Automotive Data-Driven Predictive Maintenance

Upstream AutoHealth’s software-based and cloud-based technology utilizes telematics data already being collected from the connected fleet vehicles to help fleet stakeholders make highly informed real-time decisions for proactive quality and safety improvement and allows for increased vehicle uptime through prediction-based maintenance.

Your Fleet Maintained. Your Money Saved.

Unplanned downtime is of primary concern to commercial fleets, where vehicle reliability and availability are crucial to the business. Upstream AutoHealth’s agentless and cost-effective predictive maintenance technology can be deployed immediately, covering vehicles already on the road, to reduce fleet maintenance costs and maximize vehicle efficiency, ensuring that costly vehicle downtime is limited and customer retention and satisfaction grows.

Increases Vehicle

Reduces unplanned vehicle downtime and preserves fleet finances and brand image.

Ensures Driver

Protects against spontaneous component failures which are dangerous to fleet drivers and road users.

Lowers Maintenance

Early detection of potential component failure enables cost-effective treatment of maintenance issues before they occur.

predictive maintenance Upstream's AutoHealth

Not A “One-Size-Fits-All” Approach

Predictive maintenance has been on the minds of fleet operators and OEMs for many years – unfortunately, that dream has rarely been fulfilled. Classic predictive maintenance offerings approach the automotive industry with the same methodology and technology used for supply chains and other industry manufacturing processes. This one-size-fits-all approach to data and machine learning is both impractical and ineffective. 

Upstream’s AutoHealth leverages our experience working with automotive data from millions of vehicles and telematics servers worldwide, ongoing automotive research, and deep automotive expertise. Our predictive maintenance technology utilizes telematics or OEM data already being collected from the connected fleet vehicles, which is then analyzed with machine learning algorithms, leading to root cause analysis, early detection of issues, and effective automotive-specific predictive maintenance recommendations. 

With Upstream AutoHealth, fleet stakeholders are empowered to make highly informed real-time decisions for proactive quality and safety improvement and increase their vehicle uptime through automotive-only focused predictive maintenance recommendations.

Software-based Solution Enables Immediate Deployment

Upstream AutoHealth’s 100% agentless and cloud-based solution requires no in-vehicle components, allowing for immediate deployment, covering vehicles already on the road. The platform is built on a distributed microservice-based architecture that enables parallel automotive protocol analysis, correlating and analyzing multiple sources of data in real-time. The platform architecture provides high-availability cloud service with performance and scalability that support modern large-scale connected vehicles. Additionally, the service can be deployed on the user’s cloud.

Seamless Real-Time Data Integration

Upstream AutoHealth is a real-time, data-driven platform that aggregates and analyzes vast amounts of existing data already being transmitted between connected fleet vehicles or aftermarket telematics devices and telematics servers; no hardware installation in the vehicle is needed, as Upstream AutoHealth seamlessly integrates with existing TSPs.

Additionally, for data privacy and security regulation compliance, Upstream AutoHealth users have multiple configuration options for data anonymization, ranging from PII stripping to obfuscation and encryption on various elements of the data. Data anonymization can be set by the local administrator and is never accessible by Upstream.

Contextually Aware Health Analysis

Upstream AutoHealth creates a digital twin of both the entire fleet vehicle and its individual components such as the engine and battery, maps their health, and feeds that data into machine learning models enabling the prediction of component-level failure. An in-depth analysis of this data utilizes behavioral profiling capabilities allows Upstream AutoHealth to provide customized predictive insights based on component characteristics, vehicle model or make, and/or fleet category.

Smart AI and Autonomous Machine Learning

Upstream’s predictive maintenance technology uses AI tools and algorithms to unlock insights from data and leverages big data analytics and machine learning to offer early and accurate detection of potential failure. This, combined with deep knowledge and experience from working with automotive data from millions of vehicles and telematics servers worldwide, ongoing automotive asset research, and extensive automotive maintenance strategy expertise, enables root cause analysis, early detection of issues, and effective predictive maintenance recommendations.

Easy-To-Use Customizable Interface

Upstream AutoHealth dashboard is designed with simplicity in mind, making life for the fleet stakeholders as easy as possible. The platform analyzes vehicle data in real-time, detects potential failures, automatically classifies them for severity and impact, and alerts relevant parties with predictive insights. The platform provides the means to customize the recipient of maintenance-related alerts, allowing fleet owners, managers, and even the operators themselves to stay up-to-date with the vehicle’s health.

Upstream AutoHealth can be deployed on a fleet that already has pre-existing fleet management software or platforms. Upstream’s predictive maintenance solution is non-disruptive and can easily integrate with other fleet management solutions.

We’ve Got You Covered

Upstream AutoHealth offers our predictive maintenance solution for 

  • Medium and heavy-duty commercial vehicle OEMs
  • Car rental/leasing fleets
  • Trucking fleets
  • Service vehicle fleets
  • Delivery fleets
  • Car-sharing fleets
  • Utility fleets
  • Agricultural fleets
  • Private fleets
  • Public transportation fleets