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Weak Current Upgrade for Chain Homestays: Build Visitor Real-Name Authentication System Based on Passive Optical LAN

Focusing on the network infrastructure upgrading and real-name authentication compliance difficulties encountered by chain homestays during chain expansion, this article elaborates in detail how the AINOPOL Passive Optical LAN (POL) solution completes network renovation without damaging the architectural style of homestays. Supported by the Portal authentication platform, it realizes multi-mode real-name authentication including SMS verification, WeChat Mini Program verification, room number plus surname verification, etc. Combined with the cloud operation and maintenance platform, it achieves unified management of multiple stores and internet access log retention, helping chain homestays efficiently meet the compliance requirements specified in the Cybersecurity Law of the People’s Republic of China and Ministry of Public Security Decree No.82.

I. Chain Development of Homestays Meets Mandatory Compliance Requirements

In recent years, the homestay industry has rapidly developed from single-store operation to chain and branded operation. A large number of boutique homestay brands have settled in popular tourist destinations. From Dali to Mogan Mountain, from Lijiang to Tonglu, chain homestays have become the backbone of the non-standard accommodation market.

However, with business expansion, homestay operators are faced with an inevitable problem: how to build standardized network infrastructure while retaining the "small and exquisite" characteristics of homestays, especially to satisfy increasingly stringent requirements for internet real-name authentication and network security compliance.

In accordance with Article 21 of the Cybersecurity Law, network operators shall retain network logs for no less than six months as required. The Provisions on Technical Measures for Internet Security Protection (Ministry of Public Security Decree No.82) clearly stipulate that venues providing internet access services must implement real-name authentication measures.

For chain homestays, it means that Wi-Fi access service in every store and every guest room can no longer be casually opened. A complete visitor real-name authentication system must be established.

Nevertheless, the weak current environment of homestays is inherently different from standard hotels. Most homestays are renovated from traditional residential houses or rural courtyards with outdated building structures, limited weak current machine room conditions, and even no standardized weak current shafts and bridge frames. Deploying traditional network equipment features heavy construction work, high renovation costs, and tends to destroy the delicate spatial atmosphere of homestays. Completing weak current upgrading together with real-name authentication compliance deployment has become an urgent problem for chain homestay operators.

II. Three Major Dilemmas in Chain Homestay Network Construction

1. Restrictions of Physical Environment

Most homestays are reconstructed from old residential buildings with thick walls and irregular room layouts. Drilling holes and laying traditional network cables involve huge construction volume and may damage building structures. Some homestays are located in ancient town protection zones or scenic spots with strict restrictions on facade renovation, making large-scale weak current construction almost impossible. In addition, homestays rarely have dedicated weak current machine rooms, bringing practical troubles in equipment heat dissipation, dust prevention and moisture proofing.

2. Difficulty in Unified Management of Multiple Stores

Chain homestay stores are scattered across different cities and even provinces. Most on-site staff are front desk managers or homestay owners with limited IT capabilities. Separately configuring network devices and authentication systems for each store leads to high construction costs and difficult later operation and maintenance. Faults can only be solved by external engineering teams with long response time, which impairs guest experience.

3. Complexity in Implementing Real-Name Authentication

Homestays receive diverse guests including domestic tourists and foreign visitors. The authentication system needs to support ID verification, passport information collection and connect with local public security system data. Traditional solutions require independent authentication gateways and audit devices for each store, resulting in high investment thresholds.

Faced with these difficulties, more and more chain homestay operators turn to new-generation network solutions represented by Passive Optical LAN.

III. How POL Solves Homestay Weak Current Upgrade Problems

The AINOPOL POL adopts a two-layer flat architecture consisting of optical gateway and ONU, replacing the traditional three-layer cascade mode of core switch, aggregation switch and access switch, bringing multiple advantages to chain homestays.

Wiring Advantage: Composite optical-electrical cables replace bulky traditional copper cables. The slim optical cables can be laid along skirting lines and door frames without large-scale slotting and piping, enabling network upgrading without damaging original architectural styles of protected ancient buildings.

Network Performance: Fiber-to-room architecture ensures exclusive bandwidth for each guest room without bandwidth contention existing in traditional PON networks. It supports smooth high-definition video watching, video conferences, IPTV operation and intelligent lock service.

Operation & Maintenance Optimization: The flat structure greatly reduces active network devices. Traditional aggregation and access switches are replaced by passive optical splitters which need no power supply or heat dissipation and hardly break down, sharply cutting daily maintenance workload.

Unified Cloud Management: The supporting EAAS cloud operation and maintenance platform realizes centralized management of all chain stores. Headquarters staff can remotely monitor network status, issue configurations and diagnose faults. Front desk staff can handle daily maintenance after simple training without relying on external technical teams.

IV. Operation Mechanism of Visitor Real-Name Authentication System Based on POL

After network infrastructure deployment, the real-name authentication system can be smoothly launched.

The AINOPOL Portal authentication platform is deeply integrated with network gateways. Guests will be automatically redirected to the authentication page after connecting guest room Wi-Fi.

Domestic guests can complete authentication via SMS verification code or bind real-name information through WeChat Mini Program for password-free access in all stores under the same brand.

Foreign guests can finish passport information collection and verification to meet foreign-related reception compliance demands.

Technically, the Portal platform can connect with homestay PMS systems to obtain guest identity information and complete pre-authentication during check-in. Guests only need to confirm identity to access Wi-Fi after entering rooms, simplifying operation and reducing authentication failures.

This authentication system forms a complete compliance closed loop. The system automatically records full-dimensional data including authentication time, authentication method, guest identity information, connected device MAC address and assigned IP address. All logs are stored and managed in line with relevant public security regulations, supporting multi-dimensional retrieval and export to meet security audit needs. Log retention duration can be adjusted flexibly to fully satisfy local regulatory requirements.

For chain managers, the system also realizes data interconnection. Headquarters can view real-time authentication data and internet access logs of all stores, discover abnormal network access in a timely manner and improve overall network security.

V. Practical Benefits of Renovation Implementation

1. Lower Construction Cost

The all-in-one composite optical-electrical cable supports Wi-Fi, IPTV, IP telephone, intelligent electronic locks and multiple other services simultaneously, eliminating separate wiring for different businesses. The overall construction cost can be reduced by about 30% compared with traditional solutions.

2. Shorter Construction Period

Without massive slotting construction, weak current upgrading for a 10-guest-room homestay only takes 2 to 3 days. Construction arranged in off-seasons will not affect normal business operation and avoid business suspension losses.

3. Higher Operation & Maintenance Efficiency

After upgrading to POL, daily maintenance workload is reduced by around 80%. On-site staff can intuitively check the operating status of all APs and ONUs via visualized cloud platform and submit one-click maintenance requests, greatly easing the pressure on homestays short of professional IT staff.

The homestay industry is shifting from extensive development to standardized operation. Network infrastructure upgrading is not only a mandatory compliance requirement, but also an important foundation to optimize guest experience. Featuring simple wiring, high bandwidth, multi-service integration and easy maintenance, POL provides chain homestays with an efficient way to complete weak current upgrading and real-name authentication compliance construction simultaneously.

As a professional supplier focusing on hotel and accommodation industry network solutions for years, AINOPOL has widely applied its POL products and Portal authentication platforms in numerous homestay and hotel projects. Chain homestay brands planning weak current renovation and compliance rectification are recommended to further learn and evaluate the practical value of this solution.

FAQ

Q: Traditional copper cables suffer from network speed attenuation after long-term use. Will optical fibers have the same problem?

A: No. Optical signal transmission is free from copper wire oxidation and signal attenuation. Embedded optical fiber lines can maintain stable transmission performance for decades.

Q: Weak current shafts in multi-storey hotels are narrow. Can POL pipelines adapt to narrow shaft space?

A: Fully adaptable. One single composite optical-electrical cable replaces various traditional cables and greatly saves pipeline space, making main optical fibers and household lines easy to arrange even in narrow weak current shafts.

Q: What consequences will hotels face if they fail to export logs on-site during public security network inspection?

A: Inspectors will issue a rectification notice with a time limit for log function restoration. Failure to rectify within the time limit will lead to administrative penalties, and hotel Wi-Fi service will be suspended from public access during the period.