The devices are manufactured in Vietnam and incorporate U.S.-headquartered components:• Telit PLS83-X Certified 4G Module with GPS and AGPS, developed by Telit (Headquarters: Irvine, California).• Ambarella CV25 Automotive-Grade Chipset with integrated AI video processor (Headquarters: Santa Clara, California).• Soldered 128 GB SanDisk eMMC Automotive-Grade Memory Module (Headquarters: Milpitas, California).These components are designed for automotive environments, providing exceptional durability, performance, and reliability.
To date, we have had no security breaches across our managed data centers, applications, or camera systems. We maintain strict monitoring and follow industry-leading practices for proactive threat detection and response.
We employ comprehensive security controls to safeguard all systems and customer data:• SSL/TLS encryption secures all data transmission.• Two-factor authentication (2FA) is required for administrative access to system management tools.• API access tokens are required to interface with system data, and sessions automatically time out after inactivity.• Video and image data are encrypted both in transit and at rest, and temporary viewing links automatically expire when shared via email.• Camera-side encryption can be enabled for additional on-device protection.• The end-user web application is safeguarded by application firewalls, advanced intrusion detection, and SSL/TLS layers to maintain secure access and integrity.
Access is tightly controlled through role-based permissions and named user restrictions within each client account. Administrators can restrict media access (images/videos) per device, limit visibility using fleet-based or tag-based access controls, and assign roles that define whether a user can view live streams, recorded footage, GPS data, or none of the above.These measures ensure granular control and complete transparency over who can access sensitive information.
All application logins are recorded in a security audit log available for review by authorized administrators. Every session requires a valid authentication token, and no access can occur without credential validation. This provides full accountability for all user actions within the system.
We understand the concern that installing connected cameras in vehicles—particularly those used by executives—could present privacy or data-security risks. However, our design significantly reduces risk and enhances safety.• All camera data is encrypted end-to-end (SSL/TLS) and stored in encrypted form with time-limited access links.• Authorized users can securely access live or recorded video to verify driver safety or respond to incidents remotely.• The system includes a panic button to immediately alert management of emergencies and automatically upload supporting video evidence.• G-force events trigger automatic cloud uploads, preserving evidence even if the device is damaged or stolen.In reality, not having a connected camera creates greater exposure—no visibility, no verification, and no incident record. Our solution enhances security, accountability, and situational awareness while maintaining the highest standards of data protection.
• Multi-layered protection through SSL/TLS encryption, token-based authentication, and inactivity session timeouts.• Data stored in secure, U.S.-based cloud environments compliant with industry privacy and data-handling standards.• Granular permissions and audit logging to ensure accountability and control.
• AI-enabled dash cameras provide real-time monitoring and automatic uploads triggered by G-force, panic button, or motion detection.• Instant alerts and event clips empower management to respond quickly to safety issues or threats.
• Integrated vehicle diagnostics, GPS tracking, and video analytics provide unified visibility for fleet operations.• Custom alerts for idling, speeding, and route deviation improve fuel efficiency and productivity.• Remote firmware updates, real-time health monitoring, and automatic reconnection ensure minimal downtime and continuous performance.