Is EasyGen safe on LinkedIn in 2026?
No — LinkedIn detects EasyGen (we checked it ). EasyGen's extension ID is on LinkedIn's AED detection list (Nov 2026 snapshot), and LinkedIn's page code checks for EasyGen on every visit by requesting chrome-extension://gbefjkkjhjcloofcbandphbododcebko/tabs/auth-page.html — a file that exists only if EasyGen is installed. Our code teardown rates EasyGen MEDIUM risk: EasyGen keeps your LinkedIn session in your browser and uploads only the results.
Updated · LinkedIn AED snapshot Nov 2026
Does LinkedIn detect EasyGen? What we found in its code
Everything we confirmed in EasyGen's code, grouped by what it means for your account. Red = strongest detection / risk signals, amber = notable, grey = neutral or local-only.
This browser extension is actively compiled into LinkedIn's frontend detection lists. LinkedIn's scripts can detect when this is active on your browser.
What this means: detection isn't an instant ban — it's one input to LinkedIn's risk score. But it's a standing signal: it stacks with your behavior (volume, programmatic clicks) and device fingerprint, and this is just the AED list — one of LinkedIn's three detection systems (see how it works).
Runs locally — session stays in your browser · on LinkedIn's detection list
EasyGen's detection surface
Signals LinkedIn's own page scripts can pick up directly on every visit — the extension probe (AED), code injected into the page (Spectroscopy), fake (isTrusted:false) clicks, blocked/missing telemetry, and cloud remote-control. Each adds points to its risk score.
What EasyGen does with your session
How the tool touches your LinkedIn login. If it uploads your session cookie to the vendor's cloud, the vendor can act as you from another IP — LinkedIn's loudest parallel-access tell. Reading the cookie locally (csrf/Voyager) is far less risky.
Where EasyGen sends your data
Every outbound destination found in the code — your session / scraped data, plus analytics, CRM pushes and CAPTCHA-solving services. LinkedIn can't see these, but it's where your data actually ends up.
Permissions EasyGen requests
Chrome permissions the extension was granted on install. The highlighted ones are the powerful kind — cookies (read your session), webRequest/declarativeNetRequest (watch & rewrite traffic, incl. blocking LinkedIn's telemetry), scripting/tabs (inject into pages).
Evidence in EasyGen's code (signal counts)
How many times each tell-tale pattern appears in the extension's code — the raw proof behind everything above (e.g. li_at = session-cookie reads, voyager/csrf = LinkedIn API calls, synthetic_event = fake clicks, recaptcha = challenge handling).
How LinkedIn checks for EasyGen: the AED probe
That verdict isn't a guess. This is what LinkedIn's own page code does on every visit — simplified from its production bundle, which the BrowserGate investigation reverse-engineered line by line:
// chrome-extension://gbefjkkjhjcloofcbandphbododcebko/tabs/auth-page.html
How does EasyGen hook into your LinkedIn tab?
There's no 'authorize with LinkedIn' step anywhere. Simplified from its manifest — here's what actually happens between install and your first page load.
Permissions granted on install:
1 permission requested — no LinkedIn login involved
There's no 'authorize with LinkedIn' step anywhere. Simplified from its manifest — here's what actually happens between install and your first page load.
Content script injected at document_start — it can now read and modify the LinkedIn page itself.
no `cookies` permission — nothing to open here
There's no 'authorize with LinkedIn' step anywhere. Simplified from its manifest — here's what actually happens between install and your first page load.
On every visit LinkedIn fetches chrome-extension://gbefjkkjhjcloofcbandphbododcebko/tabs/auth-page.html — a response means you have EasyGen installed.
Does EasyGen upload your LinkedIn session?
Where your session and data actually go, reconstructed from EasyGen's code. EasyGen keeps your session in your browser — it calls LinkedIn's Voyager API using your own csrf token, and only uploads results.
red = your session/data leaving your machine · blue/green = stays local or only results leave · dashed = LinkedIn's own detection probes
LinkedIn doesn't need to know anything about proxies to catch this — it just needs one login cookie answering from two networks at the same time.
EasyGen uploads your session cookie, so it can answer from its own network at the same time you're logged in from yours — one login, two places, at once.
We measured real exit-IP reputation for 7 vendor clouds in a dedicated study — EasyGen's own infrastructure wasn't in that sample. The mechanism a session-upload creates is identical regardless: two networks, one cookie.
Does EasyGen run a parallel LinkedIn session from another network?
LinkedIn doesn't need to know anything about proxies to catch this — it just needs one login cookie answering from two networks at the same time.
EasyGen keeps your session on your own device, so there's only ever one network this login answers from — there's nothing here for LinkedIn's parallel-access check to catch.
We measured real exit-IP reputation for 7 vendor clouds in a dedicated study — EasyGen's own infrastructure wasn't in that sample. The mechanism a session-upload creates is identical regardless: two networks, one cookie.
How we analysed EasyGen's code
We downloaded EasyGen's published Chrome Web Store package, de-minified it, and read it file by file — no live LinkedIn login. Two ways to see how:
Downloaded straight from the Chrome Web Store — the exact file your browser would install.
We downloaded EasyGen's published Chrome Web Store package, de-minified it, and read it file by file — no live LinkedIn login. Two ways to see how:
Unzipped, then run through js-beautify so the minified/webpacked JS reads like normal code.
Permissions found: 1
We downloaded EasyGen's published Chrome Web Store package, de-minified it, and read it file by file — no live LinkedIn login. Two ways to see how:
Every file is pattern-scanned for cookie access, LinkedIn API calls, permission usage, synthetic clicks — no normalisation yet.
Raw pattern types matched: 4
We downloaded EasyGen's published Chrome Web Store package, de-minified it, and read it file by file — no live LinkedIn login. Two ways to see how:
An LLM translates this brand's raw, differently-named signals onto one shared vocabulary used across all our teardowns.
Not run for this brand — see the raw scan below instead
We downloaded EasyGen's published Chrome Web Store package, de-minified it, and read it file by file — no live LinkedIn login. Two ways to see how:
An LLM translates this brand's raw, differently-named signals onto one shared vocabulary used across all our teardowns.
We downloaded EasyGen's published Chrome Web Store package, de-minified it, and read it file by file — no live LinkedIn login. Two ways to see how:
grep -r "synthetic_event"8 hits
grep -r "programmatic_click"2 hits
Click a row for what it means. These are raw counts, not risk scores — a pattern only becomes a finding once we trace where the value it touches actually goes. This brand's raw signals haven't been run through the canonical mapper yet — the audit below reads straight from this scan.
How LinkedIn fingerprints your browser while you use EasyGen
Even after a cookie is copied out, LinkedIn keeps one more receipt on every request that follows — a 48-point snapshot of the exact machine making it. Faking it convincingly means reproducing that machine's quirks, not just editing a string.
Click any signal above for what it means. These are illustrative values — this demo never reads your actual device.
Canvas render hash: Draws a hidden shape and hashes the pixels — GPU/driver quirks make it near-unique. (illustrative — e.g. a1f9…3e0c)
WebGL parameters: 65+ GPU/renderer values read straight from the graphics driver. (illustrative — e.g. ANGLE (Apple, M2 Pro))
AudioContext: Plays an inaudible tone and hashes tiny hardware-specific waveform differences. (illustrative — e.g. 124.0432…)
Installed fonts: Measures text rendering to infer which fonts are installed on your machine. (illustrative — e.g. 38 fonts)
Local IP (WebRTC): A WebRTC leak reveals your real local network IP, even behind a VPN. (illustrative — e.g. 192.168.1.x)
Timezone ×2: Checked two different ways — a mismatch between them is itself a signal. (illustrative — e.g. Europe/Warsaw)
Hardware & OS: CPU core count, device memory, screen size/depth, platform string. (illustrative — e.g. 8 cores · macOS)
navigator.webdriver: Chrome's own automation flag — true when a page is driven by Selenium/Puppeteer. (illustrative — e.g. false)
Cameras & mics: Enumerates connected media devices without asking permission to use them. (illustrative — e.g. 1 camera · 2 mics)
Incognito flag: A filesystem-quota heuristic that detects private-browsing mode. (illustrative — e.g. false)
This extension runs inside your real browser, so its requests always carry your real fingerprint — that isn't something it controls, it's simply where its code executes.
Similar LinkedIn tools we checked
Same architecture and risk as EasyGen — each with its own code audit.
- Is Olly safe on LinkedIn?MEDIUM
- Is Outboundly safe on LinkedIn?MEDIUM
- Is Easy Apply Automater safe on LinkedIn?MEDIUM
- Is WhenX safe on LinkedIn?MEDIUM
- Is Hide Promoted Jobs safe on LinkedIn?MEDIUM
- Is AI Interviewer MIR by MirWork safe on LinkedIn?MEDIUM
EasyGen FAQ
Is EasyGen safe to use on LinkedIn?
Our static code audit rates EasyGen MEDIUM risk. It works through your own logged-in browser session — your cookie stays on your machine and only scraped results are uploaded — which is safer than cloud tools that take your session. It is still a Chrome extension LinkedIn can detect, and its ID is on LinkedIn's detection list.
Does LinkedIn detect EasyGen?
Yes. EasyGen's extension ID is on LinkedIn's active extension-detection (AED) list, so LinkedIn's page code probes for it on every visit (it requests the file tabs/auth-page.html) — LinkedIn knows the extension is installed before you do anything.
Can EasyGen get my LinkedIn account banned or restricted?
Detection isn't an instant ban — LinkedIn scores accounts on many cumulative signals. But EasyGen stacks a known extension ID on LinkedIn's list, code injected into the page, programmatic (isTrusted:false) clicks, and independent reviews report restrictions and permanent bans for Chrome-extension automators. Safe daily limits reduce the behavioral risk but can't offset a detectable architecture.
Does EasyGen have access to my LinkedIn account?
It reads LinkedIn data through your own browser session (the Voyager API) and uploads only the results — your session token itself stays on your machine.
How does EasyGen work — is it a Chrome extension or a cloud tool?
EasyGen is a extension (content-authoring assistant, no session access) that runs inside your own Chrome browser.
What is a safer alternative to EasyGen?
A standalone desktop app such as Linked Helper removes the two extension-specific detection surfaces: there is no Chrome-Store ID for LinkedIn's AED scanner to probe and nothing injected into the page for its DOM scan, and your session never leaves your machine. No tool is unbannable, but the surface it exposes is far smaller.