Connection topology

Routing models | vProxyer

Built around a click-to-run design: choose Primary/Backup for failover, Load Balancing to spread traffic across ISPs, or IP Egress to pin each device to its own outbound path — set it once and it runs.

01 Failover · Primary / Backup

Primary / Backup

Traffic stays on the primary line for maximum speed; backup links stand by. When the primary fails, vProxyer switches over automatically — and failbacks once the primary is stable again.

How vProxyer operates

  1. Normal Primary line active

    All devices use the primary link for the highest speed. The system continuously health-checks every path in the background.

  2. On failure Cable cut / link down

    The fault is detected immediately and traffic is switched to backup networks automatically. The user experience stays continuous — no dropped connection.

  3. On recovery Primary restored

    The system watches until the primary is fully stable, then failbacks traffic to it. Backup links return to standby.

02 Load Balancing · Simultaneous

Multi-link load balancing

No more one active line while the others idle. VNPT, Viettel, FPT and 4G all run together — vProxyer spreads sessions across those links, then delivers traffic smoothly to every device.

Three operating layers

  1. Layer 1 All links active

    No longer one link working while three sit idle. VNPT, Viettel, FPT and 4G are all activated simultaneously to pull data in.

  2. Layer 2 Split load across links

    vProxyer’s load balancer assigns each connection/session to one of the four ISP links. Bandwidth is not summed into a single bonded pipe — traffic is distributed so every active link is used at once.

  3. Layer 3 Deliver to devices

    Load-balanced traffic is delivered smoothly to every PC, phone and printer. If one link drops, the remaining links keep carrying the load — users stay uninterrupted.

03 IP Egress · Per device

IP Egress

Unlike load balancing (shared distribution), IP Egress assigns each PC, phone or printer its own outbound path by policy — every device takes exactly the exit it needs.

Three operating layers

  1. Layer 1 Diverse internet sources

    One physical line can host many sessions/IPs (multi-PPPoE). Add third-party proxies for destination egress (US, Europe, Singapore…), plus 4G as a flexible or standby path.

  2. Layer 2 vProxyer enforces policy

    vProxyer does not treat every host the same. It maps each Layer-3 device to a specific Layer-1 exit — admins define which device may use which path.

  3. Layer 3 One path per device

    Traffic is split by host, so devices do not share one public IP. Fits ads/MMO work, overseas accounts, or priority machines for managers and gaming.

Practical examples

  • Ads / MMO Give each PC or phone its own IP/session — lower risk of shared-network detection and mass bans.
  • Overseas proxy Hosts that need a US/EU IP are pinned to a third-party proxy path.
  • Manager (BOSS) / GAME priority Management or gaming PCs get a dedicated high-quality fiber path, not shared with the rest of the office.

Click to run

Pick the model that fits — configure it in one Web UI.

Primary/Backup, Load Balancing or IP Egress — choose it, configure it, and it runs from one central appliance.

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vProxyer Primary / Backup topology: primary ISP VNPT with Viettel, FPT and 4G modem backups through the load balancer to end users.