EV charger video surveillance provides continuous monitoring and recording that enhances equipment security, verifies charging activity, deters vandalism or theft, supports operational diagnostics and improves safety. EV Charger Video Surveillance Systems address growing concerns over charger vandalism, theft, and misuse at public and private charging locations. They solve key problems such as unauthorized access, equipment tampering, and safety verification for both operators and EV users. These systems feature high-resolution cameras with low-light vision, AI-based object and behavior detection, event-triggered recording, and encrypted cloud storage for continuous protection. Integrated charger data, remote dashboards, and intrusion alerts enable operators to monitor, diagnose, and respond in real time. With features like API connectivity, access control, and visual deterrence, they provide a secure, scalable way to safeguard charging assets and users—making it essential for property owners and network operators to explore this technology further.

EV Charger Video Surveillance Systems List

Avigilon (Motorola Solutions) – End-to-end video, access control, and analytics platform suitable for parking and EV charging environments.
Axis Communications – Network video surveillance leader with IP cameras, analytics, and open integrations used to secure EV charging sites.
Bosch Security Systems – Intelligent video analytics and cameras engineered for perimeter and critical infrastructure protection.
BriefCam – Video analytics platform for rapid incident search, object detection, and evidence review.
Dahua Technology – Comprehensive video surveillance hardware and software with outdoor, low-light, and AI capabilities.
Eagle Eye Networks – Cloud VMS with AI analytics and open camera support, popular for multi-site parking and charger security.
Flock Safety – ALPR-based security cameras that capture plate data to deter theft and verify vehicle activity.
Genetec – Unified security platform (video, access, ALPR) enabling incident correlation with charger data.
Hanwha Vision (formerly Hanwha Techwin) – Enterprise-grade cameras, recorders, and AI analytics for outdoor security and critical infrastructure monitoring.
Hikvision – Wide portfolio of cameras and recorders with AI features, including EV charging station solution materials.
i-PRO (Panasonic) – Rugged IP cameras and analytics designed for outdoor surveillance and transportation facilities.
IPTECHVIEW – Cloud-managed video platform with analytics tailored for parking lots and EV charging areas.
Milestone Systems – Open-platform VMS that integrates with diverse cameras and analytics for large sites and campuses.
Mobotix – Decentralized, rugged cameras with edge analytics built for harsh outdoor installations.
OpenEye – Cloud-managed VMS and appliances for multi-site video security with remote health monitoring.
Pelco – Professional video security solutions and analytics for commercial, municipal, and campus environments.
Sunell – Thermal and optical surveillance solutions, including EV charging station monitoring use-cases.
Uniview (UNV) – Video surveillance manufacturer offering IP cameras and NVRs suited for parking and facility security.
Verkada – Cloud-managed cameras and sensors with simple deployment and centralized monitoring dashboards.
VIVOTEK – IP surveillance cameras and NVRs with integrated AI features for site safety and asset protection.

EV Charger Video Surveillance Systems Key Features and Capabilities

Access Control Logging

Access control logging enables administrators to define specific permissions for operators, property staff, and service providers while maintaining detailed records of who accessed the system and when. This is important because it provides accountability and transparency, helping prevent unauthorized access and ensuring compliance with organizational or regulatory security policies.

API Connectivity

API connectivity allows the surveillance system to communicate and integrate with other platforms, such as property management tools, charger monitoring systems, or security dashboards, often using open protocols like ONVIF, MQTT, or REST. This is important because it ensures interoperability between multiple vendors’ technologies, reducing vendor lock-in and enabling automated responses or data sharing.

Camera Resolution

High camera resolution provides clear, detailed images that can capture license plates, user identities, and equipment markings, ensuring that critical details are visible during incident reviews. This is important because sharper footage improves evidence accuracy and helps verify events such as theft, vandalism, or charger misuse.

Cloud Video Storage

Cloud video storage provides offsite backups of surveillance footage, ensuring redundancy and long-term retention while allowing authorized users to retrieve recordings remotely. This is important because it protects against data loss from device damage, theft, or tampering, guaranteeing reliable evidence and compliance with insurance or legal requirements.

Edge Processing

Edge processing allows cameras or local gateways to analyze footage in real time before sending it to the cloud, filtering out unnecessary data and optimizing bandwidth usage. This is important because it reduces network strain, enables faster alerts, and ensures system performance even with limited connectivity.

Encrypted Video

Encrypted video transmission and storage (typically using AES-256 or equivalent standards) protect all footage from interception or tampering. This is important because it ensures that sensitive visual data about vehicles, people, and infrastructure remain secure and compliant with privacy regulations.

Event Triggered Recording

Event-triggered recording activates video capture based on specific conditions such as motion, sound, tampering, or charging activity events. This is important because it saves storage space, focuses review efforts on relevant footage, and allows operators to receive instant alerts about suspicious or unusual behavior.

EV Charger Data Integration

EV charger data integration synchronizes video timelines with charger session data—such as plug-in time, user ID, faults, and RFID scans—to provide a complete operational view. This is important because it helps technicians and managers verify the root cause of issues, confirm proper usage, and correlate physical and digital events for diagnostics and dispute resolution.

Incident Search and Review Tools

Incident search and review tools allow operators to quickly locate specific footage based on charger ID, license plate, time, or event type. This is important because it greatly reduces investigation time and helps confirm facts quickly after a vandalism attempt, theft, or charging anomaly.

Intrusion Alerts

Intrusion alerts notify operators immediately if a camera, network device, or charger enclosure is physically tampered with or forced open. This is important because it provides early warning of vandalism or theft attempts, allowing for rapid response and potential prevention of costly damage.

Low Light Vision

Low light vision (infrared or low-lux capability) ensures video visibility during nighttime or dimly lit conditions around parking areas or garages. This is important because most EV charging occurs at night, and clear images in low light improve safety and accountability.

Maintenance and Diagnostics Analytics

Maintenance and diagnostics analytics use video data and event logs to detect recurring technical issues, unauthorized access, or abnormal use patterns. This is important because early detection of anomalies helps reduce downtime and extend equipment lifespan through preventive maintenance.

Network Management Compatibility

Network management compatibility allows the video system to integrate with EV charging management software or protocols like OCPP for unified monitoring and alert correlation. This is important because combining charger data and video insights gives operators a more complete operational picture, improving system efficiency and response time.

Network Redundancy

Network redundancy ensures that cameras and recording devices continue operating during power or internet outages through backup systems or dual network paths. This is important because it prevents data loss during critical incidents and guarantees continuous surveillance even under adverse conditions.

Object and Behavior Detection

Object and behavior detection uses AI-based analytics to recognize people, vehicles, or unusual activities like loitering, vandalism, or abandoned objects. This is important because proactive detection allows operators to address threats before they escalate into damage or security incidents.

Privacy-Zone Masking

Privacy-zone masking lets administrators block or blur video areas that may capture private spaces or sensitive data, ensuring compliance with privacy laws like GDPR or CCPA. This is important because it protects individuals’ privacy while maintaining effective surveillance coverage in shared or residential environments.

Remote Monitoring Dashboard

A remote monitoring dashboard provides a centralized interface for live camera feeds, alerts, and playback, accessible securely via desktop or mobile devices. This is important because it allows operators or property managers to respond quickly to incidents or equipment failures, even when offsite.

Reporting and Compliance

Reporting and compliance tools generate automated logs, usage reports, and audit documentation for insurers, regulators, or property owners. This is important because it simplifies record-keeping, demonstrates due diligence, and supports claims or legal defense in case of disputes.

Service Level Agreement (SLA)

A service level agreement defines performance guarantees such as uptime, response times, and remote technical support for surveillance systems. This is important because it ensures consistent reliability and accountability from service providers, helping maintain uninterrupted monitoring and protection.

Visual Deterrence

Visible cameras, branded signage, and well-lit charging areas act as psychological deterrents against vandalism, theft, or misuse. This is important because clearly marked surveillance zones discourage malicious behavior before it occurs, protecting both property and users.

EV Charger Video Surveillance Systems Glossary

Access Control Logging – A system feature that tracks and records which users or roles have accessed or modified security, video, or charger data, providing accountability and compliance visibility.

Advanced Encryption Standard (AES) – A widely used data encryption protocol (typically AES-256) that protects video footage and control data from unauthorized access or tampering.

Application Programming Interface (API) – A software interface that enables different systems—such as EV charger management, surveillance, and analytics platforms—to communicate and share data securely.

Artificial Intelligence (AI) – Technology that allows video surveillance systems to analyze patterns, detect people, vehicles, or unusual behavior, and generate automated alerts to improve response and accuracy.

Automatic License Plate Recognition (ALPR) – A camera-based feature that captures and identifies vehicle license plates to link charging sessions or detect unauthorized access. Also referred to as Automatic Number Plate Recognition (ANPR).

Bandwidth Management – The optimization of data transfer rates to ensure smooth video streaming and prevent network congestion across multiple surveillance cameras.

Cloud Video Storage – A system that stores recorded video data securely on remote servers for redundancy, long-term retention, and remote access.

Cybersecurity Framework (CSF) – A structured set of guidelines, such as those from NIST, that helps organizations secure networked systems like surveillance and EV chargers from cyberattacks.

Digital Video Recorder (DVR) – A device that records video feeds from analog or hybrid cameras onto local storage media for playback and review.

Edge Processing – Local data analysis performed on the camera or nearby gateway to reduce latency, bandwidth use, and reliance on continuous internet connectivity.

Event Triggered Recording – Recording mode that activates only when defined events—such as motion, sound, tampering, or charging activity—are detected, optimizing storage and alert efficiency.

Facial Recognition Technology (FRT) – Software that identifies or verifies individuals based on facial features, aiding in security monitoring or access verification.

Global Positioning System (GPS) – A location-tracking technology sometimes used in mobile or fleet-based EV charging surveillance systems for asset monitoring.

Incident Management System (IMS) – A coordinated platform that logs, tracks, and analyzes incidents detected by video analytics or sensors for rapid response and resolution.

Internet Protocol (IP) Camera – A digital video camera that transmits footage over an IP network, allowing integration with software-based monitoring and management systems.

Low Light Vision (Infrared or IR) – The ability of cameras to capture clear images in dark or poorly lit areas using infrared illumination or low-lux sensors.

Network Redundancy – The inclusion of backup network connections or power sources to keep video monitoring and data transmission operational during outages or equipment failures.

Object and Behavior Detection – AI-based analysis that identifies specific activities—such as loitering, vandalism, or unauthorized vehicle presence—to trigger alerts or actions.

Open Charge Point Protocol (OCPP) – A communication standard that enables interoperability between EV chargers and charging management systems, often integrated with video surveillance for unified monitoring.

Open Network Video Interface Forum (ONVIF) – An international standard that ensures interoperability among IP-based video surveillance devices from different manufacturers.

Privacy-Zone Masking – A feature that obscures or blurs areas of a video feed to protect personal privacy while maintaining surveillance in public or shared spaces.

Remote Monitoring Dashboard – A centralized interface, accessible via web or mobile app, used to view live camera feeds, playback recordings, and receive alerts in real time.

Reporting and Compliance Analytics – Tools that compile usage logs, audit data, and system activity reports for insurers, property managers, or regulators.

Secure Sockets Layer (SSL) – A protocol for encrypting data transmissions between browsers, servers, and surveillance systems to protect against interception or spoofing.

Service Level Agreement (SLA) – A formal contract that defines performance expectations such as uptime, response times, maintenance schedules, and support levels from a video surveillance service provider.

Transmission Control Protocol/Internet Protocol (TCP/IP) – The foundational communication protocol suite that governs how data packets are transmitted and received across networks in surveillance systems.

Video Management System (VMS) – A software platform that collects, stores, and manages video feeds from multiple cameras, allowing users to monitor, search, and analyze footage effectively.

Wide Dynamic Range (WDR) – A camera feature that balances lighting differences in bright and dark areas of an image, ensuring visibility in environments with uneven illumination.