Enterprise-grade AI infrastructure and autonomous robotics purpose-built for venue operators, commerce platforms, and organizations that want the intelligence powering MoonCore's consumer products — made accessible.
Every business product is built on infrastructure already proven in a live consumer environment. No unproven systems — just the same intelligence, wrapped for the enterprise use case.
Not a slide deck of theoretical capabilities. Every business offering starts as a paying pilot with a specific operator — no vaporware, no white papers.
Each consumer success becomes a business opportunity. OhSweetFluff!'s robotics platform expands into a full venue product line. FYW's ranking engine becomes a licensable API. The two tracks compound.
Deployable robotic experiences for malls, entertainment centers, and retail. Starting with the OhSweetFluff! platform — expanding to a full product line of autonomous consumer-facing installations that drive foot traffic, social sharing, and repeat visits.
Ranking, recommendation, and content-generation APIs — the same engines that power our consumer products — licensed to commerce platforms, retailers, and content partners. Real-time, adaptive, ready-to-embed.
Bespoke intelligent systems for enterprises with specific consumer-facing use cases — built on the MoonCore stack, delivered as a fully managed service. For organizations that want MoonCore-quality AI without building an in-house team.
Malls, entertainment centers, event spaces, retail chains looking to differentiate with autonomous robotic experiences.
Marketplaces and retailers who want MoonCore-quality AI recommendations powering their product discovery.
Kids' content, education, and parenting platforms that want AI-generated personalized narratives built into their product.
Large organizations wanting a bespoke consumer-facing AI experience, delivered end-to-end as a managed engagement.
Interested in a specific track, an early pilot, or a custom deployment? Reach out and we'll add you to the priority list for updates and first-mover access.