Xunyang Public‑Security Notice: Strictly Prohibit Anonymous or Unregistered Guest Internet Access — How All‑Optical Networks Achieve “Real‑Identity Matching”

“Premises are forbidden from unauthorised network connections, manual privilege‑bypassing, anonymous guest surfing and internet access without real‑name registration.”

In July 2026, Chengjiao Police Station of Xunyang Public‑Security Bureau held a special security‑management training session for operators and on‑site staff of local hotels, e‑sports hotels and KTV venues. Referencing the Cybersecurity Law of the People’s Republic of China, police officers clarified core regulatory requirements including compliant Wi‑Fi operation, guest real‑name internet authentication and retention of internet‑access logs.

This regulatory requirement is not limited to Xunyang. Since 2026, a hotel in Yijun received a warning penalty for failing to enforce real‑name registration on guest Wi‑Fi; another hotel in Xichang was warned and ordered to rectify for providing unregulated open public networks. Public‑security authorities have set increasingly clear inspection criteria for public‑venue Wi‑Fi: internet access must be real‑name verified with strict real‑identity matching.

I. Front‑desk check‑in registration Does Not Equal Real‑Identity Matching on Networks

Traditional hospitality networks commonly deploy a universal Wi‑Fi name and shared password.
After check‑in, guests obtain the password and connect to the wireless network.

Though simple to deploy, this model creates obvious compliance gaps for real‑name internet governance. The password grants access to a network, not to a specific individual.

For example, Guest A completes check‑in and obtains the Wi‑Fi password, then shares it with companions or outsiders. The network layer cannot reliably identify who is actually behind each connected endpoint.

Some hotels even deploy open unauthenticated Wi‑Fi for guest convenience.

Under such circumstances, front‑desk systems record “who checked in”, while network equipment only records “which devices are connected”. The two datasets remain decoupled, making genuine real‑identity matching impossible.

To fulfil real‑name internet‑access obligations, hospitality venues cannot rely solely on front‑desk registration. Network‑access workflows themselves must incorporate identity‑verification capabilities.

II. How AINOPOL All‑Optical Networks Link Registered Guests to Actual Internet‑Users

Built upon existing hotel network infrastructure, AINOPOL all‑optical networks integrate authentication workflows, network‑access‑control and log‑retention functions, shifting guest‑experience from simple “Wi‑Fi connection” toward “internet‑access after valid identity authentication”.

1. Network‑authentication: move beyond shared‑password‑only access

Traditional Wi‑Fi built around universal passwords enables multi‑user sharing of a single credential.

Network‑authentication binds user‑identity to network admission. After connecting to hotel Wi‑Fi, guests complete identity verification according to configured authentication rules before receiving internet‑access entitlements.

Network logs then capture authenticated‑user information instead of merely recording shared‑password usage. This curtails account‑sharing and anonymous‑connection risks and clarifies who is consuming network resources.

Most importantly, front‑desk registration records can correlate with network‑authentication events. Guests complete check‑in followed by network authentication; only after identity confirmation are network privileges granted. This establishes the critical link between registered in‑house guests and actual network users.

2. Bind accounts with network privileges to enforce real‑name rules at network entry‑points

Simply entering a name or mobile‑phone number does not constitute effective network governance. Authentication results must be tied to actual network‑access entitlements.

AINOPOL all‑optical networks deliver unified authentication and privilege governance for guest‑facing networks. Verified users obtain internet access; unauthenticated devices are denied standard guest‑network connectivity.

Real‑name compliance is therefore extended from front‑desk workflows all the way to the network access boundary. For hotel operators, the network is no longer an open channel accessible via shared password, but a service gateway protected by identity validation.

3. Log retention lays traceability foundations for network‑usage records

Real‑identity matching requires not only identity validation, but also retrievable audit trails for incident‑response purposes. Real‑name authentication and log‑retention must work in tandem.

After users authenticate and access the internet, authentication metadata, connection records and required log entries are stored in compliance with regulatory standards. When historical network‑activity reviews are needed, administrators cross‑reference user‑identities, device‑identifiers, IP‑addresses and timestamps for investigation.

A complete information chain is formed:

Guest real‑name check‑in → network‑identity authentication → grant internet privileges → generate network‑activity logs → support subsequent traceability and inquiry.

Compared with purely password‑driven Wi‑Fi, this architecture is far better suited for hospitality venues subject to strict real‑name‑internet‑access requirements.

The Xunyang public‑security directive against anonymous and unregistered surfing essentially compels hospitality operators to strengthen network‑level real‑name governance. For hotels, homestays, inns and serviced‑apartment operators, front‑desk registration is merely the first step. If guests gain full network access via shared passwords, a gap persists between “registered persons” and “actual internet‑users”.

AINOPOL all‑optical networks combine network authentication, privilege control and log‑retention mechanisms to carry real‑name compliance down to network‑entry boundaries. Users complete identity validation before obtaining network entitlements, while persistent audit logs support traceability.

Only when workflows evolve from “real‑name check‑in” to “real‑name internet access” plus “queryable, traceable records” can hospitality‑venue network‑real‑name‑management form a complete closed‑loop compliance system.

FAQ

Q: What is the difference between “having authentication” and “real‑identity matching”?
A: “Having authentication” merely means someone finished an authentication process e.g. entering a mobile‑phone number. “Real‑identity matching” binds internet‑behaviour to the verified true‑identity of checked‑in guests, answering who accessed what network resources at which time.

Q: How do foreign guests complete real‑name authentication?
A: The system supports authentication combining room‑number plus the last six digits of travel‑document numbers, and supports retention of passport and other legal‑identity‑document data.

Q: Can I run real‑name authentication without storing logs?
A: No. Public‑security inspections focus on three mandatory indicators: whether real‑identity matching is achieved, whether logs contain complete required fields, and whether logs can be exported or interfaced with public‑security‑monitoring platforms. All three requirements must be satisfied.