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wavespeed.ai website analysis

https://wavespeed.ai/

Progrès
100%
Prêt
3
Modules
7
Analyse partagée · Afficher tous les résultats enregistrés20 sept. 2026 mis à jour
Informations sur la base

Aperçu

Résumé du trafic
Statut
success
Mois de données
Aug 2026
Visites mensuelles
1,869,325
Moy. durée de la visite
00:06:07
Pages par visite
4.74
Taux de rebond
37.41%
Tout le trafic
3 months
Visites mensuelles
1 869 325
août 2026
0500 k1 M1,5 M2 Mjuinjuil.août
Canaux de trafic
Direct57.64%
Recherche organique20.66%
Références6.68%
Recherche payante5.66%
Réseaux sociaux organiques5.04%
Gen AI2.11%
Display Ads1.23%
Courriel0.66%
Géographie
United StatesUS
20.27%
IndiaIN
6.59%
United KingdomGB
4.09%
ItalyIT
3.74%
IndonesiaID
3.72%
Mots-clés principaux
5 rows
  1. wavespeed ai
    Volume
    36 760
    CPC
    0,98 $US
    Est. valeur
    45 750 $US
  2. wavespeed
    Volume
    29 440
    CPC
    1,03 $US
    Est. valeur
    31 770 $US
  3. wavespeedai
    Volume
    11 190
    CPC
    1,99 $US
    Est. valeur
    9 830 $US
  4. wave speed
    Volume
    7 870
    CPC
    1,19 $US
    Est. valeur
    5 710 $US
  5. faymas
    Volume
    80 050
    CPC
    --
    Est. valeur
    4 400 $US
Répartition du trafic IA au fil du temps
Available
Chaînejuin 2026juil. 2026août 2026
chatgpt.com48.56%41.95%64.11%
gemini.google.com18.65%22.73%17.34%
perplexity.ai10.19%3.55%6.08%
chatgpt.com64.11%
gemini.google.com17.34%
perplexity.ai6.08%
Signal de revenus

MRR

Recherche dans les sources publiques du MRR partagé par le fondateur ou l'équipe…

Recherche sur l'IA

Analyse du produit

Product snapshot

WaveSpeedAI

Confiance élevée

WaveSpeedAI presents itself as a unified generative AI platform for creating and processing images, video, audio, 3D assets, and language-model output. It serves developers through a REST API, SDKs, CLI, and agent/workflow integrations, while creators can use browser-based generators and a desktop application. The company states that its catalog contains more than 1,000 proprietary and third-party models and emphasizes speed, scalability, and pay-as-you-go access.

Catégorie
Generative AI inference and media generation platform
Positionnement
An all-in-one, speed-focused AI inference platform positioned between model providers and the developers, creators, and enterprises that use those models. Its message centers on consolidating a large model catalog behind one API and offering both developer tooling and no-code creative interfaces.
Modèle économique
Usage-based platform: customers purchase credits and pay per image, request, second, megapixel, or token depending on the model. New accounts are offered $1 in trial credits without a credit card. Custom enterprise plans add volume discounts, higher GPU limits, dedicated support, performance SLAs, and custom model deployment assistance.
Utilisateurs cibles
Software developers and AI product teams

Rapidly integrate image, video, audio, 3D, and language models without operating separate inference infrastructure or implementing each provider independently.

Creators and creative professionals

Generate and edit media through browser and desktop interfaces without writing code.

Enterprises and high-volume platforms

Scale inference workloads with higher concurrency, support, service-level commitments, predictable usage costs, and deployment assistance.

AI-agent and workflow builders

Invoke media-generation models from coding agents, automation platforms, editors, and orchestration frameworks.

Problems and pain points

Problems solved

  • Reduces the integration burden of accessing many generative AI models by placing them behind a unified API and API key.
  • Provides hosted inference so teams do not need to operate all model infrastructure themselves.
  • Offers no-code generation interfaces for users who cannot or do not want to integrate an API.
  • Supports scaling from experimentation to production through usage-based billing and enterprise capacity options.
  • Brings media generation into development agents, workflow tools, and orchestration frameworks.
  • Provides one catalog for multiple modalities, including image, video, audio, 3D, and language models.

Points douloureux fondamentaux

  • Fragmentation across model providers, APIs, schemas, and billing systems.
  • Latency and cold starts in generative AI inference.
  • High or unpredictable media-generation costs at production volume.
  • Operational complexity when scaling GPU-backed inference.
  • Slow content-production workflows and the need for frequent creative variations.
  • Difficulty keeping applications and workflows current as new models appear.
Product value

Proposition de valeur

WaveSpeedAI claims to let customers access more than 1,000 generative AI models from one platform, integrate them through a single API, and generate media with low latency and scalable infrastructure. It combines developer access, no-code tools, a desktop application, workflow integrations, and pay-as-you-go pricing so users can move from experimentation to production without maintaining separate integrations for every model.

Fonctionnalités principales

Unified model catalog and API · Lets developers access image, video, audio, 3D, and language models using one platform and API key.
Image and video generators · Allows creators to generate visual media directly from a browser without coding.
Avatar, audio, and 3D generation · Extends the platform beyond basic image and video creation to additional media formats.
Media-processing tools · Supports tasks such as editing, upscaling, background or object removal, lip sync, video extension, motion control, and audio generation, as represented in the site's tool navigation.
REST API and SDKs · Supports direct application integration, with the website listing Python, JavaScript/TypeScript, Go, and Java tooling.
Command-line interface · Enables model discovery, schema inspection, price quotation, and generation from terminals or coding agents.
Agent and workflow integrations · Makes the model catalog available in tools including MCP clients, Claude Code, Gemini CLI, Dify, ComfyUI, n8n, LangChain, LlamaIndex, Langflow, and the Vercel AI SDK.
Desktop application · Provides native, no-code access to the platform's media-generation capabilities.
Asynchronous workflow support · The site states that developers can use webhooks and tooling suitable for long-running generation jobs.
Enterprise controls and services · Offers higher GPU limits, priority engineering support, account management, performance SLAs, volume discounts, and help deploying custom models.

Avantages déclarés

  • Broad multimodal catalog presented through a single API and account.
  • Multiple access modes for different audiences: web generators, desktop application, API, SDKs, CLI, and workflow integrations.
  • Transparent public examples of per-unit pricing and no mandatory monthly subscription for standard usage.
  • Low-friction trial offer of $1 in credits without a credit card.
  • Extensive presence in developer and agent ecosystems through official and community integrations.
  • The website claims sub-second image inference, no cold starts, up to four-times-faster video rendering, and 99.99% uptime, although these performance claims are not independently substantiated by the supplied pages.
  • Enterprise packaging provides a path for higher-volume customers needing support, capacity, and contractual service levels.
Lecture de mise sur le marché

Acquisition

Self-serve acquisition through searchable model pages, free browser generators, technical documentation, open-source GitHub repositories, a CLI, ecosystem integrations, blog content, customer stories, a community presence, an affiliate program, and a creator program. The site is localized into numerous languages and also uses direct enterprise sales.

Conversion

Visitors are directed to start building with $1 in free credits and no credit card, browse models, try generators, obtain an API key, or contact sales. Public unit pricing and quick-start installation commands reduce evaluation friction.

Monétisation

Prepaid, pay-as-you-go credits with model-specific charges per image, second, request, megapixel, or token. Enterprise revenue is pursued through custom plans, volume discounts, higher GPU limits, SLAs, dedicated support, and custom deployment services.

Strategic signals

Signaux de confiance

  • The site publishes model-level pricing examples and explains billing units, payment methods, trial terms, and account levels.
  • Named testimonials are shown from representatives associated with Freepik, Novita AI, SocialBook, MiniMax, Draw Things, and Imperial Vision.
  • Customer stories describe deployments involving Freepik and Novita AI.
  • The company states that it was founded in 2025, is headquartered in Singapore, and provides a Singapore street address and direct contact email.
  • The site links to documentation, API references, GitHub repositories, npm and PyPI packages, support, and system status.
  • The integrations page provides concrete installation commands for the CLI, SDKs, MCP server, and other developer tools.
  • The company reports more than one million trusted users, millions of requests per day in a Freepik-related story, and 99.99% uptime; these remain company claims rather than independently verified facts in the supplied evidence.

Risks or gaps

  • Major scale and performance statements, including 1M+ users, sub-second latency, zero cold starts, four-times-faster video rendering, and 99.99% uptime, are asserted by the company but not independently validated in the supplied pages.
  • The product spans many modalities, model providers, creative applications, and developer environments, which may make its primary differentiation less clear beyond catalog breadth and speed.
  • Prices can vary by resolution and generation parameters, while some language models have tiered, cache, or other billing rules; actual workload costs may therefore be less simple than the headline examples imply.
  • The $1 trial may not cover some premium models, limiting full pre-purchase evaluation.
  • Enterprise pricing, minimum commitments, deployment boundaries, SLA details, data-handling terms, and private-deployment specifics are not publicly detailed in the supplied evidence.
  • The security description is high level. The pages mention encryption and private deployment options but do not provide certifications, audit reports, data-retention details, or a detailed security architecture.
  • Some website content appears inconsistent or insufficiently curated: the customer-stories page includes an unrelated Anthropic and Intercom story, and context-window claims differ between the enterprise and pricing pages.
  • Reliance on many third-party models may create variation in availability, output quality, policy restrictions, and pricing, but the supplied pages do not explain how such changes are managed.

Product opportunities

  • Strengthen enterprise confidence by publishing security certifications, privacy and retention controls, regional deployment choices, and more explicit SLA terms.
  • Provide standardized, reproducible benchmarks for latency, throughput, quality, uptime, and cost to substantiate the platform's speed and efficiency positioning.
  • Add clearer cost calculators and workload estimates that account for resolution, duration, tokens, caching, and generation parameters.
  • Expand verified case studies with quantified before-and-after outcomes across media, e-commerce, marketing, and developer-platform use cases.
  • Clarify which integrations are official versus community maintained and publish support and compatibility expectations for each.
  • Use the broad model catalog to offer model comparison, routing, fallback, and workload-optimization guidance; these capabilities are not established by the supplied evidence but would reinforce the unified-platform proposition.
  • Improve content governance by removing unrelated customer-story material and reconciling inconsistent model and context-window information.
  • Develop more role-specific onboarding paths for creators, application developers, agent builders, and enterprise infrastructure teams.
Couverture des preuves et de l'analyse

Pages analyzed

18

Profondeur d'exploration

2

Notes sur les preuves

Notes d'exploration : https://wavespeed.ai/manifest.json:%20The%20page%20did%20not%20return%20HTML%20content. https://wavespeed.ai/PUBLIC_FALLBACK_CDN:%20The%20website%20returned%20HTTP%20404. https://wavespeed.ai/origin;/n:%20The%20website%20returned%20HTTP%20404.

Limites de l'analyse

  • This assessment uses only the supplied public-page text and does not independently test the API, generators, desktop application, integrations, latency, uptime, output quality, or support responsiveness.
  • Customer names, testimonials, user counts, request volumes, savings, and performance figures are treated as website claims rather than independently verified facts.
  • The crawl covers 18 readable pages to depth two, but the supplied evidence includes detailed content from only a subset and may omit documentation, legal, security, status, or model-specific details.
  • No authenticated dashboard, API documentation body, contract, SLA, or full pricing documentation was available in the evidence.
  • The website presents a rapidly changing model catalog, so model availability and prices shown in the supplied pages may change.
  • No reliable information was supplied about revenue, profitability, funding, employee count, market share, customer retention, or independently measured traction.
Sur demande

Construire une chronologie

Référencement

Annonces

Connexions des éditeurs

AdSense

Social

Sur demande

Technologies

Security

Inspect this website’s public security configuration, certificates, DNS records, and browser protections.

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HTTPS & redirects

Not checked
Checks whether HTTP requests reach HTTPS and records the redirect chain.

SSL / TLS certificate

Not checked
Checks certificate trust, hostname, expiration, negotiated protocol, and cipher.

HTTP security headers

Not checked
Inspects CSP, framing protection, MIME sniffing, referrer policy, permissions, and cross-origin policies.

HSTS

Not checked
Checks Strict-Transport-Security on the first HTTPS response, max-age, and subdomain coverage.

Cookie security

Not checked
Inspects Secure, HttpOnly, and SameSite on cookies returned by the page and its redirects. Cookie values are never saved.

Mixed content & script integrity

Not checked
Finds HTTP resources, form actions, inline CSS references, and external scripts without integrity hashes.

DNSSEC

Not checked
Checks DNSKEY, DS, and the public resolver’s authenticated-data flag for this hostname.

CAA records

Not checked
Looks for certificate authority authorization records on the hostname and its parent domains.

Email security

Not checked
Inspects MX, SPF, and DMARC records for the exact target hostname.

security.txt

Not checked
Checks /.well-known/security.txt, then /security.txt, for disclosure contacts and expiration.

CDN / WAF signals

Not checked
Looks for passive response-header signals from common CDN and WAF providers.

These checks inspect public configuration at a point in time. They do not prove that a site is free of vulnerabilities. Only the initial HTML, response cookies, and exact hostname are inspected; JavaScript-created content, authenticated pages, active port scans, and external threat databases are outside this check. Missing or unverified evidence is shown separately from passed checks.

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