Logs come in four kinds
Activity logs record what you did online. Connection logs record when and from where you connected. Diagnostics record how the app behaved. Payment records document that you paid. A "no logs" badge may cover only the first.
Guides
"No logs" almost never means a service records nothing. It usually means no activity logs: no record of the sites you visit or the data you transfer. Connection metadata, diagnostics, and payment records are separate categories, and every provider defines them differently. The privacy policy, not the slogan, tells you which ones are kept.
Activity logs record what you did online. Connection logs record when and from where you connected. Diagnostics record how the app behaved. Payment records document that you paid. A "no logs" badge may cover only the first.
A subscription service must know your account exists, whether it is paid, and how many devices it serves. No honest policy claims zero data. The question is whether stored data can reconstruct your behavior.
A provider obeys the laws of the country it operates in. If local law mandates traffic retention, a landing-page promise does not override it. Where a service is incorporated matters more than what its banner says.
Four categories, and they should never be discussed as one. When a provider says "no logs" without naming a category, it has told you almost nothing, because the phrase can honestly describe a service that keeps everything except a browsing history.
The categories differ in sensitivity. Activity logs can reconstruct your life. Connection logs can place you at an address at a time. Diagnostics are usually mundane crash data. Payment records identify you but say nothing about what you did online.
Activity logs are never required to run a VPN. Forwarding packets does not require remembering where they went, so a provider that records visited domains or DNS queries chose to. This is the one category where "we keep nothing" is technically achievable and should be stated flatly in the policy.
Per-user connection logs are also avoidable, with a nuance. A server must know your source address while the session is open, or the return traffic has nowhere to go. The design question is what happens afterward: a privacy-focused service holds that state in memory and discards it at disconnect, while a logging one writes it to disk with timestamps. Aggregate counters, such as total load per server, need no per-user detail at all.
Short-lived diagnostics are defensible for debugging, but retention should be days, the data should not include browsing destinations, and crash reporting should be opt-in on the client.
An account record: your email or another identifier, the subscription's status and expiry, and device or connection limits. Without these the service cannot let you in or bill you. A policy claiming absolutely nothing is stored is a red flag in itself, because it cannot be true of any subscription business.
Payment records live even longer than accounts. Card processors and payment laws impose retention measured in years, and deleting your account does not erase an invoice from an accounting ledger. Paying with crypto shortens this trail on the provider's side but never removes the processor's own records. The honest framing: payment data proves you were a customer, and a well-designed system keeps it disconnected from anything describing what the connection was used for.
A landing-page promise costs nothing and verifies nothing. An independent audit means an outside firm examined servers, configurations, and code at a point in time and reported whether practice matched the policy. That is a meaningfully higher bar, and providers who pass tend to publish the report, not just a badge.
Audits have honest limits. They describe the systems on the days of the examination, not forever after; scope can be narrow; and the auditor sees what it was given access to. A second, indirect form of evidence is court records: cases where a provider was ordered to produce data and had nothing useful to hand over. Neither proves the future — together they beat a slogan by a wide margin.
Because law outranks marketing. A provider incorporated in a country with mandatory data-retention rules must comply with them regardless of what its website promises, and some jurisdictions can compel a service to start logging a specific user quietly. The policy describes intent; the jurisdiction defines what can be forced.
So read the two together. Where is the company incorporated, whose courts have power over it, and where do the servers physically stand — server-side law can apply even when the company sits elsewhere. A no-logs policy in a jurisdiction without retention mandates is a coherent story. The same policy under a retention law is a contradiction the provider should explain, and usually does not.
Read the privacy policy, not the homepage, and search it for the four categories by name. A trustworthy policy states what is collected, how long each item lives, and what happens on account deletion. Vague documents hide behind broad verbs: "we may collect certain technical information" can mean anything up to full connection logging.
Aurora's position, briefly: we keep no activity logs — no record of the sites you visit or the traffic you send — and everything we do store, from account email to payment records, is enumerated in the privacy policy rather than summarized in a slogan.
Phrases that should make you slow down and read twice:
A VPN protocol defines how your device and the server build an encrypted tunnel. WireGuard is the fastest and simplest, OpenVPN the most mature and flexible, IKEv2/IPsec the best at surviving network switches on mobile, and Xray/VLESS over TLS makes tunnel traffic look like ordinary HTTPS. Each trades something for its strength.
A kill switch blocks all internet traffic the moment a VPN tunnel drops, so apps cannot silently fall back to your regular connection. Without it, even a two-second disconnect exposes your real IP address. Even while the tunnel is up, DNS requests, WebRTC in the browser, and IPv6 traffic can leak around it. Each leak has a simple test and a fix.
Putting the VPN tunnel on your router protects every device on the network at once — including TVs, consoles, and smart speakers that cannot install apps. The trade-offs are real: throughput is limited by the router's CPU, the whole house exits through one country, and troubleshooting gets harder. This guide explains the setups and how to decide.