Office Buildings with Open Guest Wi-Fi: Beware of Penalties Under Order No.176. All-Optical Network Enables Closed-Loop Real-Name Internet Access & Traffic Auditing

To facilitate internet access for clients, visitors and employees, many office buildings deploy guest Wi-Fi. Scanning a QR code and entering a phone number to connect seems simple and convenient. However, from the perspective of cybersecurity compliance, real risks often emerge after users connect.

Who connected to the Wi-Fi? Which account was used? At what time did they access the network? Are internet access logs retained? In the event of a cybersecurity incident, can the specific user be quickly identified?

On August 6, 2026, the Ministry of Public Security issued the Measures for Cyberspace Security Supervision and Inspection by Public Security Organs (Ministerial Order No.176), which officially takes effect on October 1, 2026. The new regulation expands the scope of supervision and inspection, specifying that inspectors will verify whether network operators legally record and retain user registration information and internet access logs, while also checking the implementation of obligations such as cybersecurity protection.

This means office building guest Wi-Fi cannot only focus on internet connectivity. Identity mapping, log querying and security assurance must also be addressed.

I. Why Do Guest Wi-Fi Networks in Office Buildings Easily Trigger Compliance Risks?

1. Wi-Fi is open, but user identities are not truly mapped

To improve visitor experience, many office buildings adopt universal passwords, shared QR codes or static long-term Wi-Fi passwords. While convenient, this approach makes it difficult for the network to accurately identify individual users when multiple visitors share one account.

In cases of abnormal access or cybersecurity incidents, a public Wi-Fi password alone cannot effectively link network activities to specific users.

Therefore, guest Wi-Fi requires not merely authentication prior to access. It must establish a correlation among user identities, internet accounts and network behaviours.

2. Authentication does not equal complete logging; incidents may become untraceable

Some enterprises have deployed Wi-Fi authentication systems yet only implement login verification, without establishing a complete log retention mechanism.

Order No.176 explicitly includes "legal recording and retention of user registration and internet access logs" as a key inspection item. Public security authorities may conduct supervision via online patrols, remote detection and on-site inspections.

For office buildings, inadequate log auditing capabilities for guest Wi-Fi mean that even if user login records exist, the detailed network usage activities may not be reconstructed when needed.

3. The open guest Wi-Fi should not come with an open security boundary

Guest networks serve a high volume of transient visitors. If only authentication is deployed without matching security safeguards, visitor terminals may become entry points for network risks.

Accordingly, office building Wi-Fi compliance is more than deploying a standalone Portal page. It requires a full closed loop integrating identity authentication, log retention, cybersecurity protection and audit traceability.

II. How AINOPOL All-Optical Network Builds a Compliance Closed Loop for Guest Wi-Fi

1. Portal real-name authentication for traceable internet users

For different user groups including office visitors and staff, AINOPOL deploys a unified authentication entry via Dream Gateway and real-name Portal platform.

After connecting to Wi-Fi, visitors enter the authentication page through WeChat mini-programs and complete identity verification using mobile phone numbers, ID cards and other authentication methods. For internal enterprise scenarios, authentication modes can be configured according to management requirements.

This transforms open networks with shared Wi-Fi passwords into real-name access where user identities correspond to network accounts, laying the foundation for subsequent log query and security traceability.

2. Unified retention of user data and internet logs to build traceable audit trails

Real-name authentication is only the first step. User identities must be linked to actual network behaviours.

Working with the real-name Portal, AINOPOL Dream Gateway centrally manages user access information and internet logs. It supports local hard disk log storage for no less than 6 months with tamper-proof capabilities.

Enterprise administrators can search network activities by user, time, IP and other dimensions. The full audit trail records who accessed the network and when, together with corresponding browsing history.

This forms a complete closed loop: identity authentication → network access → log retention → audit query, rather than merely storing login records.

3. Built-in gateway security capabilities to prevent guest access from becoming a security weakness

Since guest networks are open to external users, robust security protection is indispensable.

AINOPOL Dream Gateway integrates IPS, WAF, antivirus and other security functions to defend against network attacks, intrusions and web-based security hazards. Combined with terminal management capabilities, it mitigates risks introduced by abnormal device access.

For high-foot-traffic scenarios such as office buildings, the solution enables guest internet access while maintaining a firm security boundary, without compromising corporate network security for visitor convenience.

4. All-optical network with integrated communication & encryption: balancing connectivity and security at the infrastructure layer

At the network infrastructure level, the AINOPOL all-optical solution converges office, wireless, security monitoring and other services. Optical fibre delivers stable, high-bandwidth network connections.

Built upon this foundation, integrated communication and encryption further secure data transmission. It upgrades office building networks from simple Wi-Fi provision to a fully managed infrastructure supporting authentication, auditing and threat defence.

For enterprise parks and office buildings, this architecture reduces complexity caused by redundant deployment of multiple independent networks and security appliances.

After Order No.176 takes effect, cybersecurity inspections no longer only check for Wi-Fi authentication. Inspectors verify whether network operators fulfil obligations for cybersecurity, data security and information security, including retention of user registration and internet logs, as well as defence against network attacks and intrusions. For hidden risks or non-compliance, public security authorities may order rectification and pursue legal liabilities.

Therefore, office building network renovation should not treat guest Wi-Fi as an isolated wireless coverage project. It requires holistic planning covering real-name access, log auditing, security protection and network bearing capacity.

AINOPOL combines all-optical network, Dream Gateway, Portal real-name authentication, log auditing, security protection and integrated communication & encryption. It connects the entire visitor journey: network access, identity verification, behaviour logging and threat defence.

For enterprises undergoing campus network upgrades or preparing for inspections under Order No.176, completing real-name and auditing capabilities for guest Wi-Fi in advance is far more proactive than post-incident rectification.

FAQ

Q: What requirements does Order No.176 impose on guest Wi-Fi in office buildings?
A: Article 7 of Order No.176 mandates inspection of "whether user registration information and internet access logs are legally recorded and retained". Providers of public internet access services are listed as inspection targets. As premises offering public Wi-Fi, office buildings must implement two core obligations: real-name authentication and log retention.

Q: How long must visitor logs be retained?
A: In practice, public security authorities generally require log retention of no less than 180 days (6 months) for public internet venues. Logs must include core fields such as real-name information, login/logout timestamps, IP addresses, MAC addresses and visited URLs.

Q: Is the "scan QR code to get password" model compliant?
A: No. Law enforcement cases from Xichang Public Security Bureau explicitly state that "scanning a QR code to obtain a universal password for network access with zero real-name verification" counts as illegally providing open public networks. The requirement is one account per person, real-name registered and traceable.