
Operators finish networking deployment: optical modems installed, circuits activated, Wi-Fi online — yet log auditing is often left out. Traditionally, venue internet log planning revolved around calculating storage capacity and data tiering. This model only works when logs are stored locally. With AINOPOL Cloud Audit shifting log retention to the cloud, the focus changes entirely: instead of equipping each site with local hard drives, we bind every log entry to a user identity via session ID, ensuring all records are searchable, exportable and traceable in the cloud.
The minimum log dataset must include six core items to identify users and reconstruct online activities:
Missing any field will break traceability during official inspections.
One critical field sits above all others: Session ID. A unique Session ID is generated right after successful authentication, and every subsequent traffic record carries this same ID. This ID creates the permanent link between user identity and behavioral logs.
The compliance litmus test: input a mobile phone number, and pull the user’s full online activity history in one query. Failure means the traceability chain is broken.
The flaw of legacy separated authentication and auditing systems is not performance, but disconnected data. The engineering solution: create a session table immediately upon authentication, and bind all traffic logs to the user identity via Session ID.
Do not rely on post-hoc matching by IP + timestamp. This matching method always fails under NAT or shared IP scenarios, making it impossible to map behavior back to individual users.
AINOPOL Cloud Audit implements rolling cloud storage with a mandatory retention period of no less than 180 days. Extend the storage window to meet stricter local public security requirements where applicable.
Two key engineering requirements:
This is the biggest structural difference between Cloud Audit and traditional auditing solutions:
No log servers deployed on-site, and operators do not need to build independent auditing systems for every venue. Only lightweight plug-in instances run at each site; log collection and uploading happen at the network egress, while storage and querying take place entirely in the cloud.
For chain businesses, logs from all branches converge automatically on one unified platform. Reports can be exported by account, site or time period without cross-system data splicing.
Optical modems lack native real-name authentication and log retention capabilities. AINOPOL Cloud Audit connects to modems via plug-in integration to complete log collection and cloud storage. No modem replacement, no rewiring required.
AINOPOL’s Integrated Communication & Security Solution:
All-Optical Network Foundation + Audio & Video Convergence Engine + Cybersecurity Shield
Dream Gateway handles local log storage and closed-loop querying. For multi-site deployments, the EAAS cloud management platform delivers centralized log aggregation and report exporting.
A reminder for solution architects: confirm the network builder first before designing log retention schemes. The two paths differ drastically in equipment list, construction workload and responsibility boundaries. Mixing them up will lead to unclear handover during project acceptance.
Q1: What mandatory fields must internet access logs contain?
A1: Mobile number or ID number, terminal MAC, IP address, online time, visited URL, uplink/downlink traffic. The Session ID acts as the core key linking authentication identity with behavioral records.
Q2: Is aggregated statistical logging acceptable?
A2: Not recommended. Aggregated data cannot restore user activity by account and fails traceability requirements. Raw detailed logs must be retained throughout the retention window.
Q3: Do venues still need to deploy local log servers?
A3: No, if you adopt Cloud Audit. All logs are bound to user sessions and stored in the cloud with a minimum 180-day rolling retention. You can retrieve full activity records simply by searching a mobile number or time range.