Remote Cloud Control Novastar VNNOX For Light Pole LED Screen

If you are looking for a powerful and easy-to-control cloud system, then consider Nova vnnox. As a nova partner, Doitvision always cleverly integrates these leading technologies into actual LED display projects. Therefore, we have mature experience. Next, we will introduce the light pole screen case to explain its further application.

What Is Novastar VNNOX and Its Key Features

VNNOX is a professional cloud-based publishing platform for LED displays from Novastar Technology. It enables users to manage multiple LED screens remotely, efficiently, and securely.

The platform aims to build an intelligent, centralized, and scalable LED display management ecosystem. It helps clients maximize display value and reduce operational complexity.

VNNOX is backed by over 30 patented technologies. It continues to evolve based on user feedback and market demand.

One core patent, “LED Display Terminal Management System and Method” (CN 104038789), solves industry pain points.

This system allows advanced terminal control and resource coordination across LED display networks.

Traditional screen management includes manual maintenance or basic remote control.

• Manual maintenance requires on-site staff for regular checks.
• This method is costly, inefficient, and lacks scalability.
• Other remote solutions isolate data between systems, leading to poor collaboration.
• They also lack flexible permission control and suffer from high management costs.

VNNOX overcomes these limitations with centralized cloud control.

• Users can publish content to displays anytime, anywhere.
• They can synchronize business data across subsystems while keeping them independent.

This ensures both data consistency and system modularity.

The system supports unified user authentication across multiple subsystems. It enables flexible management of any number of LED terminals. Managers can adjust organizational structure and screen deployments freely. VNNOX remains stable even when personnel or hardware change.

Thanks to its reliability and innovation, VNNOX is trusted by users worldwide. It continues to lead the global LED cloud publishing market with scalable and secure solutions.

Smart Pole LED Display With VNNOX System

Smart Pole Display Requirements

Smart pole LED displays emerged with the rise of smart cities. They play a key role in urban digitalization. These LED displays mount on streetlights or highway poles. Though small in size, they offer flexible ad placements across different locations. Compared to traditional lightbox ads, they greatly improve advertising efficiency.

The construction of smart pole LED screen displays must meet several key requirements:

• Centralized Management
  Smart LED pole displays exist in large numbers and spread across wide areas. Therefore, a centralized management system is essential. The system should allow remote content publishing, remote monitoring of screen status, and playback supervision.
• Synchronized Playback
  To ensure advertising effectiveness, all smart pole light LED displays must play the same content at the same time. Synchronization guarantees visual consistency.
• Secure Playback
  To prevent unauthorized or illegal content, the system must include full security controls. This includes content editing, network transmission, server protection, and terminal playback safety.
• Automatic Brightness Adjustment
  Smart LED pole displays usually install in areas with heavy traffic and pedestrian flow. Therefore, brightness must adjust automatically. This reduces light pollution and minimizes distractions for drivers and pedestrians.

To meet the above requirements, NovaStar has launched a comprehensive solution tailored for smart pole displays.

NovaStar Smart Pole LED Display Solution

System Architecture Overview

Solution Components

Control Platform

The control platform uses a B/S architecture. It requires no software installation. Users can access it through web browsers. It supports all connected devices, including Windows, macOS, iOS, and Android.

The platform enables program reception, playback, status reporting, automatic time sync, and network proxy. All functions operate automatically and efficiently.

Cloud Server

This solution uses NovaStar’s cloud server. Users don’t need to build or maintain their own servers. They can register and use the system directly.

The cloud server manages all smart pole displays. Only registered screens can be managed. It enforces strict access control.

The cloud server monitors screen status and playback behavior. It manages content and media players through the internet. This central control ensures high management efficiency and secure playback.

Smart Pole Display Unit

Each smart LED pole display connects to a NovaStar multimedia player for network access and content playback.

The multimedia player supports wired, WiFi, and 4G connections. It collects screen status and uploads it to the cloud server.

The player also downloads playback schedules, plays content, and reports status updates.

Hardware Connection Diagram

Each smart LED pole display pairs with one multimedia player. The player includes built-in WiFi and router functions.

Additionally, multimedia players support AP bridging between devices.

When pole displays are close together, adjacent screens can bridge via AP and share one 4G router.

This setup reduces networking costs and simplifies system maintenance.

If displays are far apart and beyond WiFi range, each display must use 4G or wired connections.

Device Selection Guide

Device selection depends on specific project requirements and installation conditions.

Product	Model	Unit	Quantity	Notes
NovaStar Taurus Player	T1	Set	One per screen	Each smart pole display needs one player.
4G Router	PR800	Set	As needed	Used for network access.
Smart Light Sensor	NSC080	Piece	As needed	Measures ambient brightness.
Monitoring Card (Optional)	MON300	Set	Optional	For remote monitoring.
Multifunction Board (Optional)	MFN300	Set	Optional	Provides extended features.
Cloud Player License	—	—	One per screen	Required for each connected smart display.

NovaStar Smart Pole LED Display – Functional Overview

Centralized Management

Remote Centralized Publishing

• Users can publish advertisements remotely without limitation.
• They can schedule and display multiple ads at the same time.
• Dynamic video advertisements are fully supported.
• With one click, users can send content to all screens quickly.
• The system supports full media workflow—editing, approval, publishing.
• It includes media, playlist, schedule, player, permission, and system management.

Remote Centralized Monitoring

• Screen Status Monitoring
  Users can monitor network status, temperature, receiver card voltage, flat cable of monitoring card, humidity, and fan speed. They can also check module voltage and set temperature alarm thresholds. The system allows real-time brightness adjustments.
• Real-Time Display Monitoring
  Users can install cameras for real-time screen monitoring. They can view historical screenshots, image count, and storage size. The system allows turning monitoring on/off, and clearing cached images. Users can set automatic cache cleanup cycles.
• Inspection Reports
  The system automatically sends LED display inspection reports. Users receive health status updates immediately and accurately.

Synchronized Playback

Synchronized playback is crucial for smart pole displays. NovaStar uses advanced timing and scheduling technology. Each player automatically calibrates based on time. All screens synchronize playback and switching in real time.

This ensures a consistent and powerful visual impact. It also boosts the overall advertising effectiveness.

The system supports both NTP and RF synchronization. Users can choose the best method based on project needs and environment.

Playback Security

To ensure playback safety, this solution includes multiple security layers:

• Device authentication for smart pole displays
• Web security protection
• Business data encryption
• Secure media storage
• Program delivery with digital fingerprinting
• Encrypted network transmission
• Terminal-level access control
• Media verification before playback
• Authorized login for administrators

Automatic Brightness Adjustment

Smart pole displays often operate in high-traffic areas for long hours. High brightness at night can cause light pollution. Low brightness can reduce content visibility. The system uses a smart light sensor to solve this.

The sensor detects ambient brightness in real time. It adjusts screen brightness automatically for optimal display. This ensures clear visuals without causing glare or pollution.

The sensor is compact, black, and easy to install. It blends with the display housing without affecting design. It should be aligned with the display’s viewing direction.

Automatic Power and Audio Control

To manage power and audio remotely, the MFN300 multifunction card is used. It provides several key hardware functions:

• Network port to connect and communicate with receiver card
• Serial port (RS232) to connect to PC
• Eight-channel relay output for on/off control
• Interface for light sensor input
• Temperature and humidity detection
• Integrated audio output

Solution Features and Technical Advantages

High-Stability Smart Pole Screens with Redundant Backup

The smart pole screen supports gigabit network redundancy backup. If one network cable fails, the screen still works normally. As long as power remains stable, display remains unaffected. This provides an irreplaceable advantage in high-stability environments.

Easy-to-Use Cluster Platform, No OS Limitation

The solution uses a B/S architecture and supports cross-platform access. It works on Windows, Linux, iOS, and Android. Users only need a browser to create and publish programs. Programs are transmitted online and played locally after download.

Initial content publishing takes just four steps. The visual timeline and drag-and-drop editing streamline content creation. Users can create schedules and playlists easily with intuitive operations.

Multiple Security Layers for Reliable System Operation

Authentication Security

The system uses mature OAuth authentication protocols. It supports flexible login options for different application scenarios.

Web Security

The client-server architecture ensures data isolation. Initial validation and filtering occur on the web client side. Only trusted data reaches the service layer.

Business Data Security

The server filters and logs all incoming data requests. Any suspicious access is recorded in a security report. System analyzes these logs to detect threats early.

Media Storage Security

Media files are stored using high-availability (HA) cloud clusters. This ensures 99.999% uptime and seamless storage expansion. Only authorized users can download and access media content.

Program Delivery Security – Digital Fingerprints

Every playlist sent via VNNOX-SERVER includes a digital fingerprint. The player verifies the fingerprint before executing playback. This prevents tampering or unauthorized usage of media.

Network Transmission Security

All data transmissions use HTTPS encryption. This prevents packet sniffing and protects content in transit.

Endpoint Security – Authorized Device Access

VNNOX allows only authorized players to access the platform. Devices without updated authorization are blocked from the system.

Media Integrity Verification

Each program is digitally signed to prevent modification. Only verified media can be scheduled and played.

Cloud Host Login Security

All cloud hosts require both key and password for login. Access is restricted to specified IP ranges. Admin and regular users have different system permissions. This separation significantly strengthens system security.

Conclusion:

Do you have a commercial LED screen project and are looking for remote control? Are you interested in these remote control systems? Contact us now to get further solution.