Regulatory Rollback: Inside the CFPB’s FCRA Guidance Withdrawal — The Consumer Finance Podcast
Rethinking Records Retention
Work This Way: A Labor & Employment Law Podcast | Episode 48: Opportunities & Risks with Artificial Intelligence in HR with Chingwei Shieh of GE Power
Compliance Needs are Alive and Well: FTC's Recent Enforcement Activity
From Dashboards to Data-Driven Decisions – The Evolving Role of Technology in Legal Marketing & BD
Regulatory Rollback: Inside the CFPB's FCRA Guidance Withdrawal — FCRA Focus Podcast
No Password Required: Reginald “Andre” Andre, CEO of ARK Solvers and Builder of Human + AI-Driven Culture
AI on the Job: How to Stay Ahead of Employment and Data Privacy Risks
Meet Phil Leslie, Cornerstone Research's New Chief Technology and Innovation Officer
Upping Your Game: Harnessing AI to Revolutionize Third-Party Risk Management
The Future of Supply Chains: Chris Andrassy on Using AI to Predict & Prevent Disruptions
Compliance and AI: Using AI for Data Loss Prevention Systems with Vinay Goel
Tenant Tales and Reseller Realities: Inside the FCRA Arena With Eric Ellman — FCRA Focus Podcast
Law School Toolbox Podcast Episode 505: Breaking ADHD Barriers with the Help of AI (w/Lindsay Scola)
Compliance and AI: Revolutionizing Risk Management with John Byrne
New Executive Order Targets Disparate Impact Claims Nationwide - #WorkforceWednesday® - Employment Law This Week®
Constangy Clips Ep. 10 - 3 Ways the GDPR Is Evolving with Today’s Tech Landscape
Harnessing AI in Litigation: Techniques, Opportunities, and Risks – Speaking of Litigation Video Podcast
Upping Your Game: Episode 3 - Embedded Compliance: From Gatekeeper to Business Enabler
Evolving AI Legislation: Federal Policies, Task Forces, and Proposed Laws — The Good Bot Podcast
In today’s legal landscape, investigations and discovery often involve processing thousands of complex documents. Traditional Optical Character Recognition (OCR) technology struggles with the varied document types legal...more
The rate information is generated continues to increase exponentially. By 2020, the digital universe will be 44 zettabytes large, meaning there will be “40 times more bytes than there are stars in the observable universe.”...more