Workers' Comp
Enlyte’s Dave Torrence Explains Why Integration Is Key to Managing Workers’ Comp Costs
January 16, 2026
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Business Insurance
In the News
Medical severity, care access top comp trends: report
What trends will have the biggest impact on workers' compensation in 2026? Read Business Insurance's coverage of Enlyte's 2026 Envision Trends Report and discover why medical severity and care access are top concerns.
Claims Journal
In the News
Report Explores Forces Driving Claim Complexity
Learn how emerging claim complexity, medical severity and changing treatment patterns are shaping the future of workers' compensation. Read the latest Claims Journal coverage of Enlyte's 2026 Envision Trends Report.
Workers' Comp
News Release
Enlyte’s 2026 Envision Trends Report Explores Forces Driving Claim Complexity
As claims across workers’ compensation, auto casualty and auto physical damage become increasingly interconnected, insurers and employers face mounting pressure from rising severity, lengthier claim durations and expanding operational demands.
Workers' Comp
Conference
DMEC 2026
Enlyte is headed to DMEC 2026, August 3–6, at the Gaylord Opryland Resort & Convention Center in Nashville, TN.
Auto Physical Damage
Article
Navigating Complexity in Collision Claims
The collision industry is at a turning point. Advances in vehicle technology, rising repair costs and ongoing supply chain disruptions are putting even more pressure on organizations to improve outcomes by controlling severity and reducing cycle time. In this environment, accuracy and efficiency are equally as important in driving operational success.
Workers' Comp
Article
AI and the Next Generation of Provider Networks: Redefining Performance, Consistency and Decision-Making
As variability in access and care delivery increases, the next phase of network evolution is being defined by how effectively organizations can manage that complexity. In 2026, AI and advanced analytics are becoming central to this shift, transforming provider networks from static structures into continuously optimized systems.