Endpoint Load Status
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Fetching data...
Data is updated approximately every 15 minutes.
Initializing... |
Recent Activity Log (Last 7)
| Date | Time | Endpoints | V-terms | Load (%) |
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▼ Curious how it works? (Otherwise, skip below.)
Data Generation
This data is a real-time server snapshot (with minor extrapolation applied). The system analyzes this data over 15 minutes, compares recent trends, and predicts upcoming load to adjust resources proactively. For instance, it might increase ports for expected surges but carefully balances this against potential impacts on overall server responsiveness to ensure efficient, speedy delivery.
Why Only a 90-Minute History
This view shows ~90 minutes of activity, aligning with typical report processing times, offering a quick check of system responsiveness. Use it to help differentiate between local network issues and server load (full history is available in the Control Panel). If problems persist despite normal indicators here and locally, we recommend contacting support via the Control Panel.
Visitor Requests & Server Response
When you visit, your browser makes a live query for the most current server snapshot. To maintain data integrity and prevent conflicts, these requests are handled sequentially (one after another). While ensuring accuracy, this approach means brief delays are possible during high traffic periods as requests wait their turn.
Timing & Queue Behavior
Server status is generated at fixed 15-minute intervals (e.g., 12:00, 12:15). Your view reflects the most recent completed snapshot (e.g., visiting at 12:14 shows the 12:00 data). This schedule balances efficiency with near real-time reporting; for the absolute latest data just after an interval transition, refresh the page.
Queue Prioritization
To ensure fair access, once you receive data your request priority is temporarily lowered. This 'rotating queue' prioritizes new or waiting visitors, preventing repeated servings to the same users and allowing the system to manage high traffic efficiently while balancing performance and fairness for everyone.
Verified Reporting Accuracy
Rest assured, individual client results are processed and submitted instantly upon completion, each with a precise timestamp/ID ensuring traceability. The 15-minute system status polling cycle detailed here relates only to *this report* and does *not* affect the timeliness or integrity of your actual submitted data. For instant, up-to-the-second reports, please visit the Client Portal in the Type III app.
Why Some Results Appear to Repeat
Repeating numbers typically mean the system identified an optimal configuration ('load zone') for the current demand, balancing resources efficiently. Sticking with this stable setup, often focusing on similar test types consecutively, reduces system overhead and keeps operations running smoothly.
Why Spikes Appear in Reports
The same extrapolation that aids prediction also gives insight into when an optimal "load zone" phase might conclude. Using this prediction, the system batches results gathered during the stable period and releases them together before anticipated changes. This release of saved results causes temporary spikes you see. These occur as the system prepares for a return to normal operational load, a process which ultimately optimizes overall efficiency.
Cloud access
Available
T3-CAPa
Available
T3-CAPp (/ID:nnnn)
Default
VPN/IPsec
Required
SSH-2(1) (2)
Required
Vulnerability Remediation Compliance
Compliant with SLA
No attention needed
Vulnerability Remediation Deadlines
|
Overdue | 1–7 days | 8–30 days | 31+ days |
|---|---|---|---|---|
| Critical | 0 | 0 | 0 | 0 |
| High | 0 | 0 | 0 | 0 |
| Medium | 0 | 0 | 0 | 0 |
| Low | 0 | 0 | 0 | 0 |
Understanding Server Load Snapshots and the Load Index
The server load index reflects real-time demand by comparing available and busy sockets. As more posts come in, sockets fill up and the load index rises. When all sockets are in use, new posts are briefly cached and queued, then processed as soon as a socket becomes available. Don’t worry—each post retains its original timestamp, so providers will always see the true time it was sent.
The values for Endpoints and V-terminals adjust live based on current system load, offering a real-time snapshot. Refreshing the page before the server's internal interval resets won’t produce new data, because the load index is calculated on the server—not triggered by page refreshes. The displayed results are delivered by the server at timed intervals.
For real-time socket and load status, please log into the Client Portal.
Why faster refreshes don’t change results:
- The system doesn’t generate numbers randomly—it takes recent server activity into account.
- Endpoint and V-terminal values reflect both current and expected demand.
- Refreshing too quickly won’t produce a new snapshot—the server needs time to stabilize between updates.
Bottom line: Refreshing the page won’t change the numbers you see. These values are meant to give a general sense of server activity and should only be used to check if unusually long delays are affecting your connection.
(1) Security standards require key rotation at regular intervals. As part of our routine security protocols, we rotate SSH keys to enhance security and mitigate potential risks.
- On-Site Key Generation – The process of generating cryptographic keys never occurs remotely or off-premises, ensuring physical security and control over sensitive information.
- Qualified Personnel Requirement – Only authorized Type III Technologies IT personnel, who are trained and qualified for this task, are permitted to generate keys. This prevents unauthorized access and ensures compliance with security standards.
(2) We have transitioned from SSH-1 to SSH-2 due to critical security vulnerabilities and inherent limitations in SSH-1. As SSH-1 is now considered obsolete and insecure, we no longer support its use. To maintain a secure environment, any remaining SSH-1 connections will be immediately upgraded to SSH-2 to mitigate security risks. Moving forward, SSH-2 is the only supported and recommended protocol for secure remote access and encrypted communication.