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Renovate Weak Current Systems in Old Hotels with Passive Optical LAN to Complete Real-Name Authentication Compliance Rectification Simultaneously

Many old hotels that have been in operation for more than ten or even twenty years still run their networks in an unregulated state with free access without behavior records. Since the implementation of the Cybersecurity Law of the People’s Republic of China in 2017, public security network security authorities across the country have intensified inspections on hotel internet real-name authentication and network log retention year by year. Non-compliant hotels will either be ordered to make rectifications within a time limit or face administrative penalties. Old hotels are confronted with practical dilemmas: aged copper cables fail to support 100-megabit network speed, core switches have been discontinued with no spare parts or security patches available, and weak current shafts are fully occupied leaving no space for additional authentication gateways.

This article illustrates how AINOPOL Passive Optical LAN replaces traditional copper cables with single POF optical-electrical composite cables, and launches built-in Portal real-name authentication and log retention systems. It enables old hotels to finish network upgrading and compliance rectification in one single construction project.

I. Digital Gap of Old Hotels: From Aging Weak Current Facilities to Inadequate Compliance

There are numerous old hotels with a decade or even longer operating history in every city. They once played an important role in urban reception services, boasting superior geographical locations and stable customer sources. Nevertheless, these hotels gradually show hardware aging problems including worn-out lines, insufficient bandwidth and out-of-service equipment as time goes by. More urgently, they are almost completely lacking in network security compliance capabilities.

Since its official implementation in 2017, the Cybersecurity Law has been enforced for years, and relevant inspections targeting hotel real-name internet access authentication and log retention have become increasingly stringent. Most operators of old hotels designed weak current systems without taking real-name authentication into consideration in the early days. Their original network design only focused on basic connectivity without supporting identity verification, behavior audit or data logging. Nowadays, such unregulated network operation mode puts them at constant risks of rectification notices and administrative penalties during law enforcement inspections.

Therefore, weak current renovation has become an urgent investment demand for old hotels. However, renovation also comes with practical difficulties: hotels remain in normal operation and cannot suspend business for long-term reconstruction; outdated building structures bring high risks for large-scale slotting and pipeline laying; budget constraints require solutions that realize both network upgrading and compliance standardization with limited investment. It is in urgent need of an integrated solution to complete weak current renovation and real-name authentication compliance rectification at one time.

II. From Suggestion to Mandatory Requirement: Tightening Network Compliance Supervision

Many old hotel operators hold the view that their networks have been used for decades without strict supervision, which reflects a common misunderstanding that past loose supervision equals exemption from relevant regulations. In fact, network compliance laws and regulations have been gradually improved and enforced with increasingly strict standards rather than being suddenly issued.

In March 2006, the Ministry of Public Security issued Decree No.82 Provisions on Technical Measures for Internet Security Protection, which firstly clarified the requirement of implementing real-name authentication and log retention for venues providing internet access services. At that time, internet services were not widely popularized in the hotel industry, and supervision was mainly targeted at internet cafes, leading to relatively lenient inspections on hotels. Most old hotels launched Wi-Fi services during this period without building corresponding authentication and audit systems due to loose regulatory requirements.

In June 2017, the Cybersecurity Law of the People’s Republic of China was formally implemented. As the fundamental law in China’s network security field, its Article 21 stipulates that network operators shall retain network logs for no less than six months as a legal obligation, and Article 59 sets penalties for violations. This law elevated network security compliance from departmental regulations to national legal norms, greatly raising the cost of illegal operations. Since then, many old hotel operators have realized that their long-term unregulated network operation is no longer legitimate.

In November 2018, Ministry of Public Security Decree No.151 Regulations on Supervision and Inspection of Internet Security by Public Security Organs came into force. It provides clear legal basis for public security organs to carry out regular supervision and inspection on internet service providers, covering the implementation of security protection technical measures and network log retention status. The enforcement of Decree No.151 transformed random special inspections into standardized daily supervision, meaning inspectors may conduct on-site checks at any time with unified and quantifiable assessment criteria.

Since 2020, local public security network security departments have significantly increased inspection frequency and coverage in the hotel industry. Special safety inspections have been carried out across many cities, covering star-rated hotels, economy hotels and homestays. Old hotels have become key rectification targets due to outdated systems and missing authentication & audit functions, and most of them start to attach importance to compliance issues only after receiving official rectification notices.

In short, laws and regulations have long been established, and law enforcement intensity has finally kept pace with legal provisions. The loose supervision situation decades ago no longer exists, and compliance rectification has turned from an optional measure into an indispensable mandatory task.

III. Why Weak Current Renovation of Old Hotels Affects the Whole Network Operation

To understand the complexity of weak current renovation in old hotels, it is necessary to analyze the physical limitations of traditional network architectures.

Most weak current systems of old hotels were built over ten years ago, adopting traditional structured cabling mode: network cables are laid from each guest room to floor weak current rooms and then converge to the central machine room. Though practical in the past, this mode exposes three major defects nowadays.

First, aging cables lead to severe performance degradation. After more than ten years of service, aged insulation layers and oxidized interfaces of copper cables result in actual transmission speeds lower than 100 megabits. Worse still, most weak current pipelines are fully occupied with no extra space for new cables, far failing to meet multi-service transmission demands nowadays.

Second, network devices have reached the end of service life. Core switches and access switches deployed ten years ago have been discontinued, with scarce spare parts and no official security patches or firmware updates. These devices contain known security vulnerabilities and have to keep operating with hidden risks, becoming major weak points of network security.

Third, built-in authentication and audit functions are absent. Traditional network devices were not designed to support Portal authentication and network log audit, which cannot be realized merely through software upgrades. Deploying external authentication gateways is impractical as old core switches lack spare 10G ports, and series connection will easily cause network performance bottlenecks.

Besides, insufficient space of weak current shafts is another prominent concern for hotel operators. Most weak current shafts in old hotels are narrow and fully filled with obsolete devices, leaving almost no room for new equipment installation. Restricted by these physical conditions, partial maintenance and renovation of traditional networks can hardly solve fundamental problems.

IV. How Passive Optical LAN Achieves Double Standard Compliance in One Construction

The application of Passive Optical LAN in old hotel renovation brings not only technical upgrades but also innovative transformation ideas: replacing outdated systems with brand-new integrated architectures instead of partial repairs.

In terms of wiring construction, POF optical-electrical composite cables are used to replace bundles of traditional copper cables. With an outer diameter of only 6mm, optical cables can be laid along existing weak current bridges, skirting lines and ceiling edges without large-scale wall slotting. It enables new network deployment without damaging original decorations or altering existing pipelines in old hotels with fully occupied pipelines. Original copper cable systems can be dismantled gradually after network migration, or reserved for non-critical services if space permits.

In terms of network architecture, the two-layer POL structure greatly reduces space occupation in weak current shafts. Traditional networks require convergence switches installed on each floor, while POL only adopts palm-sized passive optical splitters which need no power supply and generate no heat. These splitters can be installed in shaft corners or directly mounted on walls. Only one OLT device in the central machine room can cover all guest rooms in the building, sharply lowering cabinet space demand.

In terms of service bearing capacity, the multi-service integration advantage of POL is fully reflected in old hotel renovation. One single optical cable entering guest rooms can be connected with IPTV set-top boxes, IP telephones, printing equipment and intelligent door locks via ONU terminals apart from providing Wi-Fi signals. It helps old hotels make up for backward information construction deficiencies accumulated over the past decade and enrich in-room service facilities.

V. Complete Real-Name Authentication Compliance System Construction

Old hotels basically have zero foundation in real-name authentication with no independent authentication systems, log recording functions or behavior audit capabilities. AINOPOL POL solution equips all these core compliance functions as standard configurations.

Implementation process of real-name authentication: Deploy M1 intelligent gateway in the central machine room with deeply integrated Portal authentication module. Guests will be automatically redirected to the dedicated authentication page after connecting hotel Wi-Fi, and complete real-name verification via SMS codes, WeChat Mini Programs or front-desk assisted authentication. For elderly guests without smart phones, front desk staff can finish authentication on the management backend to ensure all guests access the network in full compliance with regulations.

In terms of internet access log retention, the system automatically records complete internet behavior metadata once guests finish identity verification, including detailed authentication information (personnel, time, location and verification mode) and internet access records (access time, target domain names, traffic consumption and other key data) that fully meet public security audit standards. The log retention period can be flexibly adjusted according to local regulatory requirements, generally set as 180 days.

This system features low operation thresholds for hotel managers. Front desk staff can master guest authentication processing and log inquiry operations after simple training. Automatic daily, weekly and monthly statistical reports are generated to help managers monitor network operation status and compliance conditions in real time. All compliance documents can be quickly retrieved and exported on the platform during routine or special public security inspections, eliminating troubles caused by missing data.

VI. Economic Analysis of Old Hotel Network Renovation

Hotel operators always attach great importance to investment cost control, and POL solution shows outstanding economic advantages.

In terms of construction costs, it saves massive expenses on large-scale slotting, pipeline reconstruction and weak current shaft upgrading, with lower overall renovation costs compared with traditional schemes. Taking an 80-room old hotel as an example, POL weak current renovation can be completed within about one week, while traditional reconstruction takes more than three weeks. Shorter construction cycles reduce business losses effectively, and phased renovation can be arranged during low occupancy periods to minimize operational impacts.

In terms of equipment costs, POL architecture eliminates the need for a large number of floor convergence and access switches, keeping total equipment procurement costs at a reasonable level. Meanwhile, POL devices consume less power: passive splitters have zero power consumption and the power consumption of ONU terminals is controlled within 5 watts, achieving obvious long-term electricity cost savings.

In terms of operation and maintenance costs, the flat network structure greatly simplifies daily management by reducing numerous potential fault points on floor switches. Common daily network problems can be solved by on-site staff without frequent on-site maintenance by external engineering teams, cutting down high annual after-sales service expenses.

Moreover, it eliminates invisible compliance risks. Hotels failing to meet real-name authentication and log retention standards face constant risks of rectification notices and administrative penalties. Built-in compliance functions of POL solutions completely remove such long-term operational hidden dangers.

Weak current renovation and compliance rectification, seemingly two separate demands, should be planned and implemented as a whole. Passive Optical LAN realizes both goals simultaneously in one construction project: new optical fiber networks replace aging copper cable systems, built-in Portal authentication and log retention functions fill compliance gaps, and cloud management platforms lower technical operation barriers for ordinary staff.

Accumulating rich practical experience in existing hotel renovation projects, AINOPOL delivers practical and flexible Passive Optical LAN solutions featured with flexible wiring, convenient construction and full compliance performance, providing a reliable modern upgrading path for old hotels. Operators planning weak current renovation are recommended to take POL solutions into priority consideration.

FAQ

Q: Will 4K IPTV video playback freeze or show distorted images transmitted via Passive Optical LAN?

A: No. OLT devices set the highest transmission priority for video services and allocate independent dedicated bandwidth channels, ensuring stable 4K video playback without interference from guest internet traffic.

Q: Can all data of the real-name Portal system be completely handed over when the hotel changes operators?

A: Data stored in local storage devices can be transferred along with hotel assets; cloud-based systems support modification of platform administrator accounts while retaining all historical log data to meet continuous public security inspection requirements.

Q: Will optical cables and network cables interfere with each other when laid in the same bridge frame during construction?

A: Optical cables transmit data via optical signals and are free from electromagnetic interference generated by copper network cables. Mixed laying will not affect the quality of network and TV signals.