Quickwork now ensures that team access updates work even when deleted projects exist in older folder permissions, enabling smoother and more reliable permission management.
Quickwork now ensures that team access updates work even when deleted projects exist in older folder permissions, enabling smoother and more reliable permission management.
Quickwork now retains step history inside Foreach blocks even during timeouts and response size related issues, making it easier to identify the affected step during debugging.
Quickwork now ensures that execution time in child Journeys reflects their actual duration instead of inheriting parent journey duration in synchronous callables, improving performance visibility and accuracy.
Quickwork now supports reliable scanning of TOTP QR codes on Google Authenticator on iOS devices, simplifying 2FA setup across authentication apps.
Quickwork now restores the default app actions dropdown options after the input text from the app dropdown is cleared, ensuring a smoother workflow configuration experience.
Quickwork has improved the performance of dynamic webhooks by enhancing how incoming requests are processed in parallel. Optimizations in batch processing of messages have reduced ingestion time, enabling faster handling of high-volume webhook events.
Quickwork now prevents users from logging in with passwords that have appeared in publicly disclosed data breaches. The system securely generates a SHA-1 hash of the password and checks only the first five characters against known breach datasets. The remaining hash verification is performed locally. This approach helps prevent unauthorized access using compromised credentials while preserving password privacy. Users can regain access by resetting their password to a stronger one.
Quickwork has opened its bug bounty program through Com Olho to the top 1 percent of security researchers registered on the bug bounty platform. The program currently operates on an invite-only basis and will be expanded to broader participation in the future.
Code optimizations have reduced CPU utilization during transaction processing within containers. As a result, job execution time has improved by an average of 12 percent per transaction.
The primary Backoffice dashboard now includes a user filter that allows metrics to be viewed for a specific user. This provides more focused visibility and easier analysis of user-level activity.