Empowering teams.
Expanding potential.

Imagine a workplace where AI amplifies productivity and enables employees to focus on high-impact work that improves business results. With Stitch, AI isn’t just technology; it’s a partner in your company’s operational readiness.

A future-ready workforce

Building the foundation for AI readiness and scalable modernization.

Stitch empowers insurance organizations to build and operationalize an effective AI strategy that creates the organization-wide AI literacy and competency to successfully transform operations and create significant industry-leading advantages in this new era of innovation.

As part of implementing our solution, we work with you and your teams to ensure a fundamental understanding of AI while learning to connect workflows and customize their own embedded AI agents.

Impact-driven enablement

A thoughtful approach to operational transformation and building AI readiness.

Attract and retain top talent

Organizations that prioritize innovation and employee growth become magnets for top talent. By creating a work environment where AI-driven technology boosts efficiency and empowers employees to contribute in new ways, Stitch strengthens your culture leading to increased talent attraction, reduced turnover and a reputation as an industry leader in employee development.

Learn more

Get a hands-on demo

See Stitch in action by uploading a policy and testing our platform’s real-time insights. Experience AI-powered efficiency and unlock new levels of productivity in your insurance operations.

Follow our build

Sign up for updates as we continue to redefine insurance operations and achieve our vision of every insurance organization with the highest performing (and happiest) operating teams.

Implementation cycle

  • Weeks 1-2: Connect

    Your unique Stitch LLM setup

  • Weeks 3-5: Contextualize

    An LLM that knows your business.

  • Weeks 6-8: Quality assurance

    Testing, testing and more testing for excellence.

  • Weeks 9-12: Launch

    Your operations at peak flow state.