Scrinly
Scrinly is a screenshot API that captures pixel-accurate webpages and segments them into deterministic regions optimized for vision models and AI agents, eliminating the need to compress full pages into single images. It provides visual diffing for regression detection, scheduled monitoring with webhook incident events, and automatic visual style guide extraction. The service integrates natively with Claude Code, Codex, Gemini, and OpenAI via MCP, enabling AI agents to request visual analysis as part of automated workflows. Pricing ranges from $29/month (Startup, 2,000 credits, 10 daily monitors) to $499/month (Prime, 90,000 credits, 1,000 five-minute monitors), with a free tier offering 100 credits and no recurring monitors. Scrinly is positioned for AI agent development agencies, QA automation shops, web development teams, and marketing agencies that need programmatic visual monitoring and testing.
Scrinly is a screenshot API, priced at $29 a month on the Startup plan, integrating with Claude Code, Codex, Gemini and Cursor. InnovaAI rates it 5.5 of 10 for agency resale.
Agency Audit
Scrinly is a screenshot API that converts webpages into structured visual data by breaking pages into deterministic regions optimized for vision models and AI agents. It includes visual diffing for regression detection, scheduled monitoring with incident events, and visual style guide generation. Agencies building AI agent workflows, running QA/testing practices, or managing client web monitoring can resell Scrinly as a retainer service. The MCP integration with Claude Code, Codex, Gemini, and OpenAI makes it particularly valuable for AI-focused development shops. Pricing scales from $29/month (Startup) to $499/month (Prime), with credit-based tiers that support white-label resale.
5.5/10
63%
2d 1 to 2 days
- You develop AI agents or automations for clients using Claude Code, Codex, or Gemini and need pixel-accurate visual input without compressing full pages into single images.
- You run QA or testing retainers and need visual regression detection via scheduled monitoring with incident event webhooks.
- You manage web monitoring for clients and want to extract visual style guides (colors, typography, layout signals) programmatically from captured pages.
- Your clients need simple screenshot storage without AI/vision-model integration; cheaper screenshot tools (Puppeteer, Playwright) will undercut your margin.
- You cannot commit to MCP or API-based workflows; Scrinly is designed for developers and AI frameworks, not non-technical marketers.
- You need white-label branding on client-facing dashboards; no verified white-label program exists in the provided content.
Profit Path
$29/mo
$1K–$3K/project
Hybrid
Planning benchmark at United States price levels. Not a measured market survey.
Platform Features
Core capabilities of Scrinly
Deterministic region segmentation
Scrinly breaks long webpages into structured regions optimized for vision models instead of compressing entire pages into single images. This allows AI agents to inspect specific page sections without losing detail, critical for QA automation and AI-driven testing workflows.
Visual regression detection
The visual diff feature compares captured screenshots to detect layout, styling, or content changes across versions. Agencies can offer regression testing retainers to clients by monitoring pages on a schedule and triggering incident events when changes occur.
Scheduled page monitoring
Monitor up to 1,000 pages (on Prime plan) on intervals ranging from daily (Startup) to every 5 minutes (Prime), with webhook incident events. Enables agencies to offer continuous visual monitoring retainers without manual screenshot collection.
Visual style guide extraction
Automatically extracts colors, typography, and layout signals from captured pages to generate visual style guides. Useful for design audits, brand compliance checks, and client documentation workflows.
MCP integration for AI agents
Native integration with Claude Code, Codex, Gemini, Cursor, and OpenAI via Model Context Protocol. Allows AI agents to request screenshots and visual analysis as part of automated workflows without external API calls.
Credit-based pricing with batching
Flexible credit allocation across screenshots, diffs, and monitors; Startup and higher plans support batch capture and webhooks. Agencies can pre-allocate credits per client account and scale usage without per-request overage fees.
What Makes Scrinly Different
Unique advantages vs similar tools in this niche
Deterministic region crops with cut quality evidence
vs Traditional screenshot APIs that return a single full-page imageRegions are ordered, capped at 1600px, and each part records cut quality (safe/forced) and byte counts.
Visual style guide generation with observed vs inferred labeling
vs Manual CSS inspection or generic AI image analysisStyle guides distinguish measured evidence from model interpretation and verify every literal against the screenshot.
MCP integration with scoped OAuth for AI agents
vs Exposing raw API keys to agentsAgents can capture and compare with approved permissions without receiving the API key.
Refund-on-failure credit model
vs APIs that charge for failed requestsFailed captures cost nothing; partial failures refund the add-on that failed.
Latest Updates
Recent releases and improvements for Scrinly
Scrinly Remote MCP Beta Released
New2026-08-28Released the Scrinly remote MCP beta at https://mcp.scrinly.com/mcp with screenshot capture, screenshot comparison, asynchronous status, and usage tools. Added OAuth 2.1 authorization with S256 PKCE, dynamic client discovery, scoped consent, and revocation for interactive MCP clients. Added a required maxCredits guard for billable MCP calls and direct provider asset links without image proxying. Published the Scrinly agent skill with safe capture, polling, comparison, and credit-settlement workflows.
Dashboard Screenshot Playground and Documentation Rebuild
Improvement2026-08-23Added the fullscreen dashboard screenshot playground and session-authenticated capture flow. Restricted structured extraction, site traversal, generic scheduling, and recovery workflows to internal server-to-server applications. Rebuilt public documentation and OpenAPI around the focused screenshot product. Renamed the unreleased screenshot AI add-on to Visual Style Guide with the styleGuide request field.
Screenshot Diffs, Comparison, and Monitors
New2026-08-22Added deterministic pixel and perceptual screenshot diffs with overlay, contextual heatmap, binary mask, and metadata-only output. Added region-aware comparison, content-addressed image storage, and corrected unequal-height accounting. Added rolling and fixed screenshot monitors, retained run history, verified recipients, and signed incident alerts.
Full-Page Captures, Semantic Regions, and Visual Style Guide
New2026-08-21Added bounded progressive scrolling and encoded-dimension verification for reliable full-page captures. Added screenshot-grounded semantic regions and direct crop delivery. Added GPT-5.6 Luna visual analysis, deterministic grounding, independent AI caching, BYOK, and privacy-safe cost telemetry, the feature now published as Visual Style Guide.
Investment ROI Calculator
Value equation analysis for Scrinly, based on the Hormozi framework
What is the Hormozi framework? A four-factor score: (what the service delivers × how reliably it delivers) divided by (how long it takes × how much effort it requires). A higher Value Multiplier means a better return on the time and money invested: faster, easier, and more proven results.
2.9× value multiple: invest $29/mo and agencies typically charge $1K–$3K/project for the work it powers.
Why This Succeeds
Higher is betterClient Results Potential
What your clients actually get
Meaningful improvements: delivers clear, demonstrable value to clients
Capture pixel-accurate webpages and turn them into durable visual evidence.
Reliability Score
How consistently this delivers results
Early-stage track record: validate with a small pilot first
100 credits a month, free. No card required.
Implementation Challenges
Lower is betterTime to First Revenue
How long until you can start earning
Standard ramp-up: accelerate to 1 day with Academy SOPs
Expect a few days from signup to first client delivery
Setup Effort
What it takes to get running
Near-turnkey: minimal setup before you can sell
Moderate effort: standard configuration with some customization needed
Strong ROI. Scrinly at $29/mo supports market rates of $1K–$3K. Its 2.9× value-equation score weighs client outcome and likelihood against the time and effort to deliver, not cost.
Pricing
Scrinly platform cost to your agency
Starts at $29/mo (Startup), scales to $499/mo (Prime)
Free
- 100 credits a month
- No recurring monitors
- Stored screenshots
- Regions & Visual Style Guide
Startup
- 2,000 credits a month
- 30s render timeout
- 10 monitors · daily minimum
- Screenshot batches & webhooks
Pro
- 10,000 credits a month
- 60s render timeout
- 50 monitors · hourly minimum
- Priority capture queue
Business
- 30,000 credits a month
- 60s render timeout
- 200 monitors · 15-minute minimum
- Ephemeral provider BYOK
Prime
- 90,000 credits a month
- 60s render timeout
- 1,000 monitors · 5-minute minimum
- Custom storage buckets
No verified white-label program for Scrinly: client-facing delivery runs under the platform's native branding.
Market Intelligence
How agencies monetize Scrinly: real offer economics and market positioning
- AI agent development agencies
- QA and testing agencies
- Web development agencies
- Agencies without technical/API expertise
- Agencies needing on-premise browser infrastructure
Project-Based
ai-toolsAgency charges per-project fee for implementation. Ongoing optimization as optional retainer.
Offer Economics: What You Charge vs. What It Costs
Margin includes platform cost + agency labor at $75/hr.
Local service businesses and solo practitioners needing automated visual monitoring of their website for layout breaks, content changes, or downtime
Funded startups and growth-stage brands running frequent web deployments who need automated visual regression testing before releases go live
Mid-market e-commerce, SaaS, or multi-location brands needing continuous visual monitoring, style-guide enforcement, and AI-agent-driven anomaly detection across large web properties
Enterprise digital teams managing large-scale web estates who need real-time visual monitoring, AI-driven regression detection, and compliance-grade screenshot audit trails across thousands of pages
Scale Economics: Based on Starter Offer
Using Scrinly Site Monitor Starter at $1.8K/client. Platform: $29/mo. Labor: 4h/client × $75/hr.
Net = MRR - platform cost - labor (4h/client × $75/hr).
Investment Decision Framework
Strategic vetting analysis for Scrinly
Consider
Favorable fit, worth a closer look
Buy If
4You develop AI agents or automations for clients using Claude Code, Codex, or Gemini and need pixel-accurate visual input without compressing full pages into single images.
You run QA or testing retainers and need visual regression detection via scheduled monitoring with incident event webhooks.
You manage web monitoring for clients and want to extract visual style guides (colors, typography, layout signals) programmatically from captured pages.
You bill clients on a per-monitor basis and can map Scrinly's monitor tiers (10 daily monitors on Startup, 50 hourly on Pro, 200 every 15 minutes on Business) to client SLAs.
Skip If
4Your clients need simple screenshot storage without AI/vision-model integration; cheaper screenshot tools (Puppeteer, Playwright) will undercut your margin.
You cannot commit to MCP or API-based workflows; Scrinly is designed for developers and AI frameworks, not non-technical marketers.
You need white-label branding on client-facing dashboards; no verified white-label program exists in the provided content.
Your clients operate in highly regulated industries requiring HIPAA or PCI compliance; no compliance certifications are documented.
Bottom Line
Scrinly is a screenshot API that converts webpages into structured visual data by breaking pages into deterministic regions optimized for vision models and AI agents. It includes visual diffing for regression detection, scheduled monitoring with incident events, and visual style guide generation. Agencies building AI agent workflows, running QA/testing practices, or managing client web monitoring can resell Scrinly as a retainer service. The MCP integration with Claude Code, Codex, Gemini, and OpenAI makes it particularly valuable for AI-focused development shops. Pricing scales from $29/month (Startup) to $499/month (Prime), with credit-based tiers that support white-label resale.
Reality Check
Scrinly's value depends on agencies having AI agent or vision-model workflows to justify the cost to clients. Without active use of Claude Code, Codex, or similar integrations, the tool becomes a generic screenshot service competing against cheaper alternatives. Monitor usage carefully to ensure clients consume enough credits to justify the monthly retainer.
Moderate effort: standard configuration with some customization needed
Academy for Scrinly
Work through it in order: the course for this service first, then the modules behind it.
Course for this service
Scrinly Agency Implementation, Visual QA Retainers & AI-Driven Testing
Learn how to build recurring visual QA retainers using Scrinly's deterministic region segmentation and scheduled monitoring. This course teaches agencies how to set up automated regression detection, configure webhook incident workflows, and deliver continuous visual testing to clients without manual screenshot overhead.
Open the courseNo Academy modules are published for this service yet. Browse the full Academy
Why this category matters
The commercial case before the tooling.
Core concepts
The mental model you need to price and scope the work.
- Feedback Latency CompressionConcept
Feedback Latency Compression treats the elapsed time between a client noticing something wrong and a developer receiving an actionable ticket as the primary cost driver on fixed-bid work. Every hour a vague email sits in an inbox, the ticket loses context: which browser, which screen size, which build. Compression happens in two places. First, capture: BugHerd lets a client click a live page element and auto-records browser, OS, and resolution, so the report arrives complete. Second, detection: Mystra replays signup, email, and checkout flows after every deploy, so breakage surfaces before the client ever opens the site. The framework matters because revision cycles are billed at agency cost, not client cost. A retainer that absorbs three rounds of "this looks off" erodes the same margin a fourth round would destroy. Compress latency and the third round disappears. Forrester's October analysis of multi-agent hand-offs points the same direction: fewer human relay steps, faster closure.
- QA Retainer LadderConcept
The QA Retainer Ladder treats quality assurance as a staged service line rather than a one-off project cost. Rung one is feedback capture: clients annotate live pages and every comment lands as a ticket with browser, OS, and resolution metadata attached, which is the core of BugHerd's model. Rung two is scheduled regression replay, where recorded workflows run on a cadence and produce step-level failure reports, the ground CueCast covers. Rung three is revenue-path monitoring, where signup, email delivery, and checkout are exercised after every deploy so breakage is caught before customers hit it, which is what Mystra automates. Each rung carries a higher monthly fee and a lower marginal delivery cost, so the ladder converts QA from a fixed-bid liability into recurring retainer revenue. The discipline is climbing only as fast as the agency can staff review; skipping rungs produces test suites nobody maintains.
- Regression Surface BudgetConcept
Regression Surface Budget treats every automated check as a recurring cost, not a one-time build. Each test you add to a client site keeps charging rent: it must be updated when markup shifts, when a third-party script changes, and when the framework version moves. Agencies on fixed-bid retainers feel this first, because the build invoice clears once while the upkeep lands every sprint. The discipline is to cap the surface deliberately. Visual feedback capture through BugHerd keeps client annotations cheap and human-readable, so you are not encoding every subjective note as a brittle assertion. Where automation does earn its keep, target revenue paths rather than cosmetic detail: Mystra exercises signup, email delivery, and Stripe checkout on each deploy, which is a small surface guarding the highest-value failure. CueCast adds recorded workflow replay without a code framework to maintain. Budget the surface, then spend it where breakage costs the client money.
Decision and risk
How to judge the fit, and the ways it goes wrong.
- When Client Feedback Arrives as Screenshots, Instrument the Page Before Adding Test SuitesEvaluation Rule
Instrument client-facing feedback capture first, then layer automation only on the revenue paths and regressions that feedback data proves are recurring.
- QA Rule: Cap Test Suite Maintenance Before It Eats Retainer MarginEvaluation Rule
Track maintenance hours as a line item against every retainer, and prune or rebuild any suite whose upkeep exceeds the hours it saves in manual regression.
- Testing & QA Decision: Bundle QA Into Retainers vs Keep It as a Pass-Through CostDecision Framework
IF client work runs on fixed-bid or retainer terms and revision cycles are the main margin leak, THEN package QA tooling as a named line item inside the retainer and price it against measured revision hours. IF delivery is project-based with short engagements, one-off builds, or no repeat client relationship, THEN keep QA as a pass-through cost and avoid owning test maintenance after handoff.
- The Coverage Theater Trap: Why Testing & QA Tooling Stalls on Agency RetainersFailure Pattern
- The Client-Facing QA Trap: Why Testing & QA Tools Get Scoped Out of Agency RetainersFailure Pattern
Delivery system
Blueprints and procedures for running it as a service.
- Client-Facing QA Triage Retainer (7-12 days)Implementation Blueprint
A productized QA layer that converts vague client feedback into annotated, triaged tickets and a monitored regression suite, so fixed-bid delivery stops bleeding revision hours. Built for agencies running 3 or more concurrent client builds.
- Client Feedback Intake Triage (Delivery)Operating Procedure
- Regression Suite Pruning Review (Retention)Operating Procedure
- Pre-Sprint QA Readiness Gate (Onboarding)Operating Procedure
13 modules selected for Scrinly
Frequently Asked Questions
Answers about pricing, setup, implementation
Scrinly is a screenshot API that captures pixel-accurate webpages and breaks them into deterministic regions optimized for vision models and AI agents. It provides visual diffing to detect regressions, scheduled monitoring with incident webhooks, and automatic visual style guide generation. The service integrates with AI frameworks like Claude Code and Codex via MCP, making it useful for AI agent development, QA automation, and web monitoring workflows.
Scrinly lists 5 plans; the paid ones run from $29 a month (Startup) to $499 a month (Prime). The typical margin on reselling Scrinly is 63% of the fee, after the platform and labor at $75 an hour.
No verified white-label program is documented. Client-facing surfaces display the Scrinly brand, so you cannot present a fully branded portal to end clients. You can resell Scrinly as a managed service (handling API calls and reporting on your own infrastructure), but the underlying API and any client-accessible dashboards will show Scrinly branding.
Yes. Scrinly integrates natively with Claude Code, Codex, Gemini, Cursor, and OpenAI via Model Context Protocol (MCP). This allows AI agents to request screenshots and visual analysis as part of automated workflows without separate API authentication or external tool calls.
Setup time depends on your infrastructure. Creating a new Scrinly API key and configuring webhooks typically takes 10-15 minutes. If you are building a multi-tenant client portal or billing system to resell Scrinly, initial integration may take 2-4 hours; subsequent client onboarding is 5-10 minutes per account.
Scrinly works best for AI agent development agencies (automating workflows with Claude or Codex), QA and testing agencies (regression detection and visual testing), web development agencies (monitoring client sites for visual changes), and marketing agencies (tracking competitor or client page changes). It is less suitable for clients without AI/automation workflows or those needing simple screenshot storage.
Stored screenshots remain accessible on the free plan and paid plans during your subscription. Upon cancellation, the provided content does not specify data retention or export policies. Contact Scrinly support to confirm whether screenshots are retained, deleted, or available for export after cancellation.
Yes. The Startup plan includes 10 monitors with daily minimum checks, Pro includes 50 monitors with hourly checks, Business includes 200 monitors with 15-minute checks, and Prime includes 1,000 monitors with 5-minute checks. You can allocate monitors across multiple client domains and set different check intervals per monitor.