Just Wi-Fi Real-Name Authentication Is Not Enough to Avoid Fines: Understand the Full-Trace Compliance Logic of Order No.176

As enterprise campuses, office buildings and industrial parks deploy public Wi-Fi, networks are no longer merely infrastructure for internet access. They involve user identity, access behavior, log retention and cybersecurity. In particular, Ministry of Public Security Order No.176, Measures for the Supervision and Inspection of Cyberspace Security, will take effect on October 1, 2026, replacing Order No.151.

The new regulation brings public internet service providers, network operators, data processors and personal information handlers under supervision. Key inspection items include user registration information, internet access log retention, classified protection and security technical measures. Inspection methods have also expanded: besides on-site checks, authorities conduct online network patrols, vulnerability scanning and remote detection.

This means adding a real-name authentication page for Wi-Fi alone does not complete network compliance. Enterprises must build a full traceability chain: who accessed the network, which network they connected to, what actions they performed, and whether incidents can be traced afterwards.

I. Why Networks Still Have Compliance Vulnerabilities Even with Wi-Fi Real-Name Authentication

Real-name authentication does not equal bound network identity

Many enterprises only add mobile verification or name registration for public Wi-Fi. After authentication, users can access the network directly. If authenticated identities are not linked to devices, IP addresses, MAC addresses and online/offline timestamps, investigators will struggle to quickly identify the exact user and device when abnormal access occurs.

The core of real-name management is not popping up an authentication page, but integrating identity into network access permissions.

Wi-Fi-only management leaves other terminals as blind spots

Campus networks host far more terminals than mobile phones and laptops, including printers, IP cameras, access controllers, conference endpoints and numerous IoT dumb terminals.

If real-name rules apply only to Wi-Fi users while wired terminals and fixed devices connect freely, the campus still faces unidentifiable users and uncontrolled devices.

Order No.176 requires inspectors to verify whether network operators legally record and retain user registration and internet logs, and check the operation of security technical safeguards.

Having logs does not guarantee traceable logs

Some enterprises store logs, but logs are scattered across APs, switches and firewalls and require manual query on each device.
When investigating network activities for a specific time window, it becomes difficult to match identity, device, IP address and timestamps.

Compliant networks must deliver a complete chain: real-name identity → network access → access records → retrievable audit trails, rather than simply storing log files.

II. AINOPOL All-Optical Network: Extend Real-Name Authentication to Full-Network Traceability

For public multi-service networks in enterprise campuses, AINOPOL unifies authentication, network access, access control and log management, extending compliance requirements from a single Wi-Fi login page to the entire network architecture.

Front-loaded real-name authentication: identity as the network gateway

A unified authentication platform verifies user identity before granting network permissions for Wi-Fi access. For visitors and temporary staff, time-limited accounts with automatic permission revocation can be configured to reduce risks from permanently shared accounts.

Instead of merely registering users, the system binds identities to network access rights, creating clear rules for who is allowed online.

Link identity, devices and logs to build a complete traceability chain

After users obtain network access, the system records authentication data, IP addresses, MAC addresses and online/offline timestamps. Administrators can query records by user, device and time when investigating abnormal activities.

AINOPOL’s log management system centrally stores and retrieves network data and supports log export, reducing manual work during audits.

The full chain is:
User real-name authentication → network identity confirmation → device access → permission assignment → network log generation → subsequent traceability and query

This follows the cyberspace supervision logic of Order No.176 much better than standalone Wi-Fi authentication.

Cover wired campus terminals alongside Wi-Fi

For office zones, public areas and production zones, AINOPOL uses terminal admission, 802.1X, device whitelisting and VLAN logical isolation to classify and manage different terminals.

For example: office PCs connect to the office network; visitor terminals can only reach the internet; cameras and access controllers connect to dedicated service networks. Unknown devices plugged into wired ports cannot gain full network privileges automatically.

Real-name management and terminal control are no longer separate systems, forming an integrated campus identity and permission framework.

III. Evolve from Traceability to Active Protection

Order No.176 focuses not only on data recording but also cybersecurity defense, vulnerability remediation and the operation of security safeguards. Authorities may discover risks via online patrols, vulnerability scanning and remote testing.

Therefore, compliance upgrades should not only focus on log retention duration, but also embed native security capabilities into the network architecture.

Built on fiber infrastructure, AINOPOL all-optical networks logically isolate office, visitor and IoT traffic via network zoning and access control. Security gateways, WAF and security policies further protect network access and business systems.

• Underlying fiber network: stable transmission
• Identity authentication: confirm who can connect
• Permission policies: limit what resources can be accessed
• Log system: record what happened

This turns compliance from a single feature into a closed-loop cybersecurity system.

After Order No.176 takes effect, enterprise network compliance is shifting from isolated functions to holistic cyberspace governance. For campuses and office buildings with public networks, Wi-Fi real-name authentication is only the first step.

A network renovation project should resolve current Wi-Fi compliance needs while reserving capacity for business expansion, new terminals, security policy upgrades and log management.

AINOPOL uses all-optical networks as the foundation, integrating real-name authentication, terminal governance, service isolation, log retention and security protection. Enterprises can move from adding a last-minute authentication system for inspections to building a truly manageable, traceable and sustainable cybersecurity architecture.

Note: Network compliance is not a one-time fix. Enterprises must continuously improve management rules, technical controls and log management according to business conditions and regulatory requirements. Order No.176 authorizes public security authorities to order remediation after identifying hidden risks during inspections.

FAQ

Q: What log retention requirements does Order No.176 specify?
A: Internet access logs must be retained for at least six months with sufficient storage capacity to prevent rolling over. Logs must cover external web access, internal business access, file exfiltration and cloud disk uploads. Mandatory fields include source IP, account, timestamp, domain name and user actions.

Q: Why can’t inspectors trace users even after enabling real-name authentication?
A: Real-name authentication only records who accessed the network, not what activities they performed. If authentication and logging run on separate systems, authentication records cannot be natively linked to access logs, requiring manual data splicing which is inefficient and error-prone. AINOPOL’s session-binding technology ties authentication accounts directly to network behavior when logs are generated, delivering complete audit trails in one query.

Q: What is the difference between authentication logs and internet behavior logs?
A: Authentication logs record account login and logout timestamps (identity layer). Internet behavior logs record which websites an IP visited and which files were transmitted (behavior layer). Missing either breaks the traceability chain. Treating authentication logs as full audit capability is a common misunderstanding.