Recover more revenue with automated AI-powered timekeeping using your existing time entry system



Timekeepers spend over 100 hours a year on manual timekeeping.

ZERO Time Capture adds an intelligent layer on top of existing time-tracking tools to automatically capture and categorize every moment of billable time. As a result, timekeepers have a better work/life balance and more job satisfaction, all while driving more revenue for the business.

By using ZERO Time Capture, businesses capture more billable time through more accurate, real-time reporting. The system automatically logs the actual time spent and passively captures billable micro-engagements that would traditionally be forgotten or ignored. Best of all, there is no need to replace your existing time and billing system.

There is a significant increase in billing compliance as accurate and detailed records help manage outside counsel guidelines (OCG). Precise activity tracking and categorization is carried out via predictive AI. There is also improved clarity on the actual time spent for more accurate budgeting and smoother billing.

Employees see an improved work/life balance since automated time tracking cuts down on the manual hours needed to produce accurate records. Evenings and weekends need not be spent entering, updating, and reviewing manual time logs. Also, ZERO Time Capture enables on-the-go tracking from mobile devices.

Key Features

  • Seamless experience of timekeeping on the phone, tablet, and computer
  • Assistive activity reconstruction and time entry with AI-generated billing narratives
  • Keeps knowledge workers in control of their time spent on emails, attachments, meetings, and documents
  • Associates captured time to the appropriate client and matter for easier, more timely time entries
  • Tailor-made for all timekeeper flows: contemporaneous, reconstructive, and in between

Demo Video

Watch this short demo video and speak with one of our experts to see how you can leverage the power of generative AI to transform your business processes.