Vision vs Afina: Which Antidetect Browser Should You Choose in 2026

Afina is the stronger fit for professional workflows where the browser needs to work with an API, visual RPA, a scheduler, databases, email, logs, and team workspaces. Vision remains a strong specialized option when Linux support, a Safari core, webcam spoofing, or straightforward folder-based profile management is the deciding factor. Both products support Android fingerprints.

Both products isolate sessions, cookies, and local storage, modify the browser fingerprint, and support proxies. That similar baseline does not make them interchangeable. Vision combines profile management, a synchronizer, and code-based automation through HTTP API and CDP. Afina adds built-in tools that turn a repetitive operation into a workflow with queues, conditions, retries, and reporting.

This comparison was verified on August 17, 2026, against the official Vision documentation and Afina documentation. The checker results are preserved in screenshots. Vision documents an HTTP API, CDP connections through Playwright, Puppeteer, and Selenium, and QUIC proxying. Its documentation does not describe a built-in visual RPA system or scheduler. Safari, Linux, real-device Android fingerprints, UDP over SOCKS5, the synchronizer, and team features are also confirmed.

With monthly billing, Vision starts at $29 for 50 profiles. Afina starts at $9 for 20 profiles and remains less expensive at comparable volumes. Vision's Safari and Linux advantages matter when a workflow specifically requires those platforms. On Windows and macOS, Afina combines lower pricing with an API, RPA, scheduling, and MCP in one subscription.

Vision vs Afina at a Glance

Vision covers more host platforms through Linux and offers several specialized tools, including Safari and webcam spoofing. Afina provides a broader built-in operations stack with visual automation, local control over secrets, and lower scaling costs. The practical choice depends less on the number of profile settings and more on what needs to happen after a profile launches.

How Vision and Afina Handle Browser Fingerprints

A consistent fingerprint matters more than absolute uniqueness. If the User-Agent reports macOS while the fonts, GPU, and screen resolution resemble a different device, an anti-fraud system sees a contradiction. Vision's claim of “more than 1,000 parameters” should therefore be read as a statement about coverage, not as proof that every profile will pass a specific checker.

Vision

Vision uses Smart Fingerprints and claims to spoof more than 1,000 parameters, some of them dynamically. Its materials list the operating system, browser version, language, time zone, plugins, screen, fonts, Canvas, WebGL, WebGPU, and hardware characteristics. It also supports Android fingerprints collected from physical devices and offers two browser cores: Chrome and Safari.

Public materials confirm Human Type and webcam spoofing for video verification. Vision also documents Real, Off, and Noise modes for Canvas, WebGL, and Client Rects in Instant Profiles, plus Standard and Advanced Smart Fingerprint search modes. The reviewed documentation does not specify supported webcam video formats, so that detail should be checked in the current build during the four-day trial.

Vision supports HTTP, HTTPS, SOCKS5, and SSH proxies. The developer claims full UDP routing through SOCKS5, so the feature depends on the proxy itself supporting UDP. The settings include Proxify QUIC, although Vision labels it as under active development; enabling Encrypt proxy disables UDP. The reviewed documentation does not provide a separate technical description of HTTP/3.

The first screenshot shows Vision in Pixelscan on Chrome 151 using proxy IP 151.242.6.166. The Proxy detected row caused the overall inconsistent status, while the browser, geolocation, fingerprint with No masking detected, and bot check remained green.

Fingerprint.com rated the same profile more strictly: Last Seen was Unknown, Browser Tampering was Yes, and the Suspect Score was 8. The other visible indicators, including bot, VPN, virtual machine, and developer tools, were not detected.

CreepJS completed the Vision check in 377 ms, with Canvas 2D taking 178.9 ms. DOMRect measurements match within the elems and range pairs but differ slightly between the two pairs. These are values from one run, not a universal assessment of all Vision profiles.

In this run, Pixelscan did not detect fingerprint masking in Vision, while Fingerprint.com detected browser tampering. The result applies to the displayed build and profile configuration.

Afina

Afina creates Windows, macOS, and Android profiles on Chromium. Canvas, WebGL, Audio, and Client Rects can be configured separately. A safe baseline is to keep three signals in Real mode and add noise to only one. CPU core counts use even values up to 64, while available memory values are 8, 16, or 32 GB. Language and time zone can be aligned with the IP to remove obvious inconsistencies.

Afina documents its network stack in greater detail. UDP ASSOCIATE over SOCKS5 covers WebRTC, QUIC, HTTP/3, and WebTransport. IP checking can stop a profile after a risky country change. The limitations are also specific: HTTP proxies do not carry UDP, only IPv4 is supported, and disabling WebRTC breaks calls and other peer-to-peer features.

Pixelscan tested Afina through the same IP address, 151.242.6.166. As with Vision, Proxy detected was the only red row. Chrome 150, geolocation, No masking detected, and the absence of automated behavior all passed.

In Fingerprint.com, the Afina profile received Browser Tampering: Not detected and Suspect Score: 0. Last Seen: Unknown, one IP address, and one linked identifier over 24 hours reflect the conditions of this specific first run.

CreepJS completed the Afina check in 257.2 ms, with Canvas 2D taking 59.1 ms. All four DOMRect values were identical. The checker recorded a lower execution time for Afina in this run, but those numbers alone do not prove better antidetect quality and depend on the build, computer, and profile.

Both profiles used the same proxy, but these were single runs on different browser cores: Chrome 151 for Vision and Chrome 150 for Afina. Pixelscan produced the same masking result, Fingerprint.com favored Afina, and CreepJS only recorded lower timings and identical DOMRect values for the Afina profile. The screenshots should be treated as examples of specific configurations, not as a controlled benchmark.

An antidetect browser removes some technical links between accounts, but it does not hide action cadence, repeated behavior patterns, proxy ASN, payment details, or account history. Even a consistent fingerprint cannot offset hundreds of accounts being registered simultaneously with identical behavior.

Profiles, Interface, and Daily Operations

Vision organizes profiles through folders. Users can create unlimited folders, move profiles between them, and assign extensions, bookmarks, and start pages at the folder level. It also includes trash recovery, profile activity history, and Instant Profiles without synchronization or persistent data storage. A one-time profile starts through the local 127.0.0.1:3030/start/instant endpoint. The request can include a fingerprint, proxy, cookies, extensions, headless mode, and a remote debugging port, while the response returns a profile ID and port.

Vision Autofill inserts information from profile notes, while built-in 2FA generation, Human Type, and Vision FB+ speed up daily tasks such as downloading creatives and copying tokens. According to the developer, caching can reduce proxy traffic by up to 80%. That matters for per-gigabyte proxy plans, but the actual savings should be tested on the sites used in production because cacheable content varies by workflow.

Afina has a more complex interface because profiles sit alongside groups, tags, proxies, extensions, workflows, active tasks, email, and databases. Profiles can be created individually, in batches of up to 1,000, or from Excel. Cloning, trash recovery, cookie import and export, Cookie Robot, and cache clearing without losing the session are available. Afina advertises migration from Vision, while Vision documents automated migration from Dolphin Anty, including profiles, notes, extensions, tags, statuses, and other related data.

Both browsers include a synchronizer that mirrors clicks and typing across multiple open profiles. Vision also supports code-based automation through HTTP API and CDP, while Afina lets users build conditions, retries, schedules, and logs inside a visual environment.

API and Automation

Vision has a documented HTTP API for creating, editing, and deleting profiles, folders, and proxies, as well as starting and stopping profiles. Requests use POST, GET, PATCH, and DELETE and authenticate through X-Token or X-Team-Token. Profiles launched through the API can be automated over CDP with Puppeteer, Playwright, Selenium, and other libraries. Connection examples are available in the official Vision API documentation.

Programmatic automation is therefore available in both products. The difference is built-in orchestration. Vision's documentation does not describe a native scheduler, queues, visual RPA, custom modules, databases, an IMAP component, or an MCP server. A multi-step workflow in Vision requires external code or an orchestrator, while Afina includes those components in the desktop application.

Afina runs a local server at 127.0.0.1:50778 with 79 endpoints for profiles, cookies, proxies, RPA, modules, tasks, databases, and email. Authentication uses x-api-key. The limit is 128 concurrent requests, and the request body limit is 16 MB. Starting a profile returns a CDP address that Playwright, Puppeteer, or Selenium can connect to.

Afina's visual RPA adds conditions, waits, retries, and debugging. Custom code runs in Node.js modules with npm dependencies and Ed25519 integrity verification. Triggers run on schedules, task groups manage queues, and workflows can read IMAP, SQLite, PostgreSQL, MySQL, MSSQL, MongoDB, or Redis. Through the Afina MCP server, an AI agent receives 92 tools and five resources for working with the live application.

Afina's limitations still matter. Headless RPA does not work with crypto extensions that open separate windows. An unlimited number of concurrent sessions can overload a low-spec computer, and complex workflows require time for design and testing. For purely manual tasks, users can ignore the advanced layers and use Afina as a profile browser with a synchronizer.

Teamwork and Data Security

Vision allows team creation on Base, Standard, Pro, Max, and Ultra; Micro does not support it. A user with a free account can join someone else's team and work with its profiles without buying a separate subscription. This is a direct advantage for contractors who do not need their own license. The official documentation also confirms access to specific folders, the ability to block deletion, and restrictions on individual actions. It does not provide a complete permission matrix, confirm unlimited teams, or describe profile transfer through email or a special key.

According to Vision, personal, account, and profile data are protected with end-to-end encryption and AES-256. The official documentation also describes IP-bound, time-limited S3 links and a synchronization service that cannot access files. Browser cache is stored locally and is not synchronized. These are vendor claims rather than an independent audit of the implementation. Profile transfers are limited during the four-day trial.

Afina encrypts sensitive fields locally with AES-256-CBC and hidden automation variables with libsodium Sealed Box. Secrets are not returned in plaintext through the API or MCP. Other controls include automatic locking, full encryption of local files, extension integrity checks, and backups to a local drive, Google Drive, or Afina Cloud.

That is a zero-knowledge encryption model: without the key file and master password, even support cannot decrypt the data. Full encryption also adds CPU overhead. In an Afina team workspace, the owner controls permanent deletion, while a worker cannot irreversibly erase a profile. Afina describes its technical model more clearly, but it requires disciplined key backups.

Vision and Afina Pricing in 2026

Vision has no permanent free plan, only a four-day trial. Micro costs $29 for 50 profiles and does not allow team creation. Base includes 150 profiles and two seats for $79; Standard includes 300 profiles and two seats for $129; Pro includes 500 profiles and four seats for $189; Max includes 1,000 profiles and four seats for $289; Ultra includes 1,500 profiles and five seats for $389. Larger deployments require a custom plan.

The pricing-page screenshot confirms the monthly prices, profile limits, lack of team creation on Micro, and fees for additional seats on higher plans.

Afina's pricing page shows a lower price at directly comparable tiers and API access even on Lite and Starter.

An additional Vision seat costs $9 on Base and Standard and $15 on Pro, Max, and Ultra. Vision discounts six-month billing by 20% and annual billing by 30%. Afina discounts three months by 10%, six months by 20%, one year by 30%, and two years by 40%. An additional Afina seat costs $9 on Base and $20 on Standard and Max.

Price per profile does not show the full cost of a workflow. Vision includes folders, profile utilities, a synchronizer, and teams. Afina includes API access, RPA, scheduling, modules, logs, email, and databases in the subscription. Professional teams should therefore compare the total workflow cost: Afina bundles these components and reduces the need for separate tools and integration work.

Who Should Choose Vision, and Who Should Choose Afina?

Vision is worth testing for Linux users, teams with Safari-specific workflows, and operators who manage many profiles manually. Folders, the synchronizer, Human Type, Autofill, 2FA generation, Vision FB+, webcam spoofing, and proxy-traffic caching of up to 80% form a strong toolkit without requiring workflow design. Another advantage is the ability to add a contractor to a team without requiring that person to buy a subscription.

Afina is better suited to processes where launching a profile is only the first step: the workflow may need to wait for an email, evaluate a condition, retry a failed action, write a result to a database, and create a log. It is less expensive at comparable tiers and includes more team seats on higher plans.

Both products have limitations. Vision provides API access, CDP, and QUIC proxying but does not offer documented built-in RPA, scheduling, databases, or MCP. QUIC proxying remains under development, and HTTP/3 is not separately documented. Its trial lasts four days and limits profile transfers. Afina does not support Linux, Safari, or a separate mobile app. It runs locally on Windows or macOS and makes the user responsible for recovering encrypted data.

The final verdict: Afina is the better fit for teams that need built-in RPA, scheduling, modules, databases, email components, MCP, and lower scaling costs. Vision also has documented HTTP API and CDP, while Linux, Safari, webcam spoofing, and folder-based profile organization remain its distinct advantages. The best test is to reproduce one real workflow during each product's available trial: Vision provides four days, while Afina's trial length depends on the current offer. This material is provided for informational and educational purposes only.

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