🔹 UDP vs TCP — What’s the Difference and Which Is Better?
TCP (Transmission Control Protocol)
TCP is the “reliable” protocol. It establishes a connection, checks packet delivery, and ensures everything arrives in the correct order.
Perfect when stability and accuracy matter.
Advantages of TCP:
✔️ guaranteed delivery
✔️ correct packet order
✔️ reliable even on unstable networks
Common use cases:
🌐 websites & HTTPS
📧 email
📥 file downloads/transfers
UDP (User Datagram Protocol)
UDP is the “fast” protocol. It sends data without connection setup or delivery checks — maximum speed, minimum delay.
Advantages of UDP:
⚡️ very low latency
⚙️ less network overhead
🔥 ideal for real-time communication
Common use cases:
🎮 online gaming
📞 VoIP & calls
🎥 streaming & live broadcasts
🔹 So, which one is better?
It depends on your goal:
Need reliability and stability? → Choose TCP.
Need speed and lowest possible ping? → Go with UDP.
Simple rule:
TCP = data integrity. UDP = transmission speed.
TCP (Transmission Control Protocol)
TCP is the “reliable” protocol. It establishes a connection, checks packet delivery, and ensures everything arrives in the correct order.
Perfect when stability and accuracy matter.
Advantages of TCP:
✔️ guaranteed delivery
✔️ correct packet order
✔️ reliable even on unstable networks
Common use cases:
🌐 websites & HTTPS
📥 file downloads/transfers
UDP (User Datagram Protocol)
UDP is the “fast” protocol. It sends data without connection setup or delivery checks — maximum speed, minimum delay.
Advantages of UDP:
⚡️ very low latency
⚙️ less network overhead
🔥 ideal for real-time communication
Common use cases:
🎮 online gaming
📞 VoIP & calls
🎥 streaming & live broadcasts
🔹 So, which one is better?
It depends on your goal:
Need reliability and stability? → Choose TCP.
Need speed and lowest possible ping? → Go with UDP.
Simple rule:
TCP = data integrity. UDP = transmission speed.
🔹 HTTP vs SOCKS5 — What’s the Difference and Which One Should You Choose?
HTTP Proxies
These work on the web protocol level. They understand and process HTTP/HTTPS traffic, can modify headers, and sometimes cache requests.
Perfect for browsers and anything web-related.
HTTP highlights:
✔️ optimized for website traffic
✔️ supports HTTPS
✔️ can modify/analyze headers
Best for:
🌐 browsing & web scraping
🛒 marketplaces
📊 analytics tools
SOCKS5 Proxies
A more flexible, lower-level protocol. It doesn’t interpret traffic — it simply forwards any type of data.
That makes SOCKS5 suitable for almost any application.
SOCKS5 highlights:
⚡️ works with any traffic type
🕵️ higher anonymity
🔐 supports UDP (unlike HTTP)
Best for:
🎮 gaming
📞 VoIP
🛠 apps, scripts, proxy chains
📱 social media & APIs requiring flexibility
HTTP Proxies
These work on the web protocol level. They understand and process HTTP/HTTPS traffic, can modify headers, and sometimes cache requests.
Perfect for browsers and anything web-related.
HTTP highlights:
✔️ optimized for website traffic
✔️ supports HTTPS
✔️ can modify/analyze headers
Best for:
🌐 browsing & web scraping
🛒 marketplaces
📊 analytics tools
SOCKS5 Proxies
A more flexible, lower-level protocol. It doesn’t interpret traffic — it simply forwards any type of data.
That makes SOCKS5 suitable for almost any application.
SOCKS5 highlights:
⚡️ works with any traffic type
🕵️ higher anonymity
🔐 supports UDP (unlike HTTP)
Best for:
🎮 gaming
📞 VoIP
🛠 apps, scripts, proxy chains
📱 social media & APIs requiring flexibility
🔹 IPv4 vs IPv6 — What’s the Difference and Which One Should You Use?
IPv4
The classic internet protocol — and still the most widely used today.
Because IPv4 addresses are limited, they’re more valuable and often more trusted by websites.
IPv4 highlights:
✔️ highest compatibility — works everywhere
✔️ fewer blocks on strict platforms
✔️ stable performance for scraping & automation
Best for:
🌐 websites with strict filters
📊 SEO tools, scraping
🛒 marketplaces & social networks
🔍 anything where trust matters
IPv6
A newer protocol with almost unlimited IP availability.
Cheaper, faster to issue, but not always supported by every platform.
IPv6 highlights:
⚡️ large IP pools for massive tasks
💰 lower cost
🚀 great for high-volume operations
⚠️ may be restricted on some websites
Best for:
📈 bulk data collection
🧪 testing at scale
📡 tasks where quantity > compatibility
🔹 So, which one is better?
Use IPv4 when:
✔️ you need maximum compatibility
✔️ you work with sensitive websites
✔️ blocks and CAPTCHAs must be minimized
Use IPv6 when:
✔️ you need lots of IPs for cheap
✔️ volume is more important than strict site support
✔️ you’re doing large-scale automation
Simple rule:
IPv4 = stability & trust.
IPv6 = scale & low cost.
IPv4
The classic internet protocol — and still the most widely used today.
Because IPv4 addresses are limited, they’re more valuable and often more trusted by websites.
IPv4 highlights:
✔️ highest compatibility — works everywhere
✔️ fewer blocks on strict platforms
✔️ stable performance for scraping & automation
Best for:
🌐 websites with strict filters
📊 SEO tools, scraping
🛒 marketplaces & social networks
🔍 anything where trust matters
IPv6
A newer protocol with almost unlimited IP availability.
Cheaper, faster to issue, but not always supported by every platform.
IPv6 highlights:
⚡️ large IP pools for massive tasks
💰 lower cost
🚀 great for high-volume operations
⚠️ may be restricted on some websites
Best for:
📈 bulk data collection
🧪 testing at scale
📡 tasks where quantity > compatibility
🔹 So, which one is better?
Use IPv4 when:
✔️ you need maximum compatibility
✔️ you work with sensitive websites
✔️ blocks and CAPTCHAs must be minimized
Use IPv6 when:
✔️ you need lots of IPs for cheap
✔️ volume is more important than strict site support
✔️ you’re doing large-scale automation
Simple rule:
IPv4 = stability & trust.
IPv6 = scale & low cost.
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🔥 Why Do Websites Block Proxies?
Many platforms actively monitor traffic and block proxies — especially when they detect automated or suspicious behavior. Here are the main reasons:
1️⃣ Suspicious behavior patterns
If a website sees identical actions across accounts, very fast requests, or activity without natural delays — it looks like a bot.
2️⃣ Too many requests from one IP
High request volume = potential DDoS risk. Sites automatically block IPs that generate excessive traffic.
3️⃣ “Dirty” or previously abused IPs
If an IP was used for spam, scraping, or fake traffic in the past, it often gets blocked immediately.
4️⃣ Geo and fingerprint mismatch
Sites compare IP location with browser language, timezone, device data — mismatches raise red flags.
5️⃣ Cheap or shared proxies
Public or low-cost datacenter proxies are often already blacklisted, so platforms block them by default.
Many platforms actively monitor traffic and block proxies — especially when they detect automated or suspicious behavior. Here are the main reasons:
1️⃣ Suspicious behavior patterns
If a website sees identical actions across accounts, very fast requests, or activity without natural delays — it looks like a bot.
2️⃣ Too many requests from one IP
High request volume = potential DDoS risk. Sites automatically block IPs that generate excessive traffic.
3️⃣ “Dirty” or previously abused IPs
If an IP was used for spam, scraping, or fake traffic in the past, it often gets blocked immediately.
4️⃣ Geo and fingerprint mismatch
Sites compare IP location with browser language, timezone, device data — mismatches raise red flags.
5️⃣ Cheap or shared proxies
Public or low-cost datacenter proxies are often already blacklisted, so platforms block them by default.
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🔥 What Are DNS Leaks and How Do You Avoid Them?
When you use a proxy or VPN, all your traffic should pass through that server.
But sometimes a DNS leak occurs — your DNS requests bypass the proxy and go directly to your ISP.
This can reveal your real location and IP, even if the rest of the traffic is routed through the proxy.
🔹 Why are DNS leaks dangerous?
1️⃣ Your real IP gets exposed
Websites can see your original DNS server → which means they can detect your country and network.
2️⃣ Loss of anonymity
Even with a working proxy, a DNS leak shows that you’re spoofing your IP.
3️⃣ Blocks and verification issues
Platforms may block you if your IP location and DNS location don’t match.
4️⃣ Potential data logging
Some DNS providers log your requests — creating traces of your activity.
🔹 How to avoid DNS leaks?
✔️ Use high-quality proxies (SOCKS5 or residential)
✔️ Check for leaks on tools like dnsleaktest.com
✔️ Enable DNS-over-HTTPS (DoH) in your browser
✔️ Use DNS-over-TLS or DNS-over-HTTPS at the system/app level
✔️ Avoid cheap/public proxies with no DNS protection
✔️ Configure DNS settings properly in anti-detect browsers
🔹 Bottom line
DNS leaks = real location exposed, even when using a proxy.
To avoid them — use secure DNS, test your connection, and work with reliable proxies.
When you use a proxy or VPN, all your traffic should pass through that server.
But sometimes a DNS leak occurs — your DNS requests bypass the proxy and go directly to your ISP.
This can reveal your real location and IP, even if the rest of the traffic is routed through the proxy.
🔹 Why are DNS leaks dangerous?
1️⃣ Your real IP gets exposed
Websites can see your original DNS server → which means they can detect your country and network.
2️⃣ Loss of anonymity
Even with a working proxy, a DNS leak shows that you’re spoofing your IP.
3️⃣ Blocks and verification issues
Platforms may block you if your IP location and DNS location don’t match.
4️⃣ Potential data logging
Some DNS providers log your requests — creating traces of your activity.
🔹 How to avoid DNS leaks?
✔️ Use high-quality proxies (SOCKS5 or residential)
✔️ Check for leaks on tools like dnsleaktest.com
✔️ Enable DNS-over-HTTPS (DoH) in your browser
✔️ Use DNS-over-TLS or DNS-over-HTTPS at the system/app level
✔️ Avoid cheap/public proxies with no DNS protection
✔️ Configure DNS settings properly in anti-detect browsers
🔹 Bottom line
DNS leaks = real location exposed, even when using a proxy.
To avoid them — use secure DNS, test your connection, and work with reliable proxies.
🔥 What Are Mobile Proxies and Why Are They the Most Trustworthy?
Mobile proxies use IP addresses from mobile network operators (4G/5G).
Since this traffic comes from real mobile carriers, it looks exactly like activity from normal smartphone users.
That’s why mobile proxies are one of the most reliable and hardest-to-block proxy types.
🔹 Why are mobile proxies so popular?
1️⃣ Maximum trust level
Websites rarely block mobile IPs — the risk of banning real users is too high.
2️⃣ Natural IP rotation
Mobile networks constantly rotate IPs. This helps avoid bans effortlessly.
3️⃣ Ideal for the strictest platforms
Marketplaces, social media, advertising platforms — mobile proxies pass verification better than any other type.
4️⃣ High anonymity
Carriers use CGNAT → thousands of users may share the same public IP.
This makes tracking or fingerprinting extremely difficult.
🔹 Where do mobile proxies perform best?
📱 Instagram / TikTok / Facebook / X
🛒 Marketplaces (Amazon, eBay, Wildberries, Ozon)
📈 Ad accounts
💬 Telegram & other messengers
🌐 Account creation & farming
🚀 High-risk tasks where trust matters most
🔹 Bottom line
Mobile proxies are the most trusted and human-like IP type.
Perfect for strict platforms, avoiding bans, and working with accounts safely.
Mobile proxies use IP addresses from mobile network operators (4G/5G).
Since this traffic comes from real mobile carriers, it looks exactly like activity from normal smartphone users.
That’s why mobile proxies are one of the most reliable and hardest-to-block proxy types.
🔹 Why are mobile proxies so popular?
1️⃣ Maximum trust level
Websites rarely block mobile IPs — the risk of banning real users is too high.
2️⃣ Natural IP rotation
Mobile networks constantly rotate IPs. This helps avoid bans effortlessly.
3️⃣ Ideal for the strictest platforms
Marketplaces, social media, advertising platforms — mobile proxies pass verification better than any other type.
4️⃣ High anonymity
Carriers use CGNAT → thousands of users may share the same public IP.
This makes tracking or fingerprinting extremely difficult.
🔹 Where do mobile proxies perform best?
📱 Instagram / TikTok / Facebook / X
🛒 Marketplaces (Amazon, eBay, Wildberries, Ozon)
📈 Ad accounts
💬 Telegram & other messengers
🌐 Account creation & farming
🚀 High-risk tasks where trust matters most
🔹 Bottom line
Mobile proxies are the most trusted and human-like IP type.
Perfect for strict platforms, avoiding bans, and working with accounts safely.
🔥 Why Are Mobile Proxies More Expensive?
Mobile proxies are the most expensive type of IP —
and it’s not marketing, it’s pure technology and economics. Here’s why:
1️⃣ Limited supply from mobile carriers
Mobile IPs come directly from real 4G/5G operators.
The supply is limited, but demand is huge → prices naturally rise.
2️⃣ CGNAT = extremely high trust level
Thousands of real users can share the same mobile IP at the same time.
Websites know this and almost never block mobile IPs.
High trust = higher cost.
3️⃣ Expensive hardware & infrastructure
To provide stable mobile proxies, providers need:
📶 real SIM cards
📡 modems / routers / gateways
🔌 advanced rotation systems
All of this costs money and requires maintenance.
4️⃣ Natural IP rotation = anti-ban power
Mobile networks rotate IPs automatically.
This gives superior anti-detection and makes mobile proxies the top choice for risky tasks.
People pay for results — and mobile proxies deliver.
5️⃣ They work where other proxies fail
Mobile IPs survive on the hardest platforms:
— social networks
— marketplaces
— ad accounts
— account farming
— strict anti-bot systems
High performance = higher price.
🔹 Bottom line
Mobile proxies cost more because they offer what no other proxy type can: maximum trust, minimal bans, and unmatched anonymity.
Mobile proxies are the most expensive type of IP —
and it’s not marketing, it’s pure technology and economics. Here’s why:
1️⃣ Limited supply from mobile carriers
Mobile IPs come directly from real 4G/5G operators.
The supply is limited, but demand is huge → prices naturally rise.
2️⃣ CGNAT = extremely high trust level
Thousands of real users can share the same mobile IP at the same time.
Websites know this and almost never block mobile IPs.
High trust = higher cost.
3️⃣ Expensive hardware & infrastructure
To provide stable mobile proxies, providers need:
📶 real SIM cards
📡 modems / routers / gateways
🔌 advanced rotation systems
All of this costs money and requires maintenance.
4️⃣ Natural IP rotation = anti-ban power
Mobile networks rotate IPs automatically.
This gives superior anti-detection and makes mobile proxies the top choice for risky tasks.
People pay for results — and mobile proxies deliver.
5️⃣ They work where other proxies fail
Mobile IPs survive on the hardest platforms:
— social networks
— marketplaces
— ad accounts
— account farming
— strict anti-bot systems
High performance = higher price.
🔹 Bottom line
Mobile proxies cost more because they offer what no other proxy type can: maximum trust, minimal bans, and unmatched anonymity.
🔥 Why CGNAT Is a Huge Advantage for Anonymity
CGNAT (Carrier-Grade NAT) is a technology used by mobile and some residential networks.
Its core idea: one public IP is shared by dozens, hundreds, or even thousands of real users at the same time.
This makes mobile proxies incredibly hard to track or block.
1️⃣ Thousands of users behind one IP
A website cannot reliably identify who is making a request —
too many real devices and actions come from the same IP.
2️⃣ Impossible to link the IP to a single person
With normal proxies: one IP = one user.
With mobile networks: one IP = a huge crowd of real users.
Any attempt to de-anonymize becomes meaningless.
3️⃣ Natural rotation inside mobile networks
CGNAT constantly reassigns IPs.
Websites see this as normal mobile behavior — not as proxy activity.
4️⃣ Traffic looks identical to real users
Because CGNAT mixes traffic from many devices, websites see:
📱 different device types
🌍 different languages & timezones
🌐 different behavioral patterns
All coming from the same IP.
This makes proxy detection extremely difficult.
5️⃣ Very low chance of bans on strict platforms
Blocking a mobile IP means blocking thousands of real customers.
Platforms avoid this → mobile IPs get banned far less often.
🔹 Bottom line
CGNAT makes mobile IPs exceptionally anonymous:
hard to track, hard to fingerprint, and hard to ban.
That’s why mobile proxies are the most resilient type of all.
CGNAT (Carrier-Grade NAT) is a technology used by mobile and some residential networks.
Its core idea: one public IP is shared by dozens, hundreds, or even thousands of real users at the same time.
This makes mobile proxies incredibly hard to track or block.
1️⃣ Thousands of users behind one IP
A website cannot reliably identify who is making a request —
too many real devices and actions come from the same IP.
2️⃣ Impossible to link the IP to a single person
With normal proxies: one IP = one user.
With mobile networks: one IP = a huge crowd of real users.
Any attempt to de-anonymize becomes meaningless.
3️⃣ Natural rotation inside mobile networks
CGNAT constantly reassigns IPs.
Websites see this as normal mobile behavior — not as proxy activity.
4️⃣ Traffic looks identical to real users
Because CGNAT mixes traffic from many devices, websites see:
📱 different device types
🌍 different languages & timezones
🌐 different behavioral patterns
All coming from the same IP.
This makes proxy detection extremely difficult.
5️⃣ Very low chance of bans on strict platforms
Blocking a mobile IP means blocking thousands of real customers.
Platforms avoid this → mobile IPs get banned far less often.
🔹 Bottom line
CGNAT makes mobile IPs exceptionally anonymous:
hard to track, hard to fingerprint, and hard to ban.
That’s why mobile proxies are the most resilient type of all.
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🔥 How Do Websites Detect Mobile IPs?
Mobile proxies are highly trusted and look very “human,”
but websites can still identify that an IP belongs to a mobile carrier.
This is not a reason to block you — just a technical classification.
Here’s how they do it:
1️⃣ Mobile carrier ASN databases
Every IP belongs to a specific provider.
Mobile networks have their own Autonomous System Numbers (ASNs),
and websites can easily check whether an IP comes from a mobile carrier.
2️⃣ Dedicated 4G/5G IP ranges
Mobile operators use unique IP ranges assigned specifically for mobile data.
Most anti-bot systems already know these ranges → so they immediately see “mobile IP.”
3️⃣ Mobile network traffic patterns
Mobile traffic has distinct characteristics:
📡 higher latency
📶 fluctuating stability
🔄 frequent IP changes
🌍 unique routing behavior
Algorithms recognize these patterns and classify the IP as mobile.
4️⃣ CGNAT — the biggest giveaway
A key marker: thousands of users sharing the same IP.
Websites observe:
— many different devices
— different languages & timezones
— different User-Agents
All coming from one IP.
This is a classic sign of mobile carrier networks.
5️⃣ Geo + behavior + fingerprint consistency
Detection systems combine:
🌍 IP geolocation
🕒 timezone
📱 device fingerprints
🌐 request patterns
If everything looks like typical mobile traffic → it’s labeled as a mobile IP.
🔹 Important
Identifying an IP as mobile is easy.
Identifying it as a proxy is extremely hard —
if the proxy is high quality.
That’s why mobile proxies perform so well on strict platforms.
Mobile proxies are highly trusted and look very “human,”
but websites can still identify that an IP belongs to a mobile carrier.
This is not a reason to block you — just a technical classification.
Here’s how they do it:
1️⃣ Mobile carrier ASN databases
Every IP belongs to a specific provider.
Mobile networks have their own Autonomous System Numbers (ASNs),
and websites can easily check whether an IP comes from a mobile carrier.
2️⃣ Dedicated 4G/5G IP ranges
Mobile operators use unique IP ranges assigned specifically for mobile data.
Most anti-bot systems already know these ranges → so they immediately see “mobile IP.”
3️⃣ Mobile network traffic patterns
Mobile traffic has distinct characteristics:
📡 higher latency
📶 fluctuating stability
🔄 frequent IP changes
🌍 unique routing behavior
Algorithms recognize these patterns and classify the IP as mobile.
4️⃣ CGNAT — the biggest giveaway
A key marker: thousands of users sharing the same IP.
Websites observe:
— many different devices
— different languages & timezones
— different User-Agents
All coming from one IP.
This is a classic sign of mobile carrier networks.
5️⃣ Geo + behavior + fingerprint consistency
Detection systems combine:
🌍 IP geolocation
🕒 timezone
📱 device fingerprints
🌐 request patterns
If everything looks like typical mobile traffic → it’s labeled as a mobile IP.
🔹 Important
Identifying an IP as mobile is easy.
Identifying it as a proxy is extremely hard —
if the proxy is high quality.
That’s why mobile proxies perform so well on strict platforms.
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✅ April Update!
- Added proxy search filter by OS: Windows / MacOS / Android
- MacOS proxies introduced → Apple icon added to the storefront
- Improved icons in purchase confirmation and connection details windows
Homepage:
- Structure redesigned to be more informative
- Added translations: French, Russian, Hindi, German
🔜 Full store localization into these languages is coming soon
Have a great day!
- Added proxy search filter by OS: Windows / MacOS / Android
- MacOS proxies introduced → Apple icon added to the storefront
- Improved icons in purchase confirmation and connection details windows
Homepage:
- Structure redesigned to be more informative
- Added translations: French, Russian, Hindi, German
🔜 Full store localization into these languages is coming soon
Have a great day!
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