ネットワークの方針

PlainVPNが地域を選ぶ方法

We do not add locations just to inflate the number. Every PlainVPN region is chosen against clear criteria: performance, reliability, and privacy — so the network stays fast and stable at scale.

  • マーケティング目的の「仮想」ロケーションよりも、質の高いインフラを優先します。
  • 低遅延のため、主要なインターネットエクスチェンジに近い地域を選びます。
  • パフォーマンスとプライバシーの基準を満たした地域にのみ拡大します。
選定スコア
パフォーマンス高い
信頼性安定
プライバシー厳格
仮想ロケーション
回避
監視
常時オン

PlainVPN’s goal is simple: regions that perform well in the real world, not on a marketing checklist.

地域選定の原則

A “region” is more than a point on the map. It is a mix of hardware, network routes, upstream providers, and local conditions that shape your everyday experience.

体感できるパフォーマンス

We prioritize locations that deliver low latency and high throughput — not just “available” endpoints.

瞬間的な速さより安定性

負荷がかかると崩れる瞬間的な高速化よりも、余裕のある予測可能なパフォーマンスを重視します。

設計段階からプライバシー重視

地域を展開する前に、管轄権、データ保持への圧力、運用リスクを考慮します。

What we look for in a new region

Before adding a region, we validate the infrastructure and network path quality. The goal is consistent, repeatable results.

Strong network peering

Regions near major internet exchanges and with good peering typically deliver better latency and routing.

Reliable upstream bandwidth

Capacity matters, but so does quality. We prefer stable transit providers over “cheap but congested” links.

Hardware & resource headroom

We plan for growth so a region doesn’t become slow the moment user demand increases.

Operational maintainability

Monitoring, updates, and incident response must be practical — reliability is part of privacy too.

What we avoid

Many VPNs reach “huge location counts” by using techniques that look good on a landing page, but disappoint in real use.

Virtual / misleading locations

We avoid advertising a country when the server is physically somewhere else (unless clearly disclosed).

Unstable budget hosting

Cheap hosting often means poor routing, noisy neighbors, and inconsistent performance under load.

Regions with high privacy risk

If operating a region creates unacceptable legal or operational pressure, we’d rather not deploy it.

How we evaluate a region before launch

A new region is only added after it proves it can meet our standards across performance, reliability, and user experience.

Baseline performance checks

We test latency and throughput from multiple networks to validate real-world routes and consistency.

Load & stability validation

We verify how the region behaves under heavier traffic and ensure it maintains predictable performance.

Monitoring readiness

We enable always-on monitoring and alerts so degradation is detected early, not after complaints.

Release & expansion

We launch gradually, watch metrics, and scale capacity as usage grows — without sacrificing stability.

How auto-selection chooses the best server

When you use auto-select, PlainVPN aims to pick a region that’s both fast and reliable — not just “closest on paper.”

Latency-aware

Nearby regions usually win, but good routing matters too — we favor stable low-latency paths.

Load-aware

If a region is busy, auto-select can prefer another location with better headroom and smoother speeds.

Stability-aware

We avoid regions showing abnormal behavior to reduce disconnects and “random slowdowns.”

Quality regions. Real performance.

Explore available locations — or start with auto-select to connect to a fast, reliable region instantly.

よくある質問

Quick answers about regions, locations, and network quality.

Do you use virtual locations?

We prefer physical servers in the regions we advertise. In general, we avoid virtual or “marketing” locations, because they can be misleading and often lead to worse routing and performance.

Why don’t you have every country?

Because adding a region is not just “rent a server.” We only expand when we can meet our performance and privacy requirements. That keeps the network reliable instead of turning it into something inconsistent.

Is the closest region always the fastest?

Often, yes — but not always. Routing and peering matter too. Two locations can be the same distance away, yet have very different latency and stability depending on upstream providers and internet exchange proximity.

How does auto-select choose a region?

Auto-select aims to choose a fast, stable option based on proximity, current load, and observed reliability. If a region is congested, it may choose an alternative that performs better in the moment.