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Lightweight Renovation of Small Homestays: Enforce Guest Real-Name Internet Access Rules via Passive Optical LAN

Small homestays with 10 to 20 guest rooms, limited annual revenue and no full-time IT staff are still fully bound by network compliance regulations for internet service venues regardless of their scale. Traditional hotel network solutions require core switches, aggregation switches, AC controllers, independent authentication gateways and log servers, which are unaffordable and difficult to maintain for small homestays. This article illustrates how AINOPOL Passive Optical LAN supports diversified quick authentication modes via a single M1 gateway and realizes local-operation-free management on the EAAS cloud platform, enabling small homestays to complete the transformation from unregulated network operation to full compliance with low investment and minimal operational disruption.

I. Compliance Regulations Apply to Homestay Operations

In recent years, small homestays have become increasingly popular among tourists with the rapid development of independent travel and in-depth experiential tourism. Nevertheless, all accommodation venues providing Wi-Fi services must comply with unified national laws and regulations no matter their operating scale.

The Cybersecurity Law of the People’s Republic of China clearly stipulates that network operators shall retain network logs for no less than six months in accordance with relevant provisions.

Decree No.82 issued by the Ministry of Public Security, namely the Provisions on Technical Measures for Internet Security Protection, requires all public venues offering internet access services to implement real-name authentication mechanisms.

Decree No.151 further refines the specific standards for internet log retention and security audit implementation.

For small homestays running 10 to 20 guest rooms, these regulations are not only legal obligations that must be fulfilled, but also major operational concerns. Traditional hotel network upgrading projects involve extensive rewiring, cabinet installation and server deployment, featuring high costs and long construction cycles which are impractical for small homestays. Hence, it is urgent to find a lightweight, low-cost solution that causes little impact on daily business to help homestays meet guest real-name internet access requirements, and Passive Optical LAN (POL) is the ideal choice.

II. Four Common Compliance Misconceptions Held by Small Homestay Operators

Most homestay owners feel confused and even resistant when facing real-name authentication and log retention requirements, mainly due to several prevalent but incorrect perceptions.

Misconception 1: Small-scale homestays are exempt from relevant supervision

This is the most common risky thought. In fact, the Cybersecurity Law sets no scale threshold for defining network operators. Article 76 clarifies that network operators refer to network owners, managers and internet service providers. All venues providing public internet access services fall within this scope, whether they have 500 guest rooms or merely 8 rooms. Decree No.82 also applies universally without any exemption for small businesses. There is no preferential regulatory policy for micro-sized lodging businesses.

Misconception 2: Rectification can be arranged only after official inspections

Operators with this view mistakenly believe compliance obligations take effect only when inspections are conducted. In fact, relevant legal liabilities come into force from the very first day of providing internet services. Operating without meeting compliance standards before inspections is already illegal. Law enforcement penalties are imposed based on whether operators have fulfilled network security obligations during service provision, rather than the inspection time. More importantly, internet access compliance has been listed as a pre-requisite for applying for special industry operation licenses in many regions. Non-compliant authentication systems may even lead to failure in obtaining business qualifications. Delayed rectification after being investigated will result in fines and potential qualification risks.

Misconception 3: Wi-Fi passwords can replace formal real-name authentication

Many homestay owners assume that setting Wi-Fi passwords equals real-name authentication since passwords are only available to in-house guests. However, Wi-Fi passwords cannot achieve effective identity traceability, as they can be freely shared and spread among different users. Relevant laws require authentication systems that can link network behaviors to real personal identities, a function that simple password verification cannot realize. Operators cannot provide accurate user internet usage records as required by law enforcement departments merely relying on Wi-Fi passwords.

Misconception 4: Real-name authentication systems are too costly for small homestays

This view wrongly equates compliance construction with huge investment. In fact, the overall cost depends greatly on solution selection. Traditional schemes equipped with independent authentication gateways and local log servers do require large capital input, yet they are not the only option. The integrated Portal authentication and cloud log management system based on POL eliminates the need for separate gateways and local storage servers, greatly cutting overall expenses. Small homestays with limited budgets can fully afford qualified compliance renovation by adopting proper technical solutions.

All the above misconceptions stem from the wrong idea that small business size means regulatory exemption. Legal supervision has no such exception, and operational risks exist equally for all service providers. A single administrative fine may even equal several months’ operating profit, while a matched compliance solution costs far less than potential non-compliance losses.

III. Core Network Dilemmas Faced by Small Homestays

Field surveys show that small homestays encounter highly similar difficulties in network construction.

First, they are restricted by limited physical space. Most small homestays are renovated from self-built houses or old courtyards with crude original weak-current wiring and even no reserved pipeline space. Deploying traditional three-layer switching network systems requires wall drilling and massive network cable laying, which may damage the original delicate interior decoration. Such reconstruction costs are unacceptable for homestays attracting guests by elegant environment and comfortable atmosphere.

Second, they are restrained by tight budgets. Limited annual revenue makes most homestay owners hesitate to invest tens of thousands of yuan in network upgrading. Traditional solutions require a full set of expensive equipment including core switches, aggregation switches, access switches and AC controllers, together with large quantities of Category 6 network cables. Additional labor costs for construction and commissioning will easily exceed their financial capacity.

Third, they lack professional operation and maintenance capabilities. Small homestays have no dedicated IT staff, and daily network management and fault troubleshooting are usually undertaken by shop owners. The configuration, maintenance and system upgrade of real-name authentication and log retention platforms pose great challenges for non-technical personnel. System failures will not only damage guest internet experience, but also interrupt normal authentication services and trigger hidden compliance risks.

Faced with the triple constraints of insufficient space, limited funds and inadequate technical capabilities, small homestays are in urgent need of lightweight, easy-to-operate and highly reliable network solutions.

IV. POL Solution: Single Optical Fiber Satisfies All Homestay Network Demands

AINOPOL Passive Optical LAN adopts a streamlined two-layer flat architecture composed of M1 gateways and ONU terminals, which thoroughly reforms traditional networking modes. Compared with the traditional core-aggregation-access three-layer network structure, POL removes intermediate aggregation layers and greatly simplifies the overall network layout.

POL brings remarkable advantages tailored for small homestays:

In terms of wiring construction, slim optical fibers can be laid along skirting lines, door frames or hidden inside existing decorative lines without large-scale wall reconstruction. Renovation can be carried out without suspending business, causing no disturbance to guest accommodation experience.

In terms of network bandwidth, the fiber-to-room structure ensures exclusive independent bandwidth for each guest room, completely solving network congestion and bandwidth competition during peak usage hours. Guests can enjoy smooth and stable network experience for video streaming, online meetings and live broadcasting.

The M1 multi-service security convergence gateway is another core highlight. One optical fiber matched with one ONU terminal can simultaneously support Wi-Fi coverage, IPTV service, IP telephone, intelligent electronic door locks and other diversified services. It avoids repeated wiring for different business systems, reduces equipment quantity and simplifies the whole network layout.

In terms of cost control, removing aggregation-layer devices and massive copper cables cuts the overall construction cost of POL networks by around 30% compared with traditional schemes, which is very cost-effective for budget-sensitive small homestays.

V. Integrated Compliance Solution: Real-Name Authentication & Log Retention on POL Networks

Completing network infrastructure construction lays a solid foundation, and deploying standardized real-name authentication and log retention systems is the core of homestay compliant operation.

The built-in full-featured Portal authentication platform of AINOPOL M1 gateway provides ready-to-use real-name authentication services. Guests will be automatically redirected to the dedicated verification page after connecting homestay Wi-Fi, with multiple accessible authentication methods. Domestic guests can complete real-name internet access via SMS verification code or one-click WeChat Mini Program authentication for simpler operation. The system also supports passport information verification to meet real-name management demands for foreign guests.

For log retention, the system automatically records comprehensive data including guest authentication time, verification methods, internet access duration, assigned IP addresses and website access records. All logs are securely stored in strict accordance with Decree No.151, and the retention period can be flexibly adjusted to over 180 days as required by local public security authorities. Operators can conduct multi-dimensional data inquiry and sorting by time period, room number and authentication mode, and quickly export complete audit records during official inspections.

This solution minimizes daily operation and maintenance burdens to the greatest extent.

AINOPOL realizes visualized management of complex network operation and log audit on the EAAS cloud platform. Front desk staff can handle 80% of daily routine work through simple page operations, with real-time system status display and automatic fault alarm reminders, eliminating the need for on-duty full-time IT technicians.

The core of small homestay lightweight network renovation is to strike a balance between rigid compliance regulations and actual operating conditions. Featuring simple wiring, multi-service integration and integrated real-name authentication & log retention functions, POL provides a practical and efficient compliance upgrading path. With years of in-depth experience in hotel-oriented POL construction, AINOPOL has helped numerous small lodging venues pass network security compliance inspections smoothly and accumulated rich practical experience in lightweight reconstruction projects. POL is undoubtedly a priority choice for small homestays planning network compliance upgrading.

FAQ

Q: Can POL optical-electrical composite cables be laid outdoors exposed to the open air for long-term use?

A: Ordinary indoor optical cables are not suitable for outdoor exposed laying. Special outdoor armored optical fibers with sun-proof, waterproof and pressure-resistant performance are required for cross-building outdoor wiring.

Q: Are hotel internal staff allowed to delete expired real-name internet access logs manually in the system?

A: Manual deletion is not permitted. The system automatically preserves all original logs in compliance with legal minimum retention periods and archives expired data regularly without any human intervention.

Q: Is separate dedicated wiring required for monitoring systems after deploying POL networks?

A: No extra monitoring network wiring is needed. Surveillance cameras can be directly connected to ONU terminals under optical splitter links. All monitoring video signals are transmitted uniformly via optical fibers, saving the whole set of dedicated monitoring cabling projects.