Zero Inbox offers an AI‑powered email organizer that automatically deletes spam, unsubscribes from unwanted newsletters, and categorizes remaining messages in seconds. Users can bulk‑delete thousands of emails with a single click, while smart filters ensure important mail stays visible, helping creators and businesses maintain a clean inbox with minimal effort.
Funding
Funding not disclosed
Founders
Product
Problem
Many users are overwhelmed by large volumes of spam, unwanted newsletters, and unorganized email threads, making it difficult to locate important messages and maintain a manageable inbox.
Solution
Zero Inbox applies AI to automatically identify and delete spam, unsubscribe users from unwanted senders, and categorize remaining emails within seconds. The service offers a one‑click bulk delete function that can remove thousands of messages at once while preserving important correspondence through smart filtering. All actions require explicit user permission, ensuring that no email is altered without consent. Unsubscribed senders are permanently blocked, and each unsubscribe event is tracked for user reference. The platform integrates with major email providers such as Gmail, Outlook, and Hotmail, delivering a streamlined cleanup experience directly from the user's inbox.
Target Audience
Zero Inbox is aimed at individual professionals, creators, and small businesses who receive high email volumes and need an efficient way to keep their inboxes organized.
Features
- AI-driven detection and removal of spam and promotional emails in real time
- One‑click bulk deletion of thousands of messages with automatic safety checks
- Smart filters that learn user preferences to retain important emails
- One‑click unsubscribe and permanent blocking of unwanted newsletters and promotions
- Activity log that records every delete and unsubscribe action for user audit
- Compatibility with Gmail, Outlook, and Hotmail via secure OAuth integration
- Permission‑first workflow that requires explicit user approval before any changes are made