ExpressVPN has added dozens of new city-level connection points to its VPN network, bringing the total to 214 distinct, app-selectable locations across 113 countries - the broadest configuration in the company's history. Announced in Auckland on 8 July 2026, the expansion introduces new nodes across Europe, Africa, the Middle East, and North America, with cities including Nuuk, Lagos, Doha, Valencia, and Manchester among the additions. The move reflects a broader shift in how VPN providers are now competing: not on raw server counts, but on the granularity of where users can anchor their encrypted connection.
Why Location Precision Matters More Than Server Volume
For most of VPN's commercial history, providers marketed themselves through total server counts - figures that were easy to inflate and difficult for ordinary users to interpret. A provider running thousands of servers across a handful of countries offers less practical choice than one running fewer servers distributed across many more cities. What users actually experience when they open an app is a list of locations - countries and cities - not raw server infrastructure.
The distinction matters for several concrete reasons. Routing encrypted traffic through a server that is physically close to the user typically reduces latency, which affects the responsiveness of video calls, online banking sessions, and real-time applications. Multiple city-level options within the same country also provide fallback routes when one node is congested or temporarily unreliable. And for users who want their connection to appear to originate from a specific city - for work access to regional corporate networks, for local pricing on travel bookings, or for using services that restrict access by sub-national geography - a city name in the list makes that possible without manual configuration.
ExpressVPN's CISO Aaron Engel framed the distinction directly: "Countries, locations, and servers measure different things. Country coverage shows reach. Location count shows what users can actually choose between when they open the app." That framing tracks with how the product is being positioned - not as infrastructure at scale, but as fine-grained user control.
The Architecture Behind the Expansion
Every new location in the rollout runs on ExpressVPN's TrustedServer platform, the company's RAM-only server architecture. The principle is straightforward: because data is written to volatile memory rather than to persistent hard drives, it is erased automatically when a server reboots. Each restart also loads a fresh software image from a verified source, which reduces the risk that a compromised or misconfigured server continues operating with unauthorized changes in place.
This architecture is relevant to one of the core trust questions any VPN user must confront: what does the provider actually retain, and for how long? No VPN can make a network connection truly invisible - the provider necessarily handles encrypted traffic - but a RAM-only infrastructure makes it structurally harder for data to persist beyond an active session, even under legal compulsion or following a physical seizure of hardware. ExpressVPN states it holds neither activity logs nor connection logs, and says those claims have been reviewed through independent audits.
The company also distinguishes between physical and virtual server locations. Most of its nodes sit in the country whose IP address they serve. Where infrastructure quality or local conditions make physical placement impractical - certain markets in West Africa, Central Asia, or the Pacific, for example - the company uses virtual locations: an IP address registered to the target country while the physical server operates in a nearby jurisdiction. ExpressVPN publishes a full list of virtual locations on its website, which places it among the more transparent providers on this point. Virtual servers are a standard industry practice, but not all providers disclose which of their listed locations are virtual and which are not.
A Network Built for the Way the Internet Actually Works
The expansion's geographic spread reflects where the modern internet is becoming more locally differentiated. Nuuk appearing on the list signals coverage of Greenland, a territory with significant strategic and infrastructural significance and limited historical VPN presence. Lagos represents one of the continent's largest internet populations gaining a direct local node rather than being routed through European infrastructure. Doha adds a Gulf connection point in a region where content filtering and local compliance pressures make VPN use common. Manchester and Valencia extend city-level granularity in markets - the U.K. and Spain - where regional variation in digital services is meaningful.
The U.K. lineup in particular illustrates the direction of travel. The network now includes Docklands, East London, London, Manchester, the Midlands, Tottenham, and Wembley - seven distinct connection points within a single country. Australia similarly spans Adelaide, Brisbane, Melbourne, Perth, Sydney, and Woolloomooloo. The U.S. map, following the earlier rollout across all 50 states, extends from expected hubs like New York, Los Angeles, and Chicago to smaller regional cities including Billings, Cheyenne, Fargo, Sioux Falls, and Anchorage.
The pattern reflects a simple reality that Engel identified: people experience the internet locally, even when the services they use are global. Advertising systems, language defaults, regional pricing tiers, payment processors, and content availability all respond to the apparent geographic origin of a connection. A VPN that can only offer a country-level match - "United States" rather than "Chicago" or "Boise" - may not be sufficient for a user whose actual need is city-specific. As those local distinctions deepen across the web, the value of a fine-grained location list rises accordingly.
What This Means for Users Weighing Their Options
The practical implications run across several common use cases. Remote workers accessing corporate systems that enforce location-based access policies benefit from reliable, specific city-level anchoring. Travelers who want their banking app to recognize them as connecting from their home city - rather than triggering fraud alerts - need a connection point that matches the expected region. Users in markets with high public Wi-Fi exposure benefit from the encryption that any reputable VPN provides, regardless of which server they select.
What the expansion does not change is the fundamental trust calculus that governs VPN use. A VPN shifts some portion of network visibility from an internet service provider to the VPN operator. That shift is only as beneficial as the operator's actual logging and data-handling practices, the legal jurisdiction governing those practices, and the technical architecture that either enables or limits data retention. Users choosing a VPN provider based on network size alone - rather than examining transparency reports, audit results, jurisdiction, and no-logs architecture - may be optimizing for the wrong variable.
ExpressVPN's expanded network is available immediately through the latest version of its app. Users can access the new locations through the standard location picker without additional configuration.
