39 Accommodation Venues Penalised in Xichang: Open Public Networks Become “Fine‑Generating Trap” for Hotels

“The free Wi‑Fi service at a local hotel only requires guests to scan a QR code for a simple password, with zero real‑identity verification throughout the whole process.”

This is a finding from an on‑site inspection conducted by Xicheng Police Station of Xichang Public Security Bureau. The hotel was reported by the public. Police investigation revealed that although the venue adopted a “scan‑QR‑code‑for‑password” workflow for public Wi‑Fi, visitors obtained a universal shared password after scanning, without any real‑name identity validation. For violating cybersecurity principal‑responsibility rules and illegally operating open public networks, Xichang Public Security Bureau issued a formal warning and ordered comprehensive rectification within a time limit in accordance with the Cybersecurity Law of the People’s Republic of China.

This is not an isolated case. During the 2026 Summer Public‑Order Hundred‑Day Crackdown Campaign, Xichang Public Security Bureau carried out sweeping inspections targeting hotels, homestays and other accommodation premises. Since the campaign launch, authorities have handled 39 illegal cases within the accommodation sector and imposed sanctions on 29 individuals.

34 out of these 39 cases stemmed from missing real‑name registration. Over 87 % of total penalties directly relate to failure to implement real‑name authentication requirements.

I. What Risks Are Posed by “Open Public Networks”?

Xichang Public Security Bureau explicitly stated in its official notice: “Free public Wi‑Fi brings convenience for travel and accommodation. Nevertheless, open networks without authentication harbour severe security risks, readily triggering personal‑information leakage and property losses.”

Specific hazards of open public networks are summarised below:

• Untraceable internet users: Hotels operating open Wi‑Fi cannot identify who is accessing the network. Once illegal information dissemination, cyber‑attacks or other security incidents occur, public‑security authorities cannot trace responsible individuals. Hotels, as network operators, bear primary legal liability.
• Enabler for illegal activities: Open networks grant anonymity to bad‑faith actors. Criminal parties may release illegal content, conduct online fraud or spread harmful material without exposing personal identity. Hotel networks are misused as anonymity cloaks.
• Personal‑data leakage threats: Unverified public Wi‑Fi exposes transmitted data to interception. Sensitive information such as ID numbers entered by guests may easily be stolen.
• Attack springboard risks: Hackers may launch external cyber‑attacks through hotel open networks. Trace‑back investigations will point evidence toward the hotel, leading to potential economic losses plus legal accountability for venue operators.

II. From Open Wi‑Fi to “Authenticable and Traceable” Access: AINOPOL’s Solution

Hotel cybersecurity should never rely purely on manual front‑desk registration and paper‑based records.

A more robust approach empowers the network itself with identity authentication, log archiving and trace‑query capabilities.

For hotel public‑network scenarios, AINOPOL deploys secure multi‑service optical gateways integrated with real‑name authentication and log‑management modules, unifying end‑user access control and cybersecurity governance.

1. Shift Wi‑Fi access from “shared‑password login” to “post‑authentication connection”

AINOPOL Portal supports multiple authentication modes including SMS verification, WeChat OAuth and room‑number binding. Hotels can select workflows matching operational requirements.

For venues with existing PMS deployment, system interconnection is available to associate guest check‑in records directly with network authentication sessions.

Instead of entering a universal public password, guests must complete identity verification before gaining internet access.

Management logic evolves from: open access for everyone
to: network access granted only upon valid authentication.

For hoteliers, this transforms Wi‑Fi connection workflows and builds a solid identity foundation for subsequent network‑behaviour traceability.

2. Bind user identities with network logs

Meaningful network auditing goes beyond storing raw IP address records.

AINOPOL secure multi‑service optical gateways correlate authenticated user profiles with network sessions, capturing terminal MAC addresses, IP addresses, authenticated accounts and session login‑logout timestamps, with built‑in query and export functions.

When reviewing network activities for a given time window, operators can locate records filtered by user identity, timestamp or hardware terminal.

In short:
Real‑name authentication confirms who the user is, while logs record what happens on the network. The combination delivers complete traceability chains.

This outperforms standalone front‑desk guest registration records for cybersecurity compliance scenarios.

3. Persistent log retention — no ad‑hoc “record‑fabrication” for inspections

Network logs are required not only after security incidents occur.

Regulatory provisions set clear requirements for log retention periods. Accommodation operators should incorporate log management into daily O&M routines, rather than assembling records at the last minute ahead of official audits.

AINOPOL enables continuous collection and persistent storage of network logs, supporting log retrieval and export functions. Authentication records and network session data generated during daily hotel operations are retained according to pre‑configured policies.

Relevant records can be retrieved filtered by time‑frame, account or terminal whenever audits are needed.

Hotel cybersecurity governance therefore transforms from: investigate after incidents take place
to: persistently preserve records for on‑demand retrieval.

Ongoing inspections across Xichang’s accommodation sector deliver a clear reminder for hotel operators: cybersecurity management has become an indispensable component of day‑to‑day hospitality operations.

A static shared Wi‑Fi password solves the problem of “granting internet access to guests”, yet cannot answer critical compliance questions: who is accessing the network, and how can activities be traced?

Hotels should build a full‑cycle network governance workflow:

Real‑name authentication → Network access → User‑session association → Log retention → Traceable query

Leveraging secure multi‑service optical gateways, AINOPOL integrates real‑name authentication and log management within all‑optical network infrastructure. Hotels strengthen public‑network identity control and traceability without imposing excessive operational burdens on guests.

Venues still running open‑access Wi‑Fi, universal shared passwords or inadequate logging mechanisms ought to audit their network architectures promptly.

Hotel cybersecurity defence is not limited against isolated network failures.
The core requirement is to maintain unambiguous records answering: who connected, at what time, and which network resources were utilised when abnormalities emerge.

Convenience shall be guaranteed for end users, yet security governance must never remain “open‑ended”.

FAQ

Q: Does “scan‑QR‑code‑to‑obtain‑Wi‑Fi‑password” count as real‑name authentication?
A: No. The penalised Xichang hotel adopted exactly this workflow: guests acquired passwords by scanning codes with zero identity validation. Real‑name authentication binds internet behaviour to traceable personal identifiers such as mobile‑phone numbers or ID credentials.

Q: What is the worst‑case consequence of skipping real‑name authentication?
A: Operators will bear full liability for incidents without traceable user information. Under the Cybersecurity Law of the People’s Republic of China (2026 revised edition), network operators failing to fulfil statutory security obligations may receive warnings and fines. Refusal to rectify violations or consequential harm may attract penalties up to CNY 500 000.

Q: Does password‑protected Wi‑Fi satisfy security‑protection requirements?
A: No. Xichang public‑security authorities explicitly mandate real‑name authentication for public Wi‑Fi and prohibit fully open unencrypted networks. Shared universal passwords cannot pinpoint individual end‑users and fail public‑security inspection criteria.