VPS IP Address Types: Dedicated IP vs Shared VPS IP

Every vps ip address your server uses sits at the crossroads of performance, security, and deliverability—yet most VPS buyers treat the IP assignment as an afterthought, glancing at it once during setup and never thinking about it again. That approach works until the moment it does not: a transactional email silently lands in the spam folder, a payment gateway refuses your outbound connection, or a blacklist flags the IP you inherited from a previous tenant. At HostingCaptain, we have spent years untangling IP-related headaches for VPS users who discovered too late that the type of IP address assigned to their server matters far more than the spec sheet implies. This guide explains exactly what a dedicated IP address means on a VPS, how it differs from a shared IP, when you absolutely need one, what they cost in 2026, and how to protect your IP reputation before problems cascade into lost revenue.

The IP address landscape has shifted dramatically in the past three years. IPv4 exhaustion is no longer a theoretical problem debated on networking forums—it is a line item on every hosting provider's balance sheet, with single IPv4 addresses trading at $35 to $50 on the secondary market. IPv6 adoption has accelerated past the 45% mark globally, yet the hybrid dual-stack reality means IPv4 remains indispensable for email delivery, legacy payment integrations, and compatibility with the long tail of internet infrastructure. Understanding how these forces shape your vps ip address options is not merely academic curiosity—it is the practical foundation for configuring a VPS that delivers email reliably, serves HTTPS traffic without certificate errors, and maintains a clean reputation with every major blacklist operator. If you are new to the concept of virtual private servers entirely, our VPS hosting basics guide provides the broader context before you dive into the IP-specific details here.

What a Dedicated IP Is vs. a Shared IP on VPS

A dedicated IP address is an IPv4 or IPv6 address assigned exclusively to your VPS instance—no other server, website, or tenant shares that address with you. When you send an email, make an outbound API call, or serve a website from a dedicated IP, the recipient or client sees that address and that address alone; any reputation, blacklist status, or geolocation association attaches solely to your server. On a VPS, a dedicated IP is typically bound directly to your virtual network interface as the primary public address, and all traffic entering or leaving your instance routes through it without multiplexing or host-header-based routing. This is fundamentally the same networking model that a dedicated server provides at the network layer—your IP is yours, and no one else's traffic touches it.

A shared IP address, by contrast, serves multiple VPS instances or multiple websites simultaneously. The most common shared-IP architecture on a VPS hosting platform involves a reverse proxy layer—typically HAProxy, Nginx, or a proprietary load balancer—that sits in front of customer VPS instances and routes incoming HTTP and HTTPS requests to the correct backend server based on the Host header or the Server Name Indication (SNI) field in the TLS handshake. From the outside world's perspective, hundreds or even thousands of websites can appear to originate from a single shared IP address, and the reverse proxy handles the internal routing transparently. This is conceptually similar to how shared hosting has always worked—many accounts behind one IP—but on a VPS platform, you retain full VPS root access and administrative control over your server's configuration, even when the public-facing IP is shared across multiple tenants. The VPS itself still runs your operating system, your software stack, and your firewall rules; only the inbound traffic routing layer is shared.

The practical distinction between dedicated and shared IP on a VPS often confuses newcomers because the terminology is overloaded. In the classic shared hosting world, a shared IP means your website shares a public IPv4 address with hundreds of other customer accounts on the same physical server, and you have no ability to request or configure a dedicated address—you simply accept whatever IP the provider assigns. On a VPS, the control model is inverted: most unmanaged VPS plans come with at least one dedicated IPv4 address by default, and shared-IP routing is typically an optional configuration for customers who want to place a reverse proxy or CDN in front of their server. Some managed VPS platforms, however, place all customer instances behind a shared proxy by design, and obtaining a dedicated IP requires an add-on purchase or a plan upgrade. Understanding which model your provider uses is essential before you attempt to configure email services, payment gateway integrations, or any workflow that depends on a stable, unshared IP address.

IPv4 vs. IPv6 in 2026: Scarcity, Cost, and Adoption Reality

The IPv4 address exhaustion crisis entered a new phase in 2025 when all five Regional Internet Registries (RIRs)—ARIN, RIPE NCC, APNIC, LACNIC, and AFRINIC—reported zero unallocated IPv4 blocks remaining in their free pools, with only recovered and recycled addresses trickling back into circulation through waiting lists. The secondary market for IPv4 addresses, where organizations buy and sell blocks through brokers and auction platforms, has driven per-address prices to approximately $38–$52 in 2026, up from $25–$30 in 2021. Large hosting providers that acquired substantial IPv4 allocations in the 1990s and early 2000s—AWS, DigitalOcean, OVHcloud, Hetzner—remain well-positioned, but smaller and newer hosting companies face real economic pressure: every dedicated IPv4 address they assign to a customer is an asset worth roughly $45 on the open market that they could otherwise sell. This economic reality flows directly into vps ip address pricing, which is why the era of unlimited free IPv4 addresses on budget VPS plans is definitively over.

IPv6 adoption has reached approximately 47–50% of global internet traffic according to Google's IPv6 statistics as of mid-2026, with major mobile carriers including T-Mobile US, Reliance Jio, and Vodafone routing the majority of their subscriber traffic natively over IPv6. Content delivery networks, major cloud providers, and most SaaS platforms have supported IPv6 for years, and the virtual private server ecosystem has followed suit—virtually every VPS provider now assigns a /64 IPv6 subnet to each instance at no additional cost, often by default. A /64 subnet contains 18.4 quintillion addresses, which makes the very concept of a "dedicated" IPv6 address almost meaningless in the scarcity sense; you receive billions of addresses as a baseline feature of your VPS plan. The practical question in 2026 is not whether IPv6 is available—it is—but whether your specific use case can function on IPv6 alone or still requires an IPv4 address alongside it. For the vast majority of production workloads, the answer is dual-stack: you need both protocols because IPv4-only clients, legacy APIs, and email infrastructure still constitute a significant portion of the internet's operational surface.

The cost implications of IPv4 scarcity play out differently depending on provider strategy. Large cloud providers like AWS and Google Cloud now charge $3.60–$4.00 per month for each idle or unattached IPv4 address in your account, a pricing policy designed to discourage hoarding and encourage IPv6-first architectures. Traditional VPS providers, by contrast, typically bundle one IPv4 address into the base plan price and charge $1.50–$5.00 per month for each additional IPv4 address, with the exact figure depending on the provider's inventory depth and their RIR region. Some European providers like Hetzner, operating in the RIPE NCC region where IPv4 exhaustion arrived earlier, charge lower fees (€1.70/month for additional IPv4) because their business model assumes IPv6 primacy and treats IPv4 as a legacy add-on. The key takeaway for VPS buyers is that IPv4 addresses are now a priced commodity, not a free entitlement, and the days of requesting a handful of extra IPs "just in case" without a specific technical justification are over at every reputable provider.

When You Absolutely Need a Dedicated IP Address

Email deliverability is the single most common and consequential reason a VPS owner needs a dedicated IP address, and the stakes could not be higher—emails that land in spam folders represent not just a communications failure but direct revenue loss for e-commerce stores, SaaS platforms, and membership sites that rely on transactional messages, password resets, and purchase confirmations. Major mailbox providers including Gmail, Microsoft Outlook, and Yahoo evaluate the sending IP address's reputation as one of the primary signals in their spam classification algorithms. When your outbound email originates from a shared IP address, your deliverability is only as strong as the worst-behaved tenant on that same address. If another VPS customer sharing your IP sends spam, runs a compromised WordPress installation that pumps out phishing emails, or neglects to configure SPF, DKIM, and DMARC records correctly, the shared IP accumulates negative reputation signals that drag down every sender on that address—including you. Our in-depth exploration of running email on a VPS explains why a dedicated IP is non-negotiable for any self-hosted mail server configuration, because rebuilding a burned IP reputation takes months and is often more expensive than simply starting with a clean dedicated address from day one.

Payment gateway integrations represent the second major use case where a dedicated IP shifts from a nice-to-have to a hard requirement. Older or legacy payment processor APIs—particularly those based on SOAP or XML protocols that predate modern REST architectures—frequently require IP whitelisting as their sole or primary authentication mechanism, meaning the payment gateway will only accept API requests originating from IP addresses that have been pre-registered in their admin panel. If your VPS shares an IP with other tenants, the payment gateway cannot distinguish your legitimate transaction requests from someone else's traffic, and whitelisting a shared IP opens a security gap that PCI DSS auditors and payment security teams are increasingly unwilling to accept. Even modern payment processors like Stripe and Braintree, which authenticate via API keys rather than IP whitelisting, use IP reputation as a secondary risk signal, and a purchase request originating from an IP with a history of fraudulent transactions can trigger automatic declines or manual review flags. For businesses processing credit card transactions, the marginal cost of a dedicated IP is a rounding error compared to the revenue impact of declined transactions and frozen merchant accounts.

SSH whitelisting and secure remote access form the third category where dedicated IP addresses provide security benefits that a shared IP simply cannot match. A well-hardened VPS following our VPS root access best practices blocks all SSH authentication attempts except those originating from known, trusted IP addresses, typically through iptables or nftables rules that drop packets from any source not explicitly permitted. When your VPS has a dedicated IP, you can additionally whitelist that address on your office network, your home firewall, or your CI/CD pipeline, creating a bidirectional trust relationship where your infrastructure components recognize and authenticate each other without relying solely on passwords or cryptographic keys. If the VPS IP is shared, this model breaks: an attacker who compromises a different tenant on the same shared proxy could potentially route malicious traffic to your VPS from the shared IP space, undermining the perimeter security advantages that make SSH whitelisting valuable in the first place. Running your own authoritative nameservers—where glue records at the domain registrar must point to specific, static IP addresses—is yet another scenario where a dedicated IP is mandatory, because DNS glue records cannot reference IP addresses shared across multiple independent nameserver operators without creating ambiguity and potential resolution failures.

When a Shared IP Is Perfectly Fine for Your VPS

For the vast majority of websites and web applications, a shared IP address works flawlessly and involves no performance penalty, no SEO disadvantage, and no functional limitation that a visitor could ever detect. The technology that makes this possible is Server Name Indication (SNI), a TLS extension introduced in 2003 and universally supported by every browser released since Internet Explorer 7 on Windows Vista—which is to say, every browser anyone has used in the past fifteen years. SNI works by having the client include the hostname it intends to connect to (for example, www.example.com) in the very first packet of the TLS handshake, before any encrypted data is exchanged. The server—whether it is your Nginx instance or the hosting provider's reverse proxy—reads that hostname, selects the correct SSL/TLS certificate from its configuration, and completes the handshake. This means a single IP address can serve hundreds of distinct domains each with their own valid, trusted HTTPS certificates issued by Let's Encrypt, DigiCert, or any other certificate authority, without any certificate mismatch errors or browser security warnings.

The SEO impact of shared versus dedicated IP addresses is one of the most persistent and thoroughly debunked myths in the hosting industry, and it deserves a clear, unambiguous statement: Google does not penalize websites for using a shared IP address, and a dedicated IP provides zero direct ranking benefit. Google's search quality team has confirmed this publicly multiple times over the past decade, most recently in a 2024 Search Central office-hours session where John Mueller explicitly stated that IP address type is not a ranking factor and that Google understands shared hosting and reverse-proxy infrastructure are normal, expected features of the modern web. The myth persists largely because of a correlation-versus-causation confusion: sites on dedicated IPs tend to be larger, more established businesses that invest more in content, performance, and user experience—which are legitimate ranking factors—leading observers to incorrectly attribute the ranking success to the IP configuration rather than the underlying site quality. If you are running a standard WordPress site, a Laravel application, a Node.js API, or a static site on a VPS behind a reverse proxy with a shared IP and SNI-based SSL, your SEO performance will be determined by your content and site speed, not by whether your IP address field contains a dedicated or shared value.

Resource efficiency is another advantage of the shared IP model that becomes relevant at scale. When you operate multiple VPS instances—perhaps a web server, a database server, and a staging environment—routing them all through a single shared IP with a reverse proxy eliminates the need to purchase and manage dedicated IP addresses for each instance. This architecture also simplifies DNS management, because you can point multiple A records to the same shared IP without creating conflicting PTR records or worrying about reverse DNS consistency. For developers and small businesses who value simplicity and cost control, the shared IP approach combined with SNI and modern TLS configuration delivers HTTPS security, isolation at the VPS operating system level, and full control over the application stack—all without the recurring monthly cost and administrative overhead of maintaining dedicated IP addresses for every service. The key is recognizing that shared IPs are an architectural choice enabled by modern protocol standards, not a compromise forced by a lower hosting tier.

How to Get Additional IPs on Your VPS

Requesting an additional dedicated IP address on an existing VPS is typically a straightforward process handled through your hosting provider's control panel, but the specific workflow and approval time vary significantly across providers. On platforms like DigitalOcean, Vultr, and Linode, you navigate to the networking or IP management section of your control panel, select the VPS instance you want to assign the IP to, and click a button labeled "Add IPv4 Address" or "Request Additional IP." The IP is usually provisioned within seconds to minutes, and the control panel displays the new address along with the subnet mask and gateway information you need to configure it inside the operating system. Some providers charge a small one-time provisioning fee of $1–$5 in addition to the recurring monthly charge, so the first-month cost of a new IP may be slightly higher than the ongoing monthly rate.

Once the IP is provisioned at the provider level, you must configure it within your VPS's operating system for it to become functional. On Ubuntu and Debian systems using netplan (the default on 22.04 and later), you edit the YAML configuration file in /etc/netplan/ to add the new IP address as an additional address entry under your primary network interface, then run sudo netplan apply to activate the change. On older systems or those using /etc/network/interfaces, you add a virtual interface entry such as iface eth0:1 inet static with the new address, netmask, and gateway. RHEL-based distributions including AlmaLinux and Rocky Linux use NetworkManager's nmcli tool or the legacy /etc/sysconfig/network-scripts/ifcfg-eth0:1 file. After configuring the IP at the OS level, you must update your application and service configurations—Nginx listen directives, Postfix inet_interfaces settings, or iptables rules—to bind to the new address specifically, otherwise the IP will respond to pings but not serve any application traffic. Most providers cap the number of additional IPv4 addresses at between 3 and 8 per VPS instance without requiring special justification, reflecting the RIR policies that govern how hosting companies can allocate IP addresses to end users.

Justification requirements are not arbitrary bureaucracy imposed by your hosting provider—they are a direct consequence of RIR policies that mandate address conservation, and providers that fail to enforce justification risk losing their own IP allocations. When you request an additional IP, be prepared to state a specific technical purpose: hosting a separate SSL certificate for a legacy client that does not support SNI, running an authoritative nameserver that requires unique glue records, or segregating outbound email traffic for a second domain with independent SPF and DKIM configurations. Vague justifications like "I need another IP for my website" are typically rejected because the provider can point to SNI as the appropriate solution. IPv6 allocations, by comparison, are generous—most providers assign a /64 subnet (18 quintillion addresses) by default, and some offer /48 subnets upon request. Since there is no scarcity-driven cost for IPv6 addresses, the concept of requesting "additional" IPv6 IPs is largely irrelevant; you already have more addresses than you will ever use, and the configuration challenge is selecting which specific IPv6 address from your allocation to assign to each service.

Dedicated IP Pricing in 2026: What You Should Expect to Pay

The market rate for an additional dedicated IPv4 address on a VPS plan has stabilized at $2.00 to $5.00 per month per address in 2026, with the majority of mainstream providers clustering around the $2.50 to $4.00 range. DigitalOcean charges $4.00 per month for each reserved IPv4 address attached to a Droplet, Vultr charges $2.00 per month per additional IPv4, Linode (Akamai Connected Cloud) charges $2.00 per month, and Hetzner Cloud charges €1.70 (approximately $1.85) per month per additional IPv4 address with a maximum of three additional IPs per instance. OVHcloud includes up to 16 additional IPv4 addresses on some VPS plans at no extra charge, though this is an outlier made possible by OVH's historically massive IPv4 allocation acquired during the early internet era. These prices have risen gradually from the $1.00–$3.00 range that was common between 2018 and 2022, reflecting both the increasing secondary-market valuation of IPv4 blocks and the operational overhead providers incur in managing RIR compliance, abuse handling, and IP reputation monitoring.

The first IPv4 address on almost every VPS plan is included in the base plan price—you do not pay a separate line item for the primary IP your VPS uses. What you pay for are additional IPs beyond the first. The included IP is a significant element of the plan's overall value proposition, and it is one reason why comparing VPS plans solely on RAM, CPU, and storage misses an important cost component. A plan that appears $3/month cheaper than a competitor but charges $4/month for an additional IP you know you will need for email delivery may actually be the more expensive choice over a 12-month term. Some managed VPS and cloud platforms take a different approach: they do not assign a dedicated IPv4 address by default at all, instead placing every instance behind a shared load balancer and charging $3–$5 per month if the customer wants a dedicated IP. This model is common among platform-as-a-service (PaaS) providers and managed WordPress hosts, and it is worth checking whether your "VPS" plan is actually a VPS with a dedicated IP or a managed platform that uses shared IP routing by default. At HostingCaptain, we have reviewed dozens of provider pricing structures and can confirm that the $2–$5 per-IP-per-month range is the benchmark against which any offer outside that window should be evaluated for hidden caveats or unsustainable pricing.

IP Reputation and Why It Matters for Your VPS

IP reputation is an aggregate score, maintained by dozens of independent organizations and mail providers, that determines whether traffic originating from your IP address is treated as trustworthy or suspicious. This reputation is not a single number you can look up on a dashboard—it is a composite of signals: the volume and complaint rate of emails sent from your IP, whether the IP has appeared in spam trap hits, whether it has been listed on any of the hundreds of public DNS-based blacklists (DNSBLs), the age and stability of the IP's DNS records including forward-confirmed reverse DNS, and the ratio of legitimate to unwanted traffic patterns observed over weeks and months. Every major email provider—Gmail, Outlook, Yahoo, Zoho, and the enterprise filtering appliances from Proofpoint, Mimecast, and Barracuda—maintains its own internal reputation database, and your deliverability to each provider depends on your score within their proprietary system. A dedicated IP gives you exclusive control over your reputation trajectory: if you send clean, wanted email from a dedicated IP, you build positive reputation over time, and no unrelated third party can damage it. On a shared IP, your reputation is the average of every sender on that address, and one compromised WordPress installation pumping out pharmacy spam can destroy deliverability for a hundred well-behaved businesses in a single weekend.

The most consequential blacklists in operational terms are Spamhaus, Barracuda, SORBS, and SpamCop, though dozens of smaller lists feed into various filtering pipelines. Spamhaus, in particular, operates the most widely used blocklists—the SBL (Spamhaus Block List), XBL (Exploits Block List), and DBL (Domain Block List)—and a listing on any of these will cause email rejections at a large fraction of global mail servers within hours. Delisting from Spamhaus typically requires identifying and resolving the root cause—removing malware, closing open relays, stopping spammy outbound mail—and then submitting a delisting request through Spamhaus's web interface, which is usually processed within 24 hours if the underlying issue is genuinely resolved. Repeat listings are treated with escalating severity, and a "snowshoe" spam pattern where a sender rotates through multiple IPs to evade detection will result in broader netblock listings that are exponentially harder to reverse. For VPS users operating self-hosted email servers, the IP reputation dimension is not secondary to the technical configuration of Postfix or Exim—it is equally important, and arguably harder to fix once broken, because reputation recovery is measured in months of clean sending behavior, not hours of reconfiguration work.

A clean dedicated IP does not guarantee good email deliverability on its own—you still need properly configured SPF, DKIM, DMARC, and a valid PTR record that matches your sending hostname—but a dedicated IP with bad reputation guarantees poor deliverability regardless of how perfect your DNS and authentication records are. This is why IP warming, the process of gradually increasing sending volume on a newly assigned dedicated IP over a period of two to four weeks, is critical for anyone planning to send more than a few hundred emails per day. Mailbox providers are inherently suspicious of new IPs that suddenly blast out thousands of messages, and warming establishes a positive sending history gradually. The warm-up process typically starts with 50–100 emails per day to your most engaged recipients (people who have recently opened or clicked your messages), doubling volume every few days until you reach your normal sending cadence, while monitoring bounce rates, spam complaint rates, and blacklist status throughout. Rushing this process triggers the exact spam-detection heuristics the warm-up is designed to avoid, and recovering a new IP that has already been flagged as suspicious is substantially harder than warming it correctly from the start.

How to Check Your VPS IP Reputation

Checking your VPS IP address's reputation should be the first action you take after receiving a new IP from your provider, and it should be a recurring part of your server monitoring routine. The most accessible tool is MXToolbox's free blacklist check, available at mxtoolbox.com/blacklists.aspx, which queries your IP address against more than one hundred DNS-based blocklists simultaneously and returns a simple red/green pass/fail result for each. A clean result on MXToolbox is the baseline expectation—if a newly assigned IP appears on any major blacklist, open a support ticket with your hosting provider immediately and request a different IP, because cleaning reputation from a listed address is your provider's responsibility, not yours, and you should not pay for the privilege of inheriting someone else's abuse history. Beyond MXToolbox, the Spamhaus IP and Domain Reputation Checker at check.spamhaus.org provides the most authoritative verdict, as Spamhaus listings carry the heaviest operational consequences of any public blocklist.

For VPS users who send email, deeper reputation intelligence is available through Google Postmaster Tools and Microsoft Smart Network Data Services (SNDS), both of which are free but require domain verification and provide data only for your own domains' sending activity. Google Postmaster Tools shows your domain and IP reputation as Google's mail systems evaluate them, including spam rate (the percentage of your messages that users mark as spam), delivery errors, and authentication pass/fail statistics for SPF, DKIM, and DMARC. Microsoft SNDS provides similar data for Outlook and Hotmail recipients, including the number of messages received from your IP and the complaint rate. Both tools require a warm-up period of several days before data appears, as the mailbox providers need to accumulate enough sending volume to generate statistically meaningful reputation signals. Cisco Talos Intelligence offers a broader IP and domain reputation lookup that weights factors beyond email—it considers web-based malware hosting history, observed command-and-control traffic patterns, and other threat intelligence signals that affect not just email deliverability but whether corporate firewalls and endpoint protection software will block connections to your server entirely. For readers evaluating their broader hosting security posture alongside IP reputation, our VPS root access guide covers the permission and authentication layers that complement network-level reputation management.

Common IP-Related Issues on VPS and How to Fix Them

Inheriting a blacklisted IP address from a previous tenant is the most frustrating and common IP-related problem on VPS platforms, and it happens because providers recycle IP addresses when customers release them—a necessary practice given IPv4 scarcity, but one that occasionally results in a new customer receiving an IP the previous owner managed to get listed on Spamhaus, Barracuda, or a dozen smaller blocklists. The fix depends on the provider's policy: reputable providers maintain internal blocklist monitoring and will not assign an IP that is currently listed on major RBLs, but smaller or budget providers may not proactively check. If you receive a listed IP, document the listings with MXToolbox screenshots, open a support ticket, and request an IP reassignment. Do not attempt to delist an IP you just received, because delisting requires you to attest that the abuse has stopped and will not recur, and you have no visibility into what the previous tenant did or whether they fixed it. If your provider refuses to reassign a blacklisted IP, that refusal is a strong signal about the provider's overall quality, and you should consider the dedicated server or alternative VPS options before investing further in a platform that does not protect its customers from inherited reputation damage.

Reverse DNS (PTR record) misconfiguration is another common issue that manifests specifically as email delivery failures, particularly to large corporate mail systems and Microsoft-hosted mailboxes. A PTR record is a DNS entry in the reverse zone—a special domain under in-addr.arpa for IPv4 or ip6.arpa for IPv6—that maps your IP address back to a hostname, and almost all email servers check that the PTR record of the sending IP matches (or at least resolves to) the hostname presented in the SMTP HELO/EHLO greeting. If your VPS's PTR record points to a generic provider hostname like "vps-12345.provider.com" but your mail server identifies itself as "mail.yourdomain.com," large mail systems will treat the mismatch as a configuration error and may reject or spam-folder your messages. The fix is to set the PTR record through your hosting provider's control panel—PTR records for IP space are delegated to the IP owner, which is your provider, so you cannot set them through your own DNS management interface. Most control panels have a networking or IP management tab where you can enter the desired PTR hostname, and changes typically propagate within minutes to hours. The PTR hostname should resolve forward (an A record) back to the same IP address, a condition called Forward-Confirmed Reverse DNS (FCrDNS), which is a strong positive reputation signal for email deliverability.

IP geolocation inaccuracy is a subtler problem that can affect CDN routing, content licensing compliance, and the default language and currency displayed to visitors, and it is caused by the commercial GeoIP databases that companies like MaxMind, IP2Location, and DB-IP maintain. When a hosting provider moves an IP block between data centers in different countries, or when the whois registration for an IP block reflects the provider's corporate headquarters rather than the physical data center location, GeoIP databases can show your server as being in a different country than it actually is. This matters because streaming services, gambling platforms, and other geo-restricted content providers use GeoIP lookups to enforce licensing boundaries, and an incorrect location can block legitimate access from you or your users. The fix process is provider-dependent: most major GeoIP database vendors accept correction requests through their websites, and after submitting evidence (such as traceroute data showing the actual network path), the correction typically appears in the next database update cycle, which can take anywhere from a week to a month. Meanwhile, issues like port 25 blocking—where the VPS provider blocks outbound SMTP traffic by default to prevent spam from compromised instances—require a support ticket requesting the block be lifted, typically accompanied by a brief explanation of your legitimate email use case and an acknowledgment of the provider's acceptable use policy.

Frequently Asked Questions About VPS IP Addresses