Roadbotics

Roadbotics

Pittsburgh CMU spinout (2016) using AI computer vision to assess road pavement condition for 250+ governments; acquired by Michelin in July 2022.

Visit Website

Company Overview

RoadBotics was founded in December 2016 as a spinout from Carnegie Mellon University's Robotics Institute and School of Computer Science, co-founded by Christoph Mertz, Benjamin Schmidt, Courtney Ehrlichman, and Mark DeSantis. Headquartered in Pittsburgh's East Liberty neighborhood, the company developed AI-powered technology to assess and map the condition of road infrastructure using standard smartphones as image-capture devices.

RoadBotics' core platform, RoadWay, used deep learning computer vision to process imagery captured via smartphones mounted on vehicle windshields. The system converted visual road data into objective, GIS-mapped condition assessments, replacing the traditionally slow, expensive, and subjective manual inspection process. The platform delivered actionable asset management insights to help road managers prioritize repairs and maintenance budgets.

By the time of its acquisition, RoadBotics had deployed RoadWay with more than 250 governments across 34 US states and 34 countries worldwide. The company raised over $11 million in funding, including a $3.9 million seed round and a $7.5 million Series A.

On July 11, 2022, Michelin acquired RoadBotics, integrating it into Michelin's Mobility Intelligence Business arm as part of the company's Michelin DDi (Driving Data to Intelligence) initiative for preventative road safety. The acquisition combined Michelin's knowledge of tire and vehicle behavior with RoadBotics' computer vision expertise. Following the acquisition, approximately 26 employees joined Michelin's Mobility Intelligence division, with Benjamin Schmidt named CTO of the combined effort. The service expanded in North America before moving to Europe. As of 2025-2026, RoadBotics by Michelin remains headquartered in Pittsburgh with 51-200 employees.

Capabilities & Activities

Primary type & automation activities this supplier delivers:

Applications & Industries

Product Categories

Products & Solutions

RoadWay Platform

AI platform converting smartphone road imagery into GIS-mapped pavement condition assessments for government road managers worldwide.

Partnership & Notable clients

Associating Events

Contact Roadbotics

WEBSITE

https://www.roadbotics.com

EMAIL

[email protected]

HEADQUARTERS

1514 E Carson St
Pittsburgh , Pennsylvania  15203

United States

Company Facts

Founded

2016

Primary Role

Software/Algorithm

Company Size

-

Primary Region

North America

Annual Sales

-

Funding Stage

-

Funding Total

-

Listed in RobotToday Supplier Discovery. Verified Profile

Related Coverage

Robotics Summit & Expo 2027 | Jun 2–3, Boston

Robotics Summit & Expo 2027 | Jun 2–3, Boston

Robotics Summit & Expo 2027, June 2–3 at the Hynes Convention Center, Boston: The Robot Report's developer event with RBR50 awards and DeviceTalks Boston.

Construction Robotics Summit 2027: April 14, Brooklyn

Construction Robotics Summit 2027: April 14, Brooklyn

Construction Robotics Summit 2027 returns to Industry City, Brooklyn on April 14 with live jobsite-robot demos, contractor case studies and startups.

ICARA 2027: Automation & Robotics Conference, Paris

ICARA 2027: Automation & Robotics Conference, Paris

ICARA 2027 runs Feb 25–27, 2027 at De Vinci Higher Education, Paris La Défense. Papers due Oct 1, 2026; author fees from USD 600.

ICRA 2027 Seoul: May 24–28 | Robotics and Automation

ICRA 2027 Seoul: May 24–28 | Robotics and Automation

ICRA 2027, the IEEE flagship robotics conference, runs May 24–28, 2027 at COEX in Seoul: theme, chairs, deadlines and expected scale.

NVIDIA GTC 2027 – San Jose, Mar 15–18, 2027

NVIDIA GTC 2027 – San Jose, Mar 15–18, 2027

NVIDIA GTC 2027 runs Mar 15–18 in San Jose, with physical AI and robotics as a core theme. Poster call open until Nov 10, 2026; registration opens this fall.

World Agri-Tech Innovation Summit San Francisco 2027

World Agri-Tech Innovation Summit San Francisco 2027

World Agri-Tech Innovation Summit returns to San Francisco's Marriott Marquis on March 9-10, 2027. Robotics, autonomy, AI and agtech investment themes.

CES 2027 – Las Vegas, Jan 6–9, 2027

CES 2027 – Las Vegas, Jan 6–9, 2027

CES 2027 runs Jan 6–9 in Las Vegas for its 60th anniversary. Robotics interest grew 26% in 2026; humanoids and physical AI are key themes. Registration open.

HANNOVER MESSE 2027 | Apr 5–8, Hannover, Germany

HANNOVER MESSE 2027 | Apr 5–8, Hannover, Germany

HANNOVER MESSE 2027, April 5–8 in Hannover: four-day industrial fair with Spain as partner country; industrial AI, robotics and automation in focus.

Automate 2027 | May 10–13, Las Vegas Convention Center

Automate 2027 | May 10–13, Las Vegas Convention Center

Automate 2027, May 10–13 at the Las Vegas Convention Center: A3's robotics and automation show moves to Las Vegas after a record 50,000+ registrants in 2026.

LogiMAT China 2027: April 21–23, Shenzhen

LogiMAT China 2027: April 21–23, Shenzhen

LogiMAT China 2027 runs April 21–23 in Shenzhen, featuring AMRs, smart sorting, 3D-vision picking and AI logistics from the Greater Bay Area robotics base.

Camtastic GigE Cameras Deliver Reliability and Precision in Sugar-Cube Format

Camtastic GigE Cameras Deliver Reliability and Precision in Sugar-Cube Format

Camtastic has announced its GigE cameras, which provide exceptional image processing capabilities through a GigE-Vision platform. This platform ensures seamless integration and rapid deployment within a comprehensive GigE ecosystem. The introduction of these cameras is significant as they enhance the reliability and precision of image processing tasks, catering to various industrial applications. The GigE-Vision platform allows for efficient connectivity and interoperability, which is crucial for modern automation and imaging systems. Looking ahead, industry professionals should monitor the adoption of Camtastic's GigE cameras in various sectors that require high-performance imaging solutions. No further timeline was disclosed at the time of publication.

Allgemein
Manufacturers Face Challenges in Implementing AI on the Shop Floor

Manufacturers Face Challenges in Implementing AI on the Shop Floor

A recent report highlights that while 75% of manufacturers have integrated AI into their enterprise strategies, only 20% of these initiatives achieve their business goals. This gap underscores the need for better integration of AI with operational systems and human decision-making processes. The Infosys Manufacturing Tech Index: AI Pulse indicates that the success of AI in manufacturing is closely tied to the convergence of information technology (IT) and operational technology (OT). Effective AI applications require a cohesive operating view that combines data from various sources, including production telemetry, enterprise systems, and maintenance records. Looking ahead, manufacturers must focus on bridging the IT/OT divide to enhance AI's impact on production decisions. The integration of predictive maintenance, digital twins, and computer vision systems will be crucial for enabling real-time responses and improving operational efficiency. No further timeline was disclosed at the time of publication.

Nucleus Demonstrates Humanoid Robot Performing Factory Tasks with 60% Autonomy

Nucleus Demonstrates Humanoid Robot Performing Factory Tasks with 60% Autonomy

Nucleus has released nearly two hours of uncut footage showcasing its humanoid robot performing factory tasks, revealing a reliance on human assistance. The demonstration, shared by CEO Melvin Schwarz on October 1, indicated that the robot operated approximately 60% autonomously and 40% through teleoperation, although the method for calculating these percentages was not disclosed. This demonstration is significant as it highlights the ongoing challenge of maintaining useful robotic work over extended periods. Nucleus aims to prove that its robots can effectively integrate into industrial workflows, running shifts of four to six hours while completing tasks from start to finish, albeit with necessary human intervention. Looking ahead, Nucleus is focused on refining its AI systems through real-world applications, capturing data from both successful operations and instances requiring human guidance. This feedback loop is essential for improving the robot's capabilities, particularly in adapting to varying factory conditions and ensuring consistent performance across different tasks.

AI and Robotics
Podcast Discusses Smarter Predictive Asset Management and Its Operational Benefits

Podcast Discusses Smarter Predictive Asset Management and Its Operational Benefits

In a recent episode of Automation World Gets Your Questions Answered, Chris McNamara interviews Steve Kaminski from Banner Engineering. Kaminski discusses how condition monitoring transforms machine data into actionable insights, enabling manufacturers to maintain efficiency and prevent failures. He emphasizes starting with critical equipment like compressors and pumps for optimal results. This conversation is significant as it underscores the importance of condition monitoring in enhancing operational efficiency. By utilizing Banner’s Snap Signal ecosystem, manufacturers can integrate various sensors into a cohesive data network, which aids in early detection of mechanical issues and optimizes maintenance schedules. This proactive approach can lead to reduced downtime and lower operational costs. Looking forward, Kaminski anticipates advancements in user-friendly systems that will facilitate both basic monitoring and automated maintenance workflows. No further timeline was disclosed at the time of publication.

Sponsored
FMC³ Robotics, Vector Informatik, and PEM Motion Form Joint Venture for Embodied AI Development

FMC³ Robotics, Vector Informatik, and PEM Motion Form Joint Venture for Embodied AI Development

At the Humanoid Robots Summit 2026 in Stuttgart, FMC³ Robotics, Vector Informatik, and PEM Motion signed a memorandum of understanding to develop a standardized data infrastructure for industrial embodied AI. This collaboration aims to enhance the collection, processing, training, validation, deployment, and continuous improvement of AI-powered robotic systems in manufacturing environments. The partnership is significant as it combines the strengths of the three companies in production engineering, standardized industrial data technologies, and embodied AI. As robots transition from pilot projects to real production, the need for high-quality data and a robust infrastructure becomes critical for reliable performance in manufacturing settings. Looking ahead, the focus will be on creating a unified data infrastructure based on standardized protocols to support multimodal data collection and processing. No further timeline was disclosed at the time of publication.

Understanding the Concept of 'Open' in Industrial Automation

Understanding the Concept of 'Open' in Industrial Automation

The term 'Open' has become ubiquitous in industrial automation, but its meaning is often vague. It encompasses various measures, and suppliers may be open in some aspects while closed in others. Buyers should ask specific questions to discern the true openness of a platform or system. Historically, Open Automation 1.0 focused on interoperability, allowing different systems to communicate without custom drivers. With standards like OPC UA and MQTT, this challenge has largely been addressed. Open Automation 2.0 shifts the focus to application freedom, enabling users to run third-party software on devices, which enhances flexibility and reduces costs. As suppliers navigate the balance between openness and security, buyers must recognize that openness involves trade-offs. While opening systems can increase vulnerability, established standards like ISA/IEC 62443 provide frameworks for maintaining security. Understanding these dynamics is crucial for making informed decisions in industrial automation.

Exploring the Impact of Manipulated Inputs on Robot Safety Functions

Exploring the Impact of Manipulated Inputs on Robot Safety Functions

VicOne LAB R7 investigates how manipulated inputs can affect robot behavior and safety. Mobile robots, collaborative arms, and humanoids rely on accurate environmental data to function safely. When inputs are incorrect, whether due to faults or deliberate manipulation, robots may respond inappropriately, raising concerns about safety protocols. Understanding the implications of these findings is crucial for safety and security teams. Research indicates that adversarial inputs can lead to unintended robot actions, as demonstrated in various tests involving vision-language-action models and audio manipulation. These studies highlight the need for robust safety assessments that account for both accidental faults and deliberate cyber threats. Looking ahead, organizations must evaluate their safety measures to ensure they can detect manipulated inputs effectively. The potential for attackers to exploit vulnerabilities in robot systems necessitates a reevaluation of risk assessments and safety protocols. No further timeline was disclosed at the time of publication.

Sponsored Content VicOne
Dürr Introduces Four New EcoRS Generation 2 Robots for Automotive Paint Shops

Dürr Introduces Four New EcoRS Generation 2 Robots for Automotive Paint Shops

Dürr has unveiled four new industrial robots tailored for automotive paint shops, with payload capacities ranging from 20 kg to 150 kg. The EcoRS Generation 2 series is designed for various applications, including sealing, cleaning, and material handling, and features a reach of up to 3,100 mm. This standardized platform aims to streamline paint-shop automation planning and maintenance. The introduction of the EcoRS Generation 2 robots is significant as it establishes a standardized solution for sealing applications, enhancing process quality and availability while reducing complexity throughout the equipment's lifecycle. Martin Wurst, product manager at Dürr, emphasized the benefits of this new platform for customers, particularly in achieving consistent seams across vehicle bodies. Looking ahead, Dürr's focus on integrating robot mechanics, control systems, and application technology is expected to improve path accuracy and operational flexibility. The redesigned EcoRS platform, with its internal component relocation, not only minimizes interference but also simplifies cleaning and reduces space requirements. No further timeline was disclosed at the time of publication.

Physical AI Requires a Fourth Verb: Verification for Production Accuracy

Physical AI Requires a Fourth Verb: Verification for Production Accuracy

Physical AI is commonly defined as machines that perceive, reason, and act in the physical world. However, this definition lacks a crucial fourth verb: verify. In production environments, acting does not equate to producing conforming parts, as demonstrated by a humanoid robot at BMW's Spartanburg plant, which successfully placed over 90,000 components with a 99% success rate per shift. The importance of verification lies in ensuring that produced parts meet specified tolerances. While the robot's execution rate is impressive, it does not guarantee that the assemblies are within acceptable limits due to various factors such as fixture wear and thermal drift. The introduction of in-line dimensional inspection has made it feasible to measure critical characteristics and compare conformance rates against reported success rates, highlighting the need for this fourth verb in the definition of Physical AI. Going forward, the industry must focus on integrating verification into the acceptance criteria for Physical AI systems. This shift will enhance the reliability of production processes, ensuring that machines not only report their actions but also the quality of their outputs. No further timeline was disclosed at the time of publication.

Factory / Digital Transformation
The Challenge of Implementing Spatial and Agentic AI in Smart Factories

The Challenge of Implementing Spatial and Agentic AI in Smart Factories

Smart factories are equipped with advanced technologies like artificial intelligence, spatial computing, and autonomous robotics, yet many manufacturers are not fully leveraging these capabilities. A 2025 State of AI in Manufacturing Survey reveals that while over 77% of manufacturers have adopted AI, 56% are uncertain about their systems' readiness for complete integration. This indicates that the gap between technology adoption and operational value stems from implementation challenges rather than technological limitations. Spatial AI enables machines to understand and act within three-dimensional environments, while agentic AI allows systems to autonomously pursue goals across workflows. This combination could transform factory operations into dynamic, self-correcting systems. However, the effectiveness of these technologies is hindered by fragmented data ecosystems, where inconsistent and poorly contextualized data leads to misleading AI outputs. The need for a unified data layer is critical for effective smart factory operations. Looking ahead, manufacturers must prioritize the integration of legacy systems and establish shared data standards to fully realize the potential of smart factories. A Deloitte survey indicates that 41% of manufacturing executives plan to invest in automation hardware in the next two years, but these investments will only yield benefits if the underlying data infrastructure is robust enough to support them. No further timeline was disclosed at the time of publication.

Factory / Analytics