Predictive Horizons offers an intelligence layer that unifies telemetry, service history, and technical documentation into a single, queryable platform for mobility service organizations. By ingesting data from existing telematics and work‑order systems, it provides real‑time, context‑aware diagnostic guidance and analytics to accelerate issue resolution, reduce warranty costs, and improve proactive maintenance across OEMs, fleet operators, and service providers.
Funding
Funding not disclosed
Founders
Product
Problem
Mobility service organizations face escalating warranty costs and inefficient diagnostics because data from telematics, work orders, and field knowledge are siloed, making it difficult to reproduce intermittent issues and connect field reality with engineering intent.
Solution
Predictive Horizons provides an intelligence layer that unifies telemetry, service history, and technical documentation into a single, queryable platform. By ingesting data from existing telematics and work‑order systems, the platform delivers context‑aware diagnostic guidance at the point of action, presenting evidence‑based recommendations to technicians and engineers. This accelerates diagnosis, improves accuracy, and enables proactive issue detection, reducing repeat repairs and warranty spend. The solution acts as an operational system that amplifies the expertise of service personnel rather than replacing them, fostering tighter integration across OEMs, tier‑1 suppliers, fleet operators, and service technicians.
Target Audience
Primary customers are service organizations within the mobility industry, including OEM warranty departments, fleet operators, and tier‑1 service providers that manage vehicle diagnostics, repairs, and warranty programs.
Features
- Unified data ingestion across telematics, work‑order, parts catalog, and technical documentation with a single queryable surface
- Real‑time, context‑aware diagnostic suggestions that surface evidence for technicians before they begin work
- Integration hooks for existing service stacks, enabling seamless overlay without replacing current tools
- Analytics engine that identifies field patterns at scale to support proactive maintenance and safety insights
- Role‑based access that supports engineers, warranty leads, and technicians while preserving expert control
- Continuous feedback loop that bridges engineering intent with field reality to improve ecosystem trust