Which is better for an online casino: Cloudflare, AWS Shield, or Akamai?

There's no single winner — the three lock you into different support and delivery models. Cloudflare is self-serve and plan-tiered, so you tune it yourself. AWS Shield Advanced requires a Business or Enterprise Support contract just to reach its response team during an attack. Akamai Prolexic is a fully managed service built around a 24/7 security operations team. Which fits depends on whether you already run AWS-native infrastructure, whether you want to tune the rules yourself or hand that off, and how your live-betting traffic actually behaves — not on a feature checklist.

Does AWS Shield Advanced protect infrastructure that isn't hosted on AWS?

Yes, but only by routing it through AWS first. AWS's own FAQ confirms customers can put CloudFront or Route 53 in front of a non-AWS origin — including, in AWS's words, 'a custom server outside of AWS' — and then apply Shield Advanced to that CloudFront distribution. It protects the AWS edge in front of your infrastructure, not your infrastructure directly.

What does AWS Shield Advanced actually cost, and what does the fee include?

AWS's published pricing is $3,000 per month per organization, plus AWS Shield Advanced data transfer usage fees on top. That subscription is what makes you eligible to engage the AWS Shield Response Team (SRT) during an attack — but only if you also hold a Business or Enterprise AWS Support plan; Shield Advanced alone doesn't grant SRT access.

Is Akamai's 100% uptime SLA a real guaranteed number?

It's Akamai's own published claim, not a third-party benchmark: Akamai's product page states a '100% platform availability SLA and industry-leading zero-second mitigation,' backed by more than 225 frontline responders across six global locations. We're citing Akamai's stated commitment, not verifying it against our own attack data — read the SLA terms in your contract before treating '100%' as unconditional.

Can we run more than one of these at the same time?

Some operators do — for example, AWS Shield Advanced on AWS-hosted origins plus a separate scrubbing layer for non-AWS assets. But every additional vendor is another dashboard, another support contract, and another set of rules that need tuning to your actual traffic. Our provider-selection review exists to tell you whether that complexity is buying you real coverage or just buying you a second invoice.

Cloudflare vs AWS Shield vs Akamai for an Online Casino

The direct answer

Cloudflare, AWS Shield Advanced, and Akamai Prolexic aren't interchangeable "cloud scrubbing" options with different logos — each one locks you into a different support model. Cloudflare is self-serve and plan-tiered, so your team tunes it. AWS Shield Advanced requires a paid Business or Enterprise Support contract just to reach its response team mid-attack. Akamai Prolexic is a fully managed service built around a 24/7 security operations team that's already watching. The right fit for a casino depends on what infrastructure you already run and who actually picks up during an attack — not which vendor wins a generic feature comparison.

Who this is for

This is written for whoever has to name a specific vendor on a DDoS Protection statement of work or an RFP for an online casino or sportsbook — a Head of Infrastructure, CISO, or platform owner who has already accepted that some form of cloud scrubbing is table stakes and is now stuck on the harder question: which named vendor, and why. It assumes you've already read the case for layered DDoS defense in protecting an online casino from DDoS attacks — this post picks up exactly where that one's Layer 1 comparison table leaves off, at the point where "cloud scrubbing" stops being one bucket and becomes three vendors with materially different support contracts.

It's not for you if you've already picked a vendor and need to verify the configuration is actually tuned to your traffic — that's a DDoS readiness assessment. And it's not about owning your own edge instead of renting one — for that trade-off, see building a private Anycast edge from scratch.

What actually differs between the three

Every vendor comparison chart lists bandwidth numbers that all round to "enough" for a casino's traffic volume — the terabit-class capacity gap that mattered a decade ago, when a handful of providers had scrubbing networks large enough to matter and everyone else didn't, closed years ago. All three vendors here run networks sized for volumetric floods well beyond anything a single attacker is realistically pointing at a mid-sized operator. Picking between them on raw capacity numbers is picking between three cars that all top out well past the speed limit. What still differs, and what a procurement decision should actually be made on, is who handles the traffic during an attack and under what contract:

Dimension	Cloudflare	AWS Shield Advanced	Akamai Prolexic
Delivery model	Self-serve dashboard; you configure and tune the rules	Self-serve for baseline protection; advanced tier adds a paid response team	Fully managed — Akamai states this is delivered by a 24/7 Security Operations Command Center (SOCC), not a dashboard you run alone
What gets you human help mid-attack	Enterprise-tier support contract	A Business or Enterprise AWS Support plan, required in addition to the Shield Advanced subscription, to engage the AWS Shield Response Team (SRT)	Included in the managed service — Akamai cites 225+ frontline responders across six global locations
Published pricing structure	Tiered plans, with the custom L7 rate-limiting a casino needs typically requiring the enterprise tier — covered in the Layer 1 breakdown linked above	$3,000/month per organization plus data-transfer usage fees, per AWS's own FAQ	Not publicly listed; sold as an enterprise engagement
Best infrastructure fit	Vendor-neutral — sits in front of any origin, AWS or not	Native for workloads already behind CloudFront, ALB, or Route 53; can front non-AWS origins by routing them through CloudFront first	Vendor-neutral — Akamai's scrubbing network sits in front of any origin
WebSocket / live-traffic handling	WebSocket proxying is supported on every Cloudflare plan, including free — but plan tier still gates the custom L7 rules a live-betting feed needs	Shield Advanced protects whatever CloudFront or the ALB in front of your origin is configured to pass, including WebSocket upgrades handled at that layer	Managed rule tuning is part of the SOCC engagement rather than a self-service setting
Stated availability commitment	Standard enterprise SLA terms, not a headline uptime percentage	Standard AWS service commitments; DDoS-specific guarantees sit with the SRT engagement, not a published uptime number	Akamai publishes a "100% platform availability SLA and industry-leading zero-second mitigation" claim on its own product page

Two things are worth separating from that table before you read it as a ranking. First, "fully managed" is not automatically better than "self-serve" — it's better if your team doesn't want to own rule-tuning, and worse if you already have the in-house capability and don't want a third party sitting between you and your own traffic. Second, every number in the AWS and Akamai rows above is the vendor's own published claim, cited to their own FAQ and product pages — not AnySec's measurement, and not a guarantee that survives every contract's fine print.

The questions that actually decide it

Skip the abstract "which is best" framing and answer these in order:

Do you already run AWS-native infrastructure? If your origin sits behind CloudFront, an Application Load Balancer, or Route 53 today, AWS Shield Advanced is a configuration change on infrastructure you already operate. If you're not on AWS, you're evaluating a second platform migration on top of a security decision — usually not worth it unless another AWS-native reason is already pulling you there.
Do you want to tune the rules yourself, or hand that off? A team that already runs its own WAF rules and wants direct control over L7 rate-limiting fits Cloudflare's self-serve model. A team that would rather have a security operations center make the mid-attack calls — especially at 3 a.m. during a tournament — is buying exactly what Akamai's managed SOCC model is built to sell.
What does your support contract actually grant you during a live attack? This is the question most RFPs skip. AWS's own FAQ is explicit that Shield Advanced's subscription fee alone doesn't grant Shield Response Team access — you need the Business or Enterprise AWS Support plan on top of it. Read every vendor's response-team eligibility terms the same way before an attack, not during one.
How exposed is your live-betting or in-play traffic specifically? Odds feeds and live-betting websockets are the traffic type most likely to get treated as generic and mishandled by a default configuration, regardless of vendor. Confirm — in writing, from the vendor — how WebSocket upgrades and long-lived connections are handled at your intended plan or service tier, not just whether the vendor's marketing page mentions WebSocket support at all.
What does exiting cost you? A managed engagement like Prolexic and an enterprise Support contract like Shield Advanced are both easier to enter than to unwind mid-term — get the actual contract length, renewal terms, and off-boarding process in writing from the vendor before signing, not after the first invoice arrives. A self-serve platform like Cloudflare is comparatively easy to reconfigure away from, which is itself a trade-off: less lock-in, but also less of a dedicated team already familiar with your traffic if an attack lands the week after you switch.

What this doesn't decide for you

This framework picks a starting-point vendor category; it doesn't replace the tuning work. Whichever vendor you land on, the L7 rules, rate limits, and origin isolation still have to be configured against your actual cashier, odds-feed, and login traffic — the same gap our readiness assessment exists to audit. It also doesn't cover the fourth option — owning your own Anycast edge instead of renting scrubbing capacity from any of the three above — which is a separate ownership-versus-rental decision covered in building a private Anycast edge from scratch. And it isn't a substitute for validating whatever you pick under real attack conditions once it's configured: once a vendor is chosen and tuned, proving it holds means running an authorized DDoS stress test — and the sign-off mechanics for that live-fire validation differ by vendor, which is exactly the ground covered in DDoS testing sign-off: AWS vs Cloudflare.

Deciding and what happens next

Start from your existing infrastructure and your team's appetite for owning rule-tuning, answer the four questions above, and you'll usually land on one clear starting category rather than a coin flip between three logos. Tell us your current stack and traffic profile and we'll run the provider-selection step of a DDoS Protection engagement against it — we're provider-agnostic by design, so the recommendation is built around your architecture and support needs, not a referral arrangement with any of the three vendors above.

Sources and review

Vendor claims in this post are cited directly to each provider's own published documentation: AWS Shield FAQs for Shield Advanced pricing, Support-plan requirements for Shield Response Team access, and non-AWS origin protection; Akamai's Prolexic product page for the SOCC staffing model and published availability SLA; and Cloudflare's WebSockets documentation for plan-tier availability of WebSocket proxying. None of these figures are AnySec measurements or guarantees — they are quoted as each vendor's own stated position. Author: AnySec Engineering. Published 2026-08-26; last reviewed 2026-08-26.