## How Sequirly stops data leaks before they happen

Sequirly is a browser extension that catches sensitive data before your team sends it to ChatGPT, Claude, or Gemini. All scanning is local. No data reaches Sequirly's servers.

100% local processing — all scanning happens in your browser.

Admins see categories flagged, never actual content.

Installs in under 2 minutes. No IT team required.

## Three steps. Zero workflow changes.

Your team does not change how they work. Sequirly changes what can go wrong.

01

## Install in under 2 minutes

Add Sequirly to Chrome, Edge, or Brave from the Extension Store. You set up a team workspace in the admin dashboard, invite your team members, and they each install the extension.

No IT department needed. No network configuration.

02

## Your team works normally

Your team keeps using ChatGPT, Claude, and Gemini exactly as they always have. When a team member types or pastes text into a prompt field, or uploads a document, Sequirly scans it locally. They will not notice it.

Invisible until it's needed

03

## Caught before it's sent

When Sequirly detects sensitive data: an API key, a client's email list, a credit card number, a database connection string, it shows a clear, non-intrusive warning before the message is sent.

Real-time prevention, not just reporting.

## What Sequirly Catches

18 detection types. Two severity levels. All caught before the send button.

### Critical (Red)

#### API Keys & Tokens

AWS access keys, OpenAI keys, Stripe keys, GitHub personal access tokens, and Slack tokens.

#### Private Keys & .env Secrets

SSH private keys, RSA keys, EC keys, and patterns in .env files: SECRET_KEY=, DATABASE_URL=, and more.

#### Credit Cards

Card numbers that pass the Luhn checksum algorithm. Covers all major card formats.

### Warning (Amber)

#### Customer PII

Names, emails, and phone numbers with smart filtering - skips obvious placeholders (test@example.com, abc@email.com).

#### Passwords

Explicit patterns like password: [value], password=[value], pwd=[value]. Requires at least 8 characters to avoid false positives.

#### High-Entropy Tokens

Catches API tokens and session values that do not match a named pattern but structurally look like credentials.

### Need custom detection for your business data?

Setup your specific proprietary formats and internal document structures.

## Protection Without Surveillance

### What Admins See

- Category of detected data (API, PII, Credentials)
- AI tool the detection happened in (ChatGPT, Claude, or Gemini)
- Timestamp and team member involved

### What Admins NEVER See

- The actual text of the prompt or document
- What the team member was working on
- Any part of the message that was sent

You get a complete audit log, ready for SOC 2 reviews, GDPR compliance checks, or internal security reviews, without ever seeing what your team typed. That is not a limitation. It is the design.

## Local-First Architecture

We never see your team's prompts. We built the product so that was never possible.

Here is how the architecture works, in plain language.

#### Detection stays on the device

When your team member types or pastes text into ChatGPT, that text lives in the browser's memory. Sequirly reads it directly from the input field — on the device, before the browser sends anything to ChatGPT's servers. The detection engine runs locally.

#### Only metadata is logged

The only information that ever leaves the device is a detection event — "API key detected. Action: warning shown." Not the key itself. Not the surrounding text. Just the event metadata.

#### No compromise on speed

Detection runs in under 50ms. Your team will not notice any performance lag. Sequirly works invisibly in the background until it catches something.

## Common questions about how Sequirly works

What AI tools does Sequirly work with?

Can we add our own patterns and policy documents?

What happens when someone gets a warning?

## Ready to secure your AI workflow?

Join over 100+ security-conscious individuals and organizations using Sequirly to prevent data leaks before they happen.