Private Internet Access

PIA puts the client code on GitHub — not as a transparency gesture, but because open-source is the logical extension of giving users control. Two US subpoenas in separate proceedings produced no usable data — legal verification under adversarial conditions, not just an audit result. US jurisdiction and Kape ownership are the structural complications that don't disappear because the code is clean.

All PIA client apps are open-source on GitHub — the no-logs claim is checkable at code level, not solely through periodic audit snapshots. Three Deloitte audits (2022, 2024, 2025) verified the no-logs architecture against that published code. Two US federal subpoenas in separate proceedings were responded to with no user data available — both responses published on PIA's blog. Structural complications: US jurisdiction means Five Eyes membership and compelled-cooperation legal precedent. Kape Technologies owns PIA, CyberGhost, and ExpressVPN — the same ownership background with the same adware-era history. The Deloitte audit is a three cycles, not the annual cadence NordVPN or Proton has established.

PIA lets you select your cipher suite, handshake algorithm, and key exchange protocol. The kill switch has an always-on mode that blocks traffic even when you disconnect intentionally — stricter than kill switches that only trigger on unexpected drops. That configurability rewards users who have opinions about their security settings; it creates friction for everyone else.

WireGuard and OpenVPN both available, with OpenVPN offering user-selectable cipher suites (AES-128/256-GCM) and handshake options. The advanced kill switch mode blocks all traffic regardless of intentional or unexpected disconnect — stricter than most kill switch implementations. Shadowsocks and obfsproxy available for obfuscation via the proxy settings panel; requires manual configuration, doesn't apply to WireGuard. MACE provides DNS-level ad, tracker, and malware blocking. Protocol configurability at this level is unusual in consumer VPNs; most competitors have removed these options in favor of sensible defaults.

PIA doesn't invest in streaming infrastructure — no labeled categories, no SmartDNS, no maintained platform commitment. Netflix works on some servers depending on current IP block status. The product is built around privacy and control, and the streaming gap reflects those priorities clearly.

No dedicated streaming servers, no SmartDNS, no labeled platform categories. Netflix access exists on certain servers at any given time — dependent on IP block status rather than maintained infrastructure. BBC iPlayer and Disney+ follow the same pattern. When a streaming platform flags an IP, you switch servers manually rather than waiting for a labeled category to update. For users whose primary VPN use case is streaming geo-unblocking, PIA consistently requires the effort that other providers absorb on the infrastructure side.

The server count is the largest among major consumer VPN providers by a significant margin. Server count and performance are different dimensions — virtual servers exist in the fleet alongside physical hardware, and the breakdown isn't disclosed per region. WireGuard is default. RAM-only across entire fleet — confirmed in official blog and Deloitte 2025 audit.

PIA operates one of the largest server fleets in the consumer category across a very wide geographic footprint. Virtual servers exist in the fleet; the physical-versus-virtual breakdown isn't disclosed per country. WireGuard is the default on all platforms. RAM-only infrastructure confirmed in official blog and Deloitte 2025 audit. The Deloitte audit covers the no-logs policy rather than infrastructure architecture. Server count and geographic spread are the primary performance considerations; transparency around what's in that network is thinner than the headline numbers suggest.

Protocol selector, cipher configuration, kill switch mode selector, MACE toggle — these live in the main settings panel, not in an advanced menu. That surface area is the product. Cross-platform split tunneling covers Windows, macOS, Android, and Linux. iOS is the exception.

PIA's interface surfaces technical configuration prominently: protocol and cipher selection, kill switch mode (off / standard / always-on), MACE toggle, and split tunneling rules accessible from the main settings. Split tunneling on Windows, macOS, Android, and Linux — broader cross-platform coverage than most competitors. iOS excluded. No dedicated TV app. Browser extensions for Chrome, Firefox, and Opera operate as proxy connections. The interface tells you what's running and lets you change it — it asks more of the user than single-button designs and gives more in return.

Unlimited simultaneous connections on the standard plan. Browser extensions for three browsers at proxy level. No TV app for streaming devices. The unlimited tier combined with open-source code and low long-term pricing makes PIA the clearest multi-device value case for technically inclined users.

Unlimited simultaneous connections — no cap on devices using the account at once. Browser extensions for Chrome, Firefox, and Opera function as proxy connections, not full system VPN. No TV app; streaming device coverage goes through router configuration. Router setup guides cover OpenVPN and WireGuard for major firmware. The combination of open-source client, court-verified no-logs record, unlimited connections, and competitive long-term pricing is the strongest value case PIA makes to users who care about verifiable credentials alongside device coverage.

The two-year per-month cost is among the lowest available from a major VPN provider with verifiable privacy credentials. Renewal pricing increases substantially. The cost-per-verified-privacy-feature calculation — open-source code, legal test outcomes, unlimited connections — makes the long-term value case more defensible than price alone suggests.

PIA's two-year pricing sits at the low end of the major provider range. Renewal pricing increases substantially from the introductory rate. A money-back guarantee applies to all plans; refunds require a support ticket rather than self-service. No free tier. The value argument isn't only price: open-source code, Deloitte audit, two subpoenas with no data produced, and unlimited connections together represent a verifiable privacy-per-dollar case that lower-priced alternatives without those credentials don't match.

Two US subpoenas under adversarial conditions, both producing no user data, both publicly documented. That's the operational evidence PIA can point to — real legal pressure with verified results. RAM-only infrastructure confirmed. No formal uptime commitment.

Two separate federal subpoenas in US proceedings resulted in PIA stating no responsive user data was available. Both outcomes published on PIA's blog. This is the most direct operational stability evidence PIA offers: the no-logs claim faced adversarial legal verification twice and held both times. RAM-only infrastructure confirmed in Deloitte 2025 audit. No public uptime SLA. No infrastructure incidents in the public record. For users who weight court-tested logging policy more heavily than infrastructure architecture documentation, the two-subpoena record is among the strongest available.