vic115维多利亚·手机平台

AINOPOL All-Optical Security Gateway Blocks Unverified Illegal Network Devices

Most hotels currently rely solely on post-event log tracing for compliance management, lacking front-end access interception capabilities. Unverified devices such as personal routers, portable hotspots, Wi-Fi cracking terminals and privately-connected devices on idle ports can access the network freely. This violates the real-name internet access rule stipulated in the Cybersecurity Law, and has become the main reason for penalties during hotel network security inspections.

AINOPOL launches the all-optical security gateway solution to change the passive post-event tracing mode and realize source-side pre-control. It fully meets public security real-name access compliance requirements to avoid fines and rectification orders, reduces internal network security risks, supports cloud-based unified operation and maintenance for chain stores to achieve low-cost long-term operation, and adapts to special network access scenarios such as minor accommodation.

I. Random Access of Unverified Devices Leads to Multiple Compliance Penalties

Numerous hotels only adopt log tracing without front-end access restriction, allowing various unverified illegal devices to bypass authentication and connect to the network, which is a frequent violation in network security inspections.

There are four common types of illegal network devices: guest-owned wireless routers, portable 4G hotspots, external terminals using Wi-Fi cracking tools, and smart devices connected to spare hotel network ports. Without real-name verification, these devices can freely access the internet, seriously violating the mandatory real-name access regulations.

In accordance with Article 24 of the Cybersecurity Law of the People’s Republic of China, hotels as public internet service providers are prohibited from offering network access to users without valid real identity information. Once records of anonymous network access are found, regulatory authorities have the right to issue rectification notices and impose fines directly.

Many hotels only set simple Wi-Fi passwords. Once leaked, anyone can get access. Password verification is not recognized as legal real-name authentication by public security departments.

Some wired guest room ports have no access control, enabling guests to surf the internet directly via network cables without any real-name registration, forming major compliance loopholes.

Post-event log tracing has obvious drawbacks. Violations can only be discovered after illegal network behaviors take place without early interception. Even if the relevant terminals are located afterwards, illegal information dissemination and cyber fraud may have already happened, making hotels bear joint liability for inadequate supervision.

Private routers can form secondary subnets, making it impossible for gateways to collect logs of secondary terminals, breaking the whole traceability chain and rendering logs invalid. To fundamentally stop unverified network access, core gateways with mandatory access control and real-time traffic interception functions are essential to complete real-name verification before internet access and block external network access for unauthenticated devices.

Traditional switches and common AC devices lack underlying traffic interception functions. They can only conduct simple password verification, fail to pop up mandatory real-name pages or cut off network traffic of anonymous terminals, making source control impossible. Based on the M1 gateway, AINOPOL all-optical security gateways realize access interception at the optical fiber access layer to prevent illegal access of unverified devices from the very front end of the network.

II. Multi-layer Interception Mechanism of AINOPOL All-Optical Security Gateway

Deployed at the core optical fiber egress of hotel networks, the gateway covers all access points including guest room wireless APs, wired wall ports and public lobby areas. It integrates three core active interception functions: forced Portal redirection, anonymous traffic shutdown and illegal device blacklist. Any terminals without completing real-name verification are denied access to external network resources, putting an end to illegal network access fundamentally.

Forced Full-site Portal Redirection Mandates Real-name Authentication for All Terminals

Whether via Wi-Fi wireless connection, wired network cable access in guest rooms or optical fiber port connection in meeting rooms, all terminals will be forced to jump to the real-name authentication page automatically after obtaining IP addresses, eliminating the loophole of direct access with passwords. The page supports multiple compliant authentication methods including room number login, WeChat QR code scanning and SMS verification with no password-free access allowed.

For dumb terminals without browsers such as smart TVs and surveillance cameras, the gateway supports manual real-name MAC address binding and filing at the front desk. Network traffic can only be released after identity registration to close the anonymous access loophole for dumb terminals. The mandatory authentication system covers all optical fiber access points in guest rooms, lobbies, corridors and meeting rooms, realizing unified management of wired and wireless networks and filling compliance gaps of wired networks.

Full Traffic Block for Unverified Devices with Only Essential Authentication Traffic Allowed

The gateway adopts hierarchical traffic control for unauthenticated devices, only permitting access to Portal authentication servers and DNS resolution addresses while blocking all external network ports for short video platforms, web pages, video playback and office systems.

Guests cannot bypass authentication to surf the internet. Even if secondary subnets are built via private routers, all traffic from secondary terminals will still be intercepted by the core gateway, completely solving the industry problem of evading real-name verification via portable hotspots and private routers. The system displays a real-time list of intercepted devices with marked MAC addresses, connected optical fiber ports and online time, enabling operation staff to check the number of pending authenticated devices anytime.

Automatic Alarm for Abnormal Devices & Permanent Blacklist Interception

Built-in abnormal terminal identification engine can automatically detect suspicious devices with frequent cracking behaviors, frequent MAC address changes and mass network scanning activities. Pop-up background alarms will be triggered instantly once such devices connect to the network and notifications will be pushed to administrators’ mobile phones. Terminals that repeatedly evade real-name verification or launch network attacks can be added to the global blacklist with one click, banning their MAC addresses from accessing the hotel all-optical network permanently to block malicious devices at the source. During surprise public security inspections, interception logs can be exported directly to prove the hotel has implemented technical real-name access interception measures and reduce regulatory penalties.

Underlying All-Optical Link Control with No Bypass Loopholes

In traditional wired networks, users can bypass gateway control by modifying static IP addresses or using bypass devices. In contrast, AINOPOL FTTO passive optical networks adopt point-to-point dedicated links where all terminal traffic must be forwarded through the core gateway with no bypass channels available. All wired and wireless access traffic is restricted by access control rules, so real-name verification cannot be skipped by adjusting network settings. Optical splitters have no independent data forwarding capability, and all control policies are centrally executed by security gateways without underlying management vulnerabilities.

III. Four Core Values of Gateway Active Interception Solution

Implement pre-event active management to eliminate unverified network access records in advance and avoid fines and business suspension rectification;

Realize unified interception of wired and wireless networks to close hidden anonymous access loopholes caused by guest room wired ports, private routers and dumb terminals;

Adopt real-time alarms for suspicious devices and blacklist management to reduce risks of internal network attacks and cyber fraud;

The underlying all-optical architecture has no bypass vulnerabilities, featuring stronger compliance stability compared with traditional wired networks with authentication evasion flaws.

Hotel network compliance management should not rely merely on post-event log tracing. Front-end access interception serves as the first line of defense against unverified illegal network access. Supported by underlying optical fiber-based forced Portal authentication, anonymous traffic blocking and illegal device blacklist management mechanisms, AINOPOL all-optical security gateways complete real-name verification before terminal internet access, fully intercept various illegal access behaviors such as private router connection, Wi-Fi cracking and anonymous wired access. It strictly enforces the legal real-name access requirement and helps hotels avoid all kinds of operational penalties caused by anonymous network access.

FAQ

Q: Can all-optical networks of multiple chain hotel branches be managed uniformly?

A: Cloud-based centralized headquarters management is supported. Unified real-name rules, bandwidth allocation policies and security strategies can be issued remotely for convenient and efficient overall operation and maintenance.

Q: Will deploying real-name network systems bring extra operational costs to hotels?

A: It requires low initial investment with almost no high service fees in the later stage. Combined with the energy-saving advantages of all-optical networks, it can greatly cut long-term network operation and maintenance costs as well as electricity expenses.

Q: How can children without mobile phones complete network real-name authentication during check-in?

A: Network access authorization can be bound to accompanying adults’ real-name information with limited internet duration and accessible content scope, which meets compliance requirements and facilitates minors’ internet use.