AI that writes emailswith you, not for you
AutoText is a Chrome extension for Gmail that adds new AI features that make you 10x faster.
Gmail • New Message
Way more than autocomplete
Full paragraphs, edits, deletions, formatting, and deep context.
Instant, real-time edits
AutoText's lightning-fast inference engine generates intelligent edits in real time as you type. It handles complex rewrites, deletions, and list fixes while preserving meaning and tone. Advanced diff highlighting shows exactly what changed.
Gmail • New Message
Deep context ingestion
AutoText ingests the entire thread, including earlier emails, links, and questions already asked. Suggestions reuse the right dates, docs, and details without you hunting through the conversation.
Gmail • New Message
Auto format and structure
Suggestions inherit and add Gmail-native formatting: bold, italics, links, and more. AutoText doesn't break your formatting; it enhances it, matching Gmail's serialization perfectly.
Gmail • New Message
Paragraph-level completion
Forget single-word autocomplete. AutoText predicts complete, context-aware sentences that update live as you type. Watch as entire paragraphs materialize, matching your tone and intent perfectly.
Gmail • New Message
Everything you need to know
Synchronized quick-edit request-region ownership with live highlight state and bounded mutation-scope buffering under high-churn composer rewrites.
Generalized quick-edit highlight mutation inference so suggestion-era region rewrites preserve multiline tracking continuity and overlay bounds coherence.
Added bounded post-rotation credential persistence retries to prevent transient local-state turbulence from forcing premature reconnect flows.
Preserved background credential lineage through transient post-rotation verification faults to prevent avoidable reconnect escalation.
Shifted callback exchange artifacts to terminal consume-time deletion, eliminating dormant one-time credential residue across inactive accounts.
Recast internal auth-lifecycle persistence nomenclature around refresh-session and exchange-code domains to preserve cross-surface semantic continuity.
Reasserted background-exclusive session revocation ownership to remove foreground credential fallback handling during sign-out degradation paths.
Revalidated post-revoke fallback lineage before background-session deletion to preserve newly re-established mailbox credentials during concurrent reconnect races.
Reinforced credential-lineage convergence by committing conflict-retry rotations, accepting late successful refresh acknowledgements after foreground deadlines, and preserving server-side revocation guarantees through messaging outages.
Refined multi-grant Gmail authorization arbitration to favor immediately serviceable credentials and suppress avoidable reconnect escalation.
Added bounded lineage rehydration and retry convergence for recoverable refresh conflicts to prevent unnecessary reconnect interruptions.
Reclassified stale refresh-lineage misses into recoverable conflict signaling while preserving revocation for suspicious non-adjacent replay.
Hardened post-rotation session convergence with fail-closed verification under transient background state-read instability.
Enforced immediate credential reissuance after server-side access-token rejection and stabilized rotation persistence under transient background state-read faults.
Restricted session revocation authority to live refresh-token lineage windows to neutralize stale artifact sign-out disruption paths.
Prevented stale refresh invalidation from erasing newly re-established mailbox sessions during concurrent reconnect convergence.
Corrected OAuth scope adjudication across concurrent Google grant records to prevent false-negative permission gating during extension callback finalization.
Bounded OAuth bootstrap exchange latency to prevent indefinite sign-in stalls during transient transport deadlocks.
Prioritized credential lineage during silent session renewal to suppress false reconnect paths under transient mailbox-context drift.
Tightened credential rollback guarantees by purging mismatched OAuth sessions and enforcing immediate local revocation boundaries.
Synchronized quick-edit request-region ownership with live highlight state and bounded mutation-scope buffering under high-churn composer rewrites.
Generalized quick-edit highlight mutation inference so suggestion-era region rewrites preserve multiline tracking continuity and overlay bounds coherence.
Added bounded post-rotation credential persistence retries to prevent transient local-state turbulence from forcing premature reconnect flows.
Preserved background credential lineage through transient post-rotation verification faults to prevent avoidable reconnect escalation.
Shifted callback exchange artifacts to terminal consume-time deletion, eliminating dormant one-time credential residue across inactive accounts.
Recast internal auth-lifecycle persistence nomenclature around refresh-session and exchange-code domains to preserve cross-surface semantic continuity.
Reasserted background-exclusive session revocation ownership to remove foreground credential fallback handling during sign-out degradation paths.
Revalidated post-revoke fallback lineage before background-session deletion to preserve newly re-established mailbox credentials during concurrent reconnect races.
Reinforced credential-lineage convergence by committing conflict-retry rotations, accepting late successful refresh acknowledgements after foreground deadlines, and preserving server-side revocation guarantees through messaging outages.
Refined multi-grant Gmail authorization arbitration to favor immediately serviceable credentials and suppress avoidable reconnect escalation.
Added bounded lineage rehydration and retry convergence for recoverable refresh conflicts to prevent unnecessary reconnect interruptions.
Reclassified stale refresh-lineage misses into recoverable conflict signaling while preserving revocation for suspicious non-adjacent replay.
Hardened post-rotation session convergence with fail-closed verification under transient background state-read instability.
Enforced immediate credential reissuance after server-side access-token rejection and stabilized rotation persistence under transient background state-read faults.
Restricted session revocation authority to live refresh-token lineage windows to neutralize stale artifact sign-out disruption paths.
Prevented stale refresh invalidation from erasing newly re-established mailbox sessions during concurrent reconnect convergence.
Corrected OAuth scope adjudication across concurrent Google grant records to prevent false-negative permission gating during extension callback finalization.
Bounded OAuth bootstrap exchange latency to prevent indefinite sign-in stalls during transient transport deadlocks.
Prioritized credential lineage during silent session renewal to suppress false reconnect paths under transient mailbox-context drift.
Tightened credential rollback guarantees by purging mismatched OAuth sessions and enforcing immediate local revocation boundaries.
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