A VPN, or Virtual Private Network, allows you to create a secure and encrypted connection over a less secure network, such as the internet. It provides a way to establish a private and protected communication channel between your device (computer, smartphone, or tablet) and a server operated by the VPN provider. It enables users to send and receive data as if their devices were directly connected to a private network, even if they are accessing the internet through a public network.

1. Anonymity and Privacy:

By using a VPN, your real IP address is masked, with the IP address of the VPN server visible to the websites and online services you access instead. This enhances your privacy and makes it more difficult for websites to track your online activities.

2. Bypassing Geographic Restrictions:

VPNs can be used to bypass geographic restrictions imposed by websites or streaming services. By connecting to a server in a different location, you can access content that might be restricted in your actual location.

3. Secure Connection:

When you connect to a VPN, your internet traffic is encrypted, making it more challenging for third parties, like hackers or even your Internet Service Provider (ISP), to intercept, view, and sell your data.

4. Public Wi-Fi Security:

When you connect to public Wi-Fi networks, such as those in cafes or airports, your data can be vulnerable. Using a VPN adds an extra layer of security, encrypting your data and protecting it from potential threats on unsecured networks.

5. Bypassing Censorship:

In regions with internet censorship, a VPN can help users bypass restrictions and access content that might be otherwise blocked.

6. Client Software:

To use a VPN, you typically need to install client software on your device. This software manages the connection to the VPN server, establishes the encrypted tunnel, and ensures data privacy and security.

When browsing the internet, your internet service provider (ISP) establishes your internet connection, routing all your traffic through their servers while recording and tracking everything you do online based on your IP address. Although they may seem trustworthy, ISPs share your data with third parties such as advertisers, law enforcement agencies, and/or governments. ISPs themselves fall victim to cyber-attacks which further compromise your data. It is especially important to use a VPN if you connect to public WiFi networks, where you never know who might steal from you and to what extent – your entire identity may be compromised.

We offer Dedicated VPNs. A Dedicated IP VPN is a service that provides users with a unique, static IP address exclusively assigned to them. Unlike shared VPNs, where multiple users share the same IP addresses, a dedicated IP VPN offers an individual, fixed IP address. Here are key aspects of a VPN with a dedicated IP:

1. Individuality:

A dedicated IP VPN assigns a specific IP address to an individual user, ensuring that the same IP is not shared with other users. This can have benefits for certain applications and online activities.

2. Enhanced Security:

Dedicated IP addresses can enhance security by reducing the risk of being associated with malicious activities. It's less likely that the IP address is blacklisted or subject to restrictive measures, as may be the case with shared IPs.

3. Access Control:

Some online services or networks may require access from a specific, whitelisted IP address. A dedicated IP VPN allows users to maintain consistent access to such services.

4. Reduced Authentication Challenges:

Certain online platforms use IP addresses as one factor in their authentication processes. With a dedicated IP, users may experience fewer authentication challenges or security checks.

5. Remote Access to Specific Systems:

For businesses or individuals requiring remote access to specific systems or services that are configured to allow connections only from specific IPs, a dedicated IP VPN can be beneficial.

6. Avoiding Blacklisting:

Shared IP addresses in VPNs might sometimes be blacklisted due to the actions of other users. A dedicated IP reduces the likelihood of being affected by blacklisting, ensuring consistent access.

7. Content Access:

In some cases, online services or streaming platforms may have measures to detect and block VPN traffic. A dedicated IP can help overcome these restrictions, providing more reliable access to content.

8. Reduced Impact on Speed:

Since the IP address is not shared with other users, a dedicated IP may have less impact on connection speed compared to shared IP addresses, where server load and user activity can influence speed.

Yes! We value our clients’ privacy and convenience over everything else, and are happy to offer this as a payment option.

Self-wiping servers refer to server mechanisms designed to automatically erase or delete data, logs, configurations, or other sensitive information stored on the server at regular intervals. Executed upon specific triggers, events, or conditions, these mechanisms enhance the security and privacy of their servers. AtendiVPN incorporates self-wiping mechanisms in all of its VPNs. Most regular shared VPN companies, in contrast, do not wipe their servers. This allows them to profit off of your data, which they claim to protect, such as by selling it to third parties.

At AtendiVPN we provide this service for the same reason we do not collect cookies. Why should a VPN company, claiming to protect its customers’ privacy and information, be collecting and storing its customers’ data?

The self-wiping process has the following benefits:

1. Data Erasure:

Self-wiping servers implement automated processes, scripts, or tools to periodically remove stored data, logs, files, configurations, or information to ensure data integrity, protection, and confidentiality.

2. Security Measures:

Self-wiping servers enhance security measures by reducing potential risks, vulnerabilities, exposures, or threats associated with unauthorized access, data breaches, intrusions, malware attacks, or malicious activities targeting stored information, resources, or infrastructure within VPN environments effectively.

3. Privacy Enhancements:

Self-wiping servers improve privacy protections by minimizing data retention, storage, or exposure risks, ensuring user anonymity, confidentiality, or protection from data harvesting, tracking, profiling, surveillance, or exploitation within VPN services, platforms, or applications based on user requirements, preferences, or expectations.

4. Compliance Considerations:

Self-wiping servers facilitate compliance with specific regulations, standards, policies, or requirements by implementing automated data erasure, deletion, removal, or retention controls to manage, protect, or secure sensitive information, resources, or infrastructure within VPN environments effectively based on industry-specific, jurisdictional, or organizational frameworks.

5. Operational Efficiencies:

Self-wiping servers optimize operational efficiencies by automating data management, retention, storage, or deletion processes, reducing manual interventions, administrative burdens, or resource allocations associated with maintaining, securing, or managing server configurations, environments, or infrastructures within VPN services effectively.

In the context of IP addresses, the terms "clean" and "dirty" are often used to describe the reputation or usage history of the IP address.

Clean IP Address:

A "clean" IP address typically refers to an IP address with a good reputation. In other words, it has never been associated with suspicious or malicious activities. Clean/reputable IPs are those used for legitimate purposes, such as sending regular emails, hosting websites, or accessing online services without engaging in harmful behavior.

Dirty IP Address:

On the other hand, a "dirty" IP address is one with a negative reputation. After initially being flagged for engaging in spam, malicious activities, or other forms of abuse, IP addresses can be labeled as dirty/disreputable once associated with phishing schemes, hacking attempts, or other malicious behavior.

Several factors contribute to an IP’s reputation, including:

1. Email Spam:

An IP address may be considered "dirty" if it has been used for sending spam emails. Email service providers often maintain lists of IP addresses with poor reputations to filter out spam.

2. Malware Distribution:

IPs involved in hosting or distributing malware may be labeled as "dirty" due to their association with harmful activities.

3. Phishing Attempts:

IP addresses linked to phishing websites or attempts to steal sensitive information are likely to have a negative reputation.

4. Botnet Activities:

IP addresses associated with botnets, which are networks of compromised computers used for various malicious purposes, can be labeled "dirty."

5. Proxy or VPN Abuse:

In some cases, IP addresses used by certain proxies or VPN services might be flagged as "dirty" if they are frequently associated with abuse, such as fraudulent activities or unauthorized access attempts.

IP reputation in the context of VPNs has several ramifications, including:

1. Blacklisting:

Some websites, services, or online platforms maintain lists of IP addresses known for malicious activities, spam, or abuse. If the IP address assigned to you by a VPN is on one of these blacklists, it often results in restricted access.

2. Spam Filtering:

Email services often use IP reputation to filter out spam. If the IP address of your VPN server has a poor reputation, it might affect your ability to send emails or otherwise increase the likelihood of your emails being marked as spam.

3. Content Access:

Certain online services or streaming platforms may have measures to detect and block VPN traffic. IP reputation plays a role in this detection process. If VPN IP addresses are frequently associated with abuse, it may trigger blocks.

4. Authentication Challenges:

Some online services use IP reputation as a factor in their authentication process. If the IP address is flagged or has a history of suspicious activity, it could result in additional security measures, such as CAPTCHA checks.

5. Quality of Service:

The overall quality of service provided by a VPN can be affected by the reputation of its IP addresses. For example, if the VPN server's IP addresses are frequently blocked or throttled, it may impact the speed and reliability of your connection.

6. Anonymity and Privacy:

If the IP addresses used by a VPN have a history of abuse, it may raise concerns about the level of anonymity and privacy the VPN service can provide.

We offer over 100 countries to choose from for our Dedicated VPNs, including popular locations such as the United States, Germany, Spain, the Netherlands, Japan, the United Kingdom, and more.

Overloading is a major flaw of shared VPNs. Overloading a VPN refers to a situation where the server or its network infrastructure becomes overwhelmed by the volume of user traffic, simultaneous connections, bandwidth consumption, or resource demands. As a result, regular shared VPNs artificially limit the amount of traffic that can occur on their servers.

Though we do not have an infinite capacity for internet traffic, we do not place artificial limits upon your use of our VPN in order to make larger profits. Unlike other VPN companies, we give you exactly what we get server-side, so you get the full capabilities of the server you pay for.

The speed/performance of a VPN can otherwise be influenced by factors such as:

1. Encryption Level:

Stronger encryption algorithms provide better security but can also impact speed. If you're using a VPN protocol with high-level encryption, it may result in a slight decrease in speed compared to a protocol with lighter encryption.

2. Internet Connection Speed:

Your baseline internet connection speed remains a crucial factor. Even the fastest VPN won’t provide faster speeds than your actual internet connection allows.

3. Device Performance:

The capabilities of your device, including its processing power, can impact VPN speed. Older or less powerful devices may experience more noticeable impacts on speed.

4. Network Congestion:

The overall volume of internet traffic and/or network congestion can influence VPN speed. During peak hours, when many users are online, you may experience slower speeds.

5. ISP Throttling:

Some Internet Service Providers (ISPs) engage in throttling, which intentionally slows down certain types of Internet traffic. A VPN can sometimes help bypass throttling, improving overall speed.

Though of course we do not have an infinite capacity for internet traffic, we do not place artificial limits upon your use of our VPN in order to make larger profits. Unlike other VPN companies, we give you exactly what we get server-side, so you get the full capabilities of the server you pay for.