Here's a quick breakdown of how we score and rank VPNs

When determining the final overall score, we evaluate each VPN based on various factors, assigning weights to each to reflect their relative importance.

28%
Privacy & security
9%
Ease of use
9%
Speeds
Server networks (9%)

This refers to the amount of servers a VPN has and the countries they are located in.

9%
Customer support
9%
Pricing & overall value
27%
Streaming, gaming, torrenting

Privacy and security form the foundation of our evaluation model. A VPN can deliver lightning-fast connections and unblock every streaming platform in existence, but if it fails to safeguard user IP addresses or logs user activity, it cannot be recommended. We evaluate every provider under a zero-trust model using both automated test scripts and manual security analysis.

Our technical research team inspects cryptographic implementation details across every supported tunnel protocol. We verify that providers implement military-grade ciphers, such as AES-256-GCM or ChaCha20-Poly1305, paired with robust handshake keys (RSA-4096 or ECDH-384) and Perfect Forward Secrecy (PFS). PFS ensures that even if an encryption key is somehow compromised in the future, past session data remains completely unreadable.

Beyond protocol security, we run extensive automated leak test suites to detect any potential IP address or DNS exposure. Our test environment monitors network traffic during active connections, server switches, and unexpected network dropouts.

For millions of users worldwide, bypassing artificial geo-restrictions on streaming platforms and maintaining unthrottled P2P file transfers are top priorities. Commercial streaming services actively employ sophisticated IP blocking mechanisms, proxy detection databases, and automated traffic inspection to block VPN connections.

To provide accurate, up-to-date recommendations, our testing team performs regular hands-on streaming tests across multiple global server locations. We connect to US, UK, Japanese, European, and Australian nodes to stream high-bitrate 4K Ultra-HD video without buffering or proxy error screens.

For P2P file sharing and online gaming, we test bandwidth throughput and connection latency stability under high network load to ensure smooth performance without ISP throttling or ping spikes.

Every VPN introduces some level of speed reduction due to the encryption overhead and the physical distance packets must travel to reach a remote VPN server. A high-performing VPN minimizes this slowdown to less than 15% on local servers.

We calculate speed loss by comparing baseline internet connection speeds (without a VPN) against speeds achieved while connected to local, regional, and long-distance VPN servers across different hours of the day. All tests are conducted using dedicated gigabit test lines to eliminate local network bottlenecks.

Advanced security features are ineffective if an application is overly complex or difficult to navigate for everyday users. We evaluate client applications across desktop and mobile platforms, looking for intuitive design, quick one-click connections, and clear feature organization.

We also scrutinize subscription pricing structures, renewal terms, and multi-device connection allowances to calculate true long-term value. Furthermore, we mystery-test customer support channels by submitting technical inquiries via 24/7 Live Chat and email ticketing systems.

CompareVPNList operates with full editorial independence. Our reviews and rankings are determined strictly by empirical test results and expert analysis. No VPN provider can pay for a higher rating, favorable review text, or placement on our recommended lists.

We independently purchase all subscription accounts used in testing to ensure we receive the exact same service as regular consumers. When you purchase a VPN through links on our site, we may earn an affiliate referral commission. However, this never impacts our scoring formula, test data, or editorial integrity. For more details, read our full Affiliate Disclosure.