestly and only half of the other. Here is both, with the missing half named rather than invented.
What the shared tiers cost as volume grows:
100 TB, $415
500 TB, $1,815
1000 TB, $3,315
1500 TB, $4,565
The rate falls as you deliver more, down to $2.50 per TB, but the bill keeps climbing because you are paying per terabyte.
A dedicated node is a fixed monthly figure. It does not rise with volume, so on a chart it is a horizontal line.
How high that line sits depends on the hardware, the location and the term, which is why it is quoted per build rather than printed on a web page. Publishing a number here that did not match your quote would be worse than publishing none.
The structural part is not in doubt: a flat line always crosses a rising one. Below the crossing, metered delivery is cheaper and a hybrid build is premature. Above it, the concentrated slice of your traffic belongs on hardware. Finding your crossing point takes your actual numbers, and that is a twenty-minute conversation rather than a calculator.
The quiet advantage of a hybrid setup is that the shared network sits underneath your dedicated nodes instead of nothing at all.
If a dedicated node goes down, delivery can continue from the shared tiers rather than falling through to your origin. The failure stays inside the delivery layer where it belongs.
Whether that switch happens on its own or waits for a human is a configuration decision. Both are possible, and which one your build gets is agreed in writing during scoping rather than assumed.
Anything pinned to a region for a residency requirement does not move outside it, failover included. That rule wins over the hybrid rule every time. See GDPR Cache Servers.
Hybrid is a second step, not a starting point. Here is when it is premature.
Your traffic is spread thin and hard to predict, and no single slice of it is big enough to fill a node. Nothing here beats the public tiers for you yet. See pricing.
A recognisable slice of your traffic repeats: same files, same regions, month after month. That slice has outgrown metered pricing while the rest of your load has not.
You need your own hostname, your own routing and end-to-end isolation across the whole delivery path, not just for part of it. See Private CDN Network.
Whichever way it lands, both halves run under one contract, one panel and one API. The full ladder sits on Custom Enterprise CDN Infrastructure, next to Individual CDN Servers.
Tell us how concentrated your traffic is and what repeats. You get a reply within 3 business hours, with a split proposal or an honest answer that the shared tiers alone are still cheaper for you.
He reads every request sent from this page and replies within 3 business hours, including the reply that says the shared tiers alone are still cheaper for you. No sales sequence in between.
A BlazingCDN hybrid setup puts your predictable, repeating traffic on dedicated nodes at a flat monthly figure and keeps spikes on shared tiers at $5 down to $2.50 per TB. Both halves run under one contract, one panel and one API, and dedicated nodes are quoted per build.
On BlazingCDN, 500 TB a month on the shared tiers alone costs $1,815 (as of October 2026), and a hybrid build is priced against that number. Dedicated nodes carry a fixed monthly figure per node, quoted per build, because hardware, location and term change the price. BlazingCDN does not publish a node price, since a printed number that did not match your quote would mislead.
The structure is predictable. The shared line rises with volume: 100 TB costs $415 and 500 TB costs $1,815. A 1,000 TB month costs $3,315. A dedicated node is a flat line. Below the crossing point, metered delivery is cheaper and hybrid is premature. Above it, the repeating slice belongs on hardware. For example, if 300 TB of a 500 TB month is the same patch in two regions, that slice is the candidate for nodes. Finding the crossing takes your real numbers and a twenty-minute conversation.
BlazingCDN routes hybrid traffic with one split rule, set by content class, by region, or both. By content class, heavy repeating objects sit on dedicated nodes: the release build, the popular episodes, the patch everybody pulls. Long-tail and unpredictable files stay on the shared tiers at $5 down to $2.50 per TB (as of October 2026). By region, dedicated capacity covers the two or three markets carrying most of the volume, and shared delivery covers everywhere else.
The rule can be fixed or dynamic. A fixed rule is set once and left alone. A dynamic rule moves with the load. Which one a build gets is decided during scoping and written down, not inherited as a default. For example, a streaming service might pin its top episodes in Europe to nodes and leave the back catalog shared. One panel and one API manage both halves.
A BlazingCDN hybrid build is premature when no single slice of traffic is big enough to fill a dedicated node. Spread-thin, unpredictable traffic is cheaper on the public tiers: $5 per TB down to $2.50, with a $25 monthly minimum (as of October 2026). Hybrid is a second step, not a starting point.
Hybrid fits when a recognizable slice repeats: same files, same regions, month after month. That slice has outgrown metered pricing while the rest of the load has not. Full private delivery fits a different need: your own hostname, your own routing and isolation across the whole delivery path, covered by the Private CDN Network. For example, a team at 100 TB a month pays $415 on shared tiers and should first check whether any slice is large enough to justify a node. Each request sent from the page gets a reply within 3 business hours, including an honest answer that shared tiers alone are still cheaper.
In a BlazingCDN hybrid setup, a failed dedicated node can fall back to the shared tiers instead of your origin, under the same contract. The failure stays inside the delivery layer, so the origin does not take the full load. Whether the switch is automatic or waits for a human is a configuration choice, agreed in writing during scoping rather than assumed.
Compliance content is the exception. Files pinned to a region for a data residency requirement do not move outside that region, failover included, and the residency rule overrides the hybrid rule. GDPR Cache Servers handle that case. Fallback traffic is billed on the shared tiers, from $5 per TB down to $2.50 (as of October 2026). For example, if a node carrying a monthly patch fails mid-month, the remaining downloads move to shared delivery and that slice is metered per TB until the node returns. One panel shows both halves during the incident.
BlazingCDN scopes a hybrid build from your traffic numbers, and an engineer replies within 3 business hours. Send how concentrated the traffic is, which files repeat and which regions carry the most volume. The reply is either an architecture sketch with a split proposal or an honest answer that the shared tiers alone are still cheaper. No sales sequence and no newsletter follow.
Scoping fixes the split rule, the failover behavior, node hardware, locations and term. The shared half can start immediately: onboarding takes about one hour, and a 14-day testing period runs on real production traffic. For example, a team can run everything on shared tiers first, read a month of statistics, and size nodes from the measured repeat traffic. The shared rates are $5 per TB down to $2.50 (as of October 2026). Both halves end up under one contract, one panel and one API.