Lore integrates seamlessly with any health plan at any time of year, helping employees get more from their benefits and make smarter choices that lower healthcare costs.
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Lore helps employers get more from what they already offer. It's easy to add, simple to run, and helps to lower avoidable costs while raising satisfaction.
At a company with 8,000+ employees across warehouses, delivery routes, and offices, Lore went live in weeks — without adding new systems or strain. It plugged into existing benefits and met people where they were, whether in the field, on the road, or in the office.
And once it was live, the results spoke for themselves.
Every employer wants their benefits to matter — to be used, valued, and felt. Lore makes that happen.
People earn points through quick reflection and small actions, then use those points to unlock what they want most, from extra PTO to tuition reimbursement to extra pocket money. And in the process, benefits stop being static perks and start shaping daily choices.
That participation compounds into healthier habits, lower avoidable costs, and a workforce that gets more from what's already offered.
See it in action:
The small daily actions that Lore sparks don't just change habits: they build resilience. People feel stronger, grounded, and more capable of showing up well in every part of life.
Here's what higher resilience looks like in the numbers.
Decrease in stress and burnout
Reduction in missed days
Increase in motivation
Savings per person in yearly medical costs
Lore's outcomes-based approach means we succeed only when our partners do. Our model is tied directly to lowering total cost of care: as people build resilience, they manage challenges earlier and make steadier choices, which drives down avoidable healthcare costs.
Those savings cover the cost of Lore and create shared financial gains for every plan we work with.
Lore's work is guided by people who study how change works — in minds, in data, and in daily life. That insight helps Lore predict what supports healthier patterns and measure progress as it happens.
Hematologist/oncologist and palliative medicine physician who co-leads an organization focused on dramatically accelerating timelines for understanding what clinical interventions work for whom and when. Her areas of research and expertise include cancer data, real world evidence, clinical trials, healthcare policy and regulation, health services research, patient reported outcomes (PROs), clinical informatics, and patient-centered care. Amy was professor of medicine at Duke, principal deputy commissioner of the FDA and chief medical officer at Verily and Flatiron Health.
Researcher focused on using computational methods (AI, data science, informatics) to address problems relevant to medicine with a focus on understanding drug actions at molecular, cellular, organism and population levels. Russ helps lead an FDA-supported Center of Excellence in Regulatory Science & Innovation and is the Kenneth Fong Professor of Bioengineering, Genetics, Medicine, Biomedical Data Science and (by courtesy) Computer Science at Stanford University.
Behavioral scientist and digital health innovator focused on developing scalable tools for chronic disease prevention and management. Gary's research has influenced national obesity treatment guidelines and informed new models for improving population health. He is Dean of Trinity College of Arts & Sciences at Duke University, co-founder of multiple digital health ventures, and advisor to leading organizations on the science of health behavior change.
Physician and Sociologist who conducts research in the areas of social networks and biosocial science. He is the Sterling Professor of Social and Natural Science at Yale University, where he directs the Human Nature Lab. He is the co-author of the book Connected, a foundational work on social networks and their influence on our everyday lives, and the New York Times bestseller, Blueprint: The Evolutionary Origins of a Good Society. Nick's portrait is based on a photo courtesy of Big Think.
Clinician who develops and applies computational techniques to address disease at multiple scales: from whole healthcare systems as "living laboratories" to the functional genomics of neurodevelopment. Zak is Chair of the Department of Biomedical Informatics and the Marion V. Nelson Professor of Biomedical Informatics at Harvard Medical School.
See how Lore helps people use their benefits better while plans and employers see the results.
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