Axitech provides a cloud-native platform that aggregates eCall/aCall/bCall crash signals and vehicle telemetry into a unified API for insurers, OEMs, and telematics providers. The platform enables real‑time collision detection, self‑service claim submission, automated repair‑shop matchmaking, and analytics on settlement times and loss ratios.
Funding
Funding not disclosed
Founders
Product
Problem
Automotive collision reporting and claims processing remain fragmented across multiple insurers, repair shops, and telematics providers, leading to delayed settlements and a disjointed experience for drivers after an accident. The lack of a unified data layer forces Connected Car platforms to build custom integrations for each stakeholder, increasing operational overhead and limiting the ability to deliver timely, personalized services.
Solution
Axitech delivers a cloud-native collision management platform that aggregates raw crash signals from eCall/aCall/bCall sources, enriches them with vehicle telemetry, and exposes a standardized API for downstream claim and repair workflows. The system enables Connected Car OEMs and insurers to launch self‑service reporting portals, automated repair routing, and in‑channel claim submission without bespoke development. Real‑time event processing and low‑latency detection algorithms surface actionable insights, allowing partners to trigger personalized outreach and optimize repair shop allocation. Integrated analytics provide visibility into loss ratios, repair cycle times, and customer satisfaction, supporting data‑driven strategy across the entire collision ecosystem.
Target Audience
The primary customers are Connected Car manufacturers, telematics service providers, and auto insurers seeking to digitize and streamline crash reporting, claim initiation, and repair management across multiple markets.
Features
- Unified API gateway that normalizes eCall/aCall/bCall data streams and merges them with vehicle telematics for a single source of truth
- Low‑velocity collision detection engine that identifies crash events with sub‑second latency and enriches them with contextual metadata (location, severity, airbag deployment)
- Self‑service reporting UI and SDKs for mobile/web integration, enabling drivers to submit claims directly from the vehicle or app
- Automated repair‑shop matchmaking that leverages real‑time capacity, proximity, and service‑level agreements to maximize repair opportunities
- In‑channel claim creation workflow that embeds claim status updates and document exchange within the OEM or insurer’s digital touchpoints
- Omni‑channel customer engagement layer that routes drivers to the appropriate support channel (chat, phone, roadside assistance) based on market‑specific rules
- Cloud‑based analytics dashboard with KPI tracking (settlement time, cost per claim, customer NPS) and exportable data feeds for downstream BI tools