Gaming · DDoS Economics

Gaming DDoS TCO: Protect Players
Without Making Cost Unpredictable

For multiplayer games, DDoS TCO is driven by more than a security subscription. Fleet size, UDP traffic, upstream bandwidth, latency, jitter, hosting and operational ownership all affect the real cost.

Four Buying Models

Game operators can buy protection
in very different ways.

Cloud DDoS Network

Cloudflare, Akamai or Imperva provide upstream capacity and filtering before traffic reaches the game network.

Public-Cloud Integrated

AWS Shield and Global Accelerator fit naturally when the game already runs inside AWS.

Managed Game Hosting

Specialized platforms bundle hosting, orchestration and network services into a broader operating model.

Local Inline Protection

NeuroWall runs on infrastructure the studio or host already controls, so software cost follows protected node count.

NeuroWall Fleet Math

Predictable software cost as
the game-server fleet grows.

Protected Business nodesMonthlyAnnual3 Years
1$99$1,188$3,564
10$990$11,880$35,640
20$1,980$23,760$71,280
50$4,950$59,400$178,200
100$9,900$118,800$356,400

NeuroWall subscription only. Game hosting, transit, upstream DDoS services, staff and hardware are separate.

20-Node Example

What a mid-sized multiplayer
fleet looks like.

NeuroWall Business

$1,980/month
$23,760/year
$71,280 over 3 years.

AWS Shield Advanced

$3,000/month base
$36,000/year
$108,000 over 3 years, before applicable usage and normal AWS costs.

Managed Hosting

A managed platform may cost more than a firewall license but also replaces server, orchestration and operations work. Compare whole-system TCO, not line items.

Gaming-Specific Hidden Costs

Latency, false positives and operations
belong in the TCO.

Player Latency

If the protection changes the network path, measure round-trip latency, jitter and packet loss rather than assuming the effect.

False Positives

High-frequency UDP and synchronized match starts can look unusual. Blocking real players has a retention and support cost.

Operations

Self-managed tools offer control but require staff. Managed protection may cost more while reducing on-call and incident-response burden.

Capacity Reality

Local protection cannot solve
an already-saturated upstream link.

Think of stadium security.

City traffic control keeps the highway and streets from gridlocking; stadium security controls who gets through the gate. Upstream DDoS protection is the city-level layer. NeuroWall is the gate-level layer. Large gaming networks may need both.

Best-Fit Economics

When each model
can make economic sense.

Existing Bare-Metal / Datacenter Fleet

NeuroWall can add a predictable local security layer without requiring migration to a new hosting platform.

AWS-Native Game

Shield Standard is already part of supported AWS resources; Shield Advanced and Global Accelerator can be added when justified.

Need Global Hosting

A managed gaming platform may reduce organizational TCO by bundling infrastructure, orchestration and operations.

Huge Volumetric Attack Risk

Use upstream or cloud mitigation when attacks can exceed the datacenter or hosting provider's available capacity.

Buyer Checklist

Questions every game studio
should ask.

Get started

For gaming, TCO is a network decision
— not just a license decision.

NeuroWall offers predictable per-node DDoS and firewall licensing for studios and hosting providers that already operate Linux game infrastructure, while upstream mitigation can be layered in where capacity demands it.