Your chatbot answers customers all day. One crafted sentence shouldn’t make it leak — Akamai Firewall for AI reads every prompt before your model does and every answer before your users do, on Akamai’s edge, through a REST API or in a reverse proxy, whichever model you run.
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This page covers Akamai Firewall for AI — protection for the AI apps you publish. The rest:
Most product pages skip this. We start here — so you buy a capability, not a buzzword.
A filter that reads the words of an AI conversation, not just the request, and blocks attacks going in and harm coming out.
What consolidation actually replaces, dimension by dimension.
| Dimension | A system prompt and a WAF | Akamai Firewall for AI |
|---|---|---|
| Stopping a jailbreak | A system prompt that says “do not” | Each prompt read for evasion before the model |
| Leaks in answers | Found when a customer complains | Responses checked for sensitive data first |
| Scrapers and floods | Rate limits tuned by hand | Scraping and AI DoS named as targets |
| Where the check runs | Code copied into every app | Edge, REST API or reverse proxy |
| Audit language | Ad-hoc test cases | Mapped to the OWASP LLM Top 10 |
| What it is NOT | — | A WAF, staff AI control, or a priced SKU |
The cheapest test is one public app in monitor mode for two weeks: replay known jailbreak and data-leak prompts and count what it catches.
Vendors love diagrams; buyers need to know what they’re actually operating. Here’s the whole platform, demystified.
For an AI app already delivered through Akamai, the firewall can screen requests and responses on the edge servers in front of it, which Akamai says keeps added delay low.
The app sends the prompt, or the model’s draft answer, to a REST endpoint and acts on the result, so the check works even where traffic never crosses Akamai’s delivery network.
Akamai lists a reverse-proxy mode as the third path: AI traffic is pointed at the proxy, which inspects it in line before it reaches the model or returns to the user.
Inbound queries are tested for guardrail evasion and scraping, outbound answers for leaked data and harmful text, using rules Akamai says adapt as new AI attacks appear.
Three ways in, one set of rules — prompts and answers checked on the edge, by API call or through a proxy.
Akamai Firewall for AI inspects both sides of an AI conversation, wherever the model runs.
Phrasing built to get round a model’s safety or privacy instructions, including jailbreaks, is caught before the model reads it.
Large-scale scraping and unauthorised queries that aim to copy a model’s knowledge or behaviour are flagged and blocked.
Akamai names AI-specific denial of service among its targets, such as prompt floods aimed at one AI endpoint.
Responses are checked for sensitive data, such as a customer’s account number, before the user ever sees them.
Answers that are toxic, biased or misleading are filtered, so a chatbot does not speak for your brand in a way you regret.
Akamai’s launch material lists hallucinations beside toxic content as output it can filter before a reply is returned.
The same protection can sit on Akamai’s edge, behind a REST call from your code, or in a reverse proxy before the model.
Akamai calls it model-agnostic: it guards apps built on any LLM, hosted on-prem, in a public cloud or across both.
Detections are aligned with the OWASP Top 10 for LLM applications, a shared list your auditors and developers know.
A demo of screening a generative AI app, Akamai’s April 2025 launch video, and an RSA Conference 2025 talk on threats to AI apps.
A product walk-through of how prompts and responses are screened for a generative AI app (July 2025).
Akamai’s launch video for the LLM firewall, published in April 2025.
A booth talk from RSA Conference 2025 on the threats facing AI apps and where a firewall fits.
Want a live, India-context walkthrough for your environment?
Book a guided demo →Here’s what genuinely sets it apart — and exactly where it stops.
A WAF looks for malformed requests; an LLM attack is usually a well-formed sentence. Firewall for AI reads the intent of each prompt for jailbreaks and injection, then reads the model’s reply for leaked account data, toxic or biased text and invented answers, so a bad turn can be stopped going in or coming out.
Teams that already serve their site through Akamai can switch on inspection at the edge. Others can call a REST API from the app or route traffic through a reverse proxy. Akamai says it is model-agnostic, so the model can stay on-prem, in a cloud or split between the two.
Public chatbots attract scrapers who want the model’s knowledge and floods that burn inference spend. Akamai lists large-scale scraping, model theft and AI-specific denial of service as targets, an area its bot and DDoS work has long covered for websites.
There is no price, no trial and no published licensing unit. Akamai prints no latency figures, no payload limits and no Indian inspection location, and the full documentation sits behind a login. It guards AI apps you publish; staff use of outside AI tools is Workforce Protector’s job.
Find each chatbot, copilot and LLM API you expose, the model behind it, and who can reach it from the internet.
Map each endpoint to a path: edge if Akamai delivers it, a REST call for internal models, a proxy where code can’t change.
Put the busiest public app behind the firewall in monitor mode and replay known jailbreak and data-leak prompts at it.
Clear false positives on ordinary questions, record added latency per turn, and set what is blocked versus logged.
Switch the pilot to blocking, add the remaining endpoints, and review blocked prompts each week with the app owners.
Modelled on Gartner Peer Insights structure. *Counts and breakdowns are illustrative pending verified review collection.
“Our loan-assistant bot was being asked to recite its system prompt within a day of launch. Those requests now die at the edge.”
“The REST mode let us screen answers from a model in our own data centre without moving that app onto Akamai delivery.”
“A competitor was hammering our product-search chatbot to copy the catalogue. Scraping blocks cut that traffic off quickly.”
“Output filtering caught replies quoting a policy number back to the wrong customer during testing. That alone justified it.”
“We needed a login to read the real docs, and nobody would give latency numbers until the pilot. Plan time for that.”
“Tuning took two rounds: the first policy blocked harmless questions about exam fees as if they were attacks.”
Analyst firms bury this view behind paywalls, and G2 retired its Grid. So here’s TechBag’s synthesis of the AI application firewall market — tap any vendor to see why it sits where it does.
Execution strength vs product vision — the classic market map, minus the paywall.
Announced April 2025; quote-only, demo first.
The grid nobody publishes — how many ways and places the check can run vs how much of the conversation it inspects.
Edge, REST or proxy; inbound, outbound, scraping and AI DoS.
Positions are TechBag’s illustrative synthesis of public review-platform data and vendor documentation — not a reproduction of any analyst graphic. Verify before relying on it.
Against Palo Alto Prisma AIRS, Cloudflare AI Security for Apps, Amazon Bedrock Guardrails, Azure AI Content Safety and Securiti — on deployment, threats, price, limits and India.
| Dimension | Akamai Firewall for AI | Palo Alto Prisma AIRS | Cloudflare AI Security for Apps | Amazon Bedrock Guardrails | Azure AI Content Safety | Securiti LLM Firewalls |
|---|---|---|---|---|---|---|
| What it is | LLM firewall | AI runtime platform | WAF add-on for LLMs | Managed AWS safeguards | Moderation API | Firewalls in Gencore AI |
| Deployment | Edge, API or proxy | Network or API intercept | Cloudflare proxy only | Inline or ApplyGuardrail | API or Foundry guardrail | Inline in the pipeline |
| Threats covered | Injection to model theft | Injection, DLP, URLs | PII, topics, injection | Six policy types | Harms plus attacks | Injection to poisoning |
| Prompts, answers, RAG | Both ways; RAG unstated | Both ways plus grounding | Incoming prompts | In, out, grounding | Prompt plus 5 documents | Prompt, retrieval, reply |
| Model support | Model-agnostic | Your apps and agents | Model-agnostic | Any model via API | Any text sent to it | Tied to its data graph |
| Pricing model | Quote; unit unpublished | Monthly tokens | Enterprise add-on | Per 1,000 text units | Per 1,000 text records | Quote |
| Published entry price | Not published | No public rate | Enterprise quote | $0.15 per 1K units | $0.375 per 1K records | Not published |
| Included vs add-on | Own SKU; discovery apart | SCM, DLP, logs bundled | Discovery free only | Each policy billed | Shields in the free tier | Part of a platform |
| Published limits | None published | 2 MB sync, 5 MB async | JSON bodies only | 1,000-character units | 5 documents a call | None published |
| Integrations | Edge, REST, proxy | SDK, Strata stack | WAF rules, Wiz, IBM | Bedrock, SageMaker, EC2 | Foundry and REST | DataAI Command Graph |
| India region | Not documented | India region, Aug 2025 | Indian edge sites | Mumbai Region | South India meters | Not published |
| Support | Per contract | Not on product pages | Enterprise contract | Paid AWS plan | Paid plan from $29 | Not published |
| Lock-in and exit | Edge mode needs Akamai | Region-bound keys | DNS on Cloudflare | Checks live in AWS | Microsoft’s categories | Platform-bound |
| Best fit | Akamai-fronted AI apps | Palo Alto estates | Cloudflare Enterprise | Builders on AWS | Azure Foundry teams | RAG on governed data |
Honest fit signals — because the fastest way to lose your trust is to pretend one product wins every scenario.
TechBag has no AI application security guide yet, so Akamai Firewall for AI sits outside the category guides. Browse all products to compare it with the rest of the catalogue. →
Drag the sliders (developers shipping LLM features; developer-hour cost). Estimates model time spent hand-writing prompt filters, reviewing odd model replies and chasing abuse at an assumed 1.5 hours per developer a year, with 70% of it removed by one shared firewall policy. Both figures are assumptions. Illustrative.
Loaded cost = salary + overheads per productive hour. Illustrative only — your TechBag quote models your actual environment and modules.
Not published: Akamai sells Firewall for AI on quote after a demo request, with no trial and no public licensing unit. Finding unknown GenAI endpoints is API LLM Discovery, part of the separately sold API Security. TechBag lists your AI endpoints, asks what the quote counts and where Indian traffic is inspected, then quotes in INR with GST.
Best for customer-facing LLM apps
Best for a broader rollout
Best when AI endpoints are unknown
Whatever the list prices above, TechBag negotiates a significantly better deal — with GST-compliant INR invoicing and local support. Ask us for your discounted quote.
Tell us your requirements and current tools — we’ll model it against what you spend today.
Take this into your next vendor call — including ours.
Which AI apps and LLM APIs face customers or partners, and which only staff? Price the public ones first.
Is each app already served through Akamai, or will it need the REST API or reverse-proxy mode instead?
Where do the models run — on-prem, a public cloud or both — and does any vendor contract bar a proxy in front?
Which matter most to you: jailbreaks, leaked customer data, scraping of model knowledge, or prompt floods?
What added delay per turn can the app tolerate? Ask Akamai for pilot figures, since none are published.
Where will inspection of Indian users’ prompts take place? Get the answer in writing; it is not documented.
Do you also need API Security’s LLM discovery to find GenAI endpoints you do not yet know about?
What unit does the quote count — apps, requests or traffic? Ask for INR with GST and the renewal terms.
List the AI endpoints you expose first, or let a TechBag advisor scope a pilot that puts one live chatbot behind the firewall in monitor mode.
Stats, ratings, review counts and pricing are illustrative and sourced from public materials; verify before purchase.