Velo.ai

Cycling safety has never been more crucial as cities worldwide embrace two-wheeled transportation. While traditional safety measures like helmets and lights remain essential, modern technology offers new solutions to reduce cyclist incidents. Velo.ai's Copilot represents a significant advancement in cyclist safety, combining AI-powered environmental monitoring with detailed data collection. This comprehensive analysis examines how Velo.ai balances cutting-edge technology with robust privacy practices, exploring the implications of their innovative approach to urban cycling safety. Through partnerships with government agencies and academic institutions, the company is pioneering data-driven solutions to improve infrastructure and protect cyclists on the road.

Company Background and Products

Velo.ai's Copilot introduces AI-powered safety features that monitor road conditions and assist cyclists. The device's smart sensors continuously track the environment, providing immediate alerts when vehicles approach from behind. This dual-audible and visual warning system helps drivers and cyclists avoid collisions.

The device's capabilities extend to video recording and predictive analytics, offering cyclists valuable insight into their riding environment while contributing to broader safety initiatives. Each Copilot unit includes a 1080p camera and advanced AI functionality, integrated into a compact design weighing just 330 grams. The device charges via USB-C and runs for five hours on a single charge, making it a practical addition to any cyclist's gear.

Data collection plays a crucial role in Copilot's functionality, with users generating valuable information about their riding environment. The device records detailed interactions between cyclists and vehicles, providing both personal alerts and contributing to larger safety studies. Through partnerships with local authorities and academic institutions, this rider-generated data helps identify high-risk areas and unsafe driving behaviors, guiding infrastructure improvements.

Data Collection and Usage

Personal Information Collection

Velo.ai collects a comprehensive range of personal data directly from users through their registration process and purchases. This includes contact details such as names, email addresses, phone numbers, and home addresses, as well as sensitive payment information like credit card numbers. The company also gathers anonymous demographic information including age, gender, and race to better understand their user base.

Users provide additional data through regular app and website interactions, including their frequency of use, geolocation information about their rides, and incident reports where they have encountered risks during their journeys. Importantly, Copilot devices themselves generate detailed video recordings of each ride, complete with metadata about location and any reported incidents.

Data Usage and Purpose

The collected data serves multiple critical functions within Velo.ai's operations. Personal information is essential for processing customer orders, managing accounts, and providing necessary support to users. The company also uses this data to improve their core safety features, analyzing ride patterns to enhance incident detection and risk alerting.

From a business perspective, Velo.ai analyzes both device data and video recordings to identify broader usage trends and areas for product improvement. The company emphasizes robust security protocols and strict data handling practices, including the right of users to access, delete, and restrict their data processing. Users can manage their privacy preferences through the company's support channels.

Data Security and Protection

Velo.ai implements comprehensive security measures to protect user data. This includes secure data storage methods and robust transmission protocols to prevent unauthorized access. The company complies with industry best practices for data protection and maintains detailed retention policies to manage how long personal information is kept before deletion. When data is removed from active use, it is securely erased following established industry standards.

The company discloses that they do not sell, rent, or lease customer lists to third parties, maintaining strict controls over who can access personal information. Any data shared with service providers is limited to essential functions like statistical analysis and email delivery, and all third parties are required to maintain strict confidentiality and adhere to their own privacy policies.

Privacy Rights and Security

Data Access and Management

Users have the right to request information about their personal data, including categories collected, sources, business purposes, third-party recipients, specific pieces of information collected, and sales/disclosures for business purposes. The company must respond to access requests within one month and provides several methods for requesting information, including through their support email.

Users can request deletion of their personal information under certain conditions, though Velo may retain data for transaction completion, security, debugging, free speech rights, and public research compliance. Requests for correction or restriction of processing must also be submitted to support@velo.ai. The company implements these rights as part of their broader compliance with the California Consumer Privacy Act (CCPA).

Data Protection Standards

Velo.ai maintains detailed data retention policies, keeping contact data until the user discontinues service and non-personal demographic data indefinitely. Incident data, ride videos, and related information are retained for product assessment and improvement purposes. All data is securely erased from active storage via industry-standard protocols when no longer needed, ensuring compliance with best practices in data protection.

Cookie Usage and Management

The company uses cookies to improve website functionality and user experience through various applications. These cookies enable system memory management, track website usage, and provide personalized content recommendations. Users can manage their cookie preferences through their browser settings, though this may affect certain features. Velo.ai complies with industry standards for secure data transmission and storage, recognizing that while no method is 100% secure, they employ commercially reasonable means to protect user information.

Data Partners and Research

Velo.ai's technology forms the backbone of multiple research initiatives aimed at improving urban cycling safety. The company partners with the U.S. Department of Transportation's Complete Streets AI Initiative, working alongside academic and industry experts to develop AI-driven solutions for road safety. Their primary focus is eliminating vehicle conflicts through data-driven approaches, analyzing crash and near-miss events to inform infrastructure improvements.

The company's collaboration extends to local government agencies and advocacy groups. In Pittsburgh, they've established partnerships with key organizations including The Department of Mobility & Infrastructure, the Southwestern Pennsylvania Commission, and Bike Pittsburgh. These collaborations enable comprehensive data collection across diverse urban environments, allowing the company to compare patterns and identify best practices in bike safety.

Technical implementation relies on Velo.ai's Copilot device, which collects detailed information about vehicle types and cycling infrastructure usage. The technology analyzes block-by-block risk patterns, distinguishing between different vehicle types and infrastructure configurations to identify high-risk areas. This granular data helps city planners and transportation officials make informed decisions about where and how to allocate resources for urban cycling infrastructure.

The company's research approach combines multiple data sources, including direct video recordings from Copilot devices and additional external datasets. They employ a systematic collection process, with teams covering specific geographic areas to build comprehensive safety maps. Through regular meetings with local transportation practitioners and academic partners, Velo.ai continues to refine their methods for data collection and analysis, maintaining an open approach to feedback and collaboration.

Cookie Usage and Tracking

Velo.ai employs cookies across their website and app to enhance functionality and user experience. The primary cookies used serve system memory management purposes, helping the company remember user preferences such as language and location settings. These first-party and third-party cookies enable seamless interaction between the app and website, ensuring that settings remain consistent throughout a user's session.

For advertising purposes, Velo.ai tracks website usage, including viewed content, followed links, and browser/device/IP information. This data sharing can extend to third parties for advertising purposes and allows the company to share online information with advertising partners. While this tracking can influence content and messages on other websites, users maintain control over their cookie preferences through their browser settings.

Social media cookies play a role in enabling content sharing between Velo.ai and users' social networks. These cookies track browser activity across various sites and help build user interest profiles, though users retain the option to disable these features through their browser settings. To support these cookies, Velo.ai may also collect anonymized analytics data through web beacons and other tracking mechanisms, allowing them to assess site updates and measure marketing campaign performance.

These various cookie types help Velo.ai maintain a cohesive user experience across multiple platforms. While some features may require cookie functionality to operate, users retain control over their preferences through browser settings. The company remains committed to maintaining a secure and transparent approach to data collection, recognizing that while no method is completely impervious to security risks, they employ commercially reasonable measures to protect user information.