8 Best Dedicated Proxies in 2026 (Tested and Ranked)

Dedicated proxies are proxy IP addresses assigned exclusively to one customer, account, or project rather than being shared among multiple users. This type of proxy gives users more control over IP reputation, session stability, access rules, and connection consistency, and is commonly used for workflows that require a stable online identity, including SEO monitoring, web scraping, account management, ad verification, automation, and location-based testing.

The challenge of choosing reliable proxy infrastructure is becoming more important as businesses rely more heavily on automated systems, web data collection, AI tools, and digital monitoring workflows. According to HUMAN Security’s 2026 State of AI Traffic & Cyberthreat Benchmark Report, automated internet traffic grew eight times faster than human traffic in 2025. AI-driven traffic volumes also increased 187% from January to December 2025, which shows how quickly automated activity is reshaping the way organizations access and interact with the web.

As automated workflows become more common, businesses need a reliable infrastructure that provides stable connections, consistent locations, and greater control over IP reputation. Dedicated proxies help address these challenges by providing exclusive IP access for workflows such as SEO monitoring, web scraping, ad verification, account management, and automation.

What Are Dedicated Proxies?

Dedicated proxies are proxy IP addresses reserved for a single customer, account, or project. Unlike shared proxies, where multiple users access the same pool of IPs, dedicated proxies give one user exclusive control over a specific IP address or allocated proxy resource. Dedicated proxies are also commonly called private proxies, although the terms are not always used consistently across providers.

When a user connects through a dedicated proxy, their internet request is routed through the assigned proxy IP. The target website sees the proxy IP instead of the user’s original IP address. This setup helps maintain a consistent digital identity, making dedicated proxies useful for workflows that require stable sessions, predictable access, and better control over IP reputation.

Dedicated Proxy Basics

A dedicated proxy works by placing a proxy server between the user and the target website. Instead of sending a request directly from the user’s device, the request first goes through the dedicated proxy server, which forwards it using its assigned IP address. Since the IP is not being used by many unrelated users, there is less risk of another user’s activity affecting connection quality or IP reputation.

For example, an SEO platform tracking search rankings across different regions can use a dedicated US proxy to check search results every day from the same IP address. Because the IP remains consistent, the platform can monitor ranking changes without the variables caused by constantly changing or shared proxy IPs.

Dedicated vs. Shared

The main difference between dedicated and shared proxies is the number of users assigned to the same IP resources. Dedicated proxies are assigned to one customer, which provides more predictable performance, better session stability, and greater control over IP reputation. Shared proxies, on the other hand, are used by multiple customers, which lowers the price, although other users’ activity can affect the IP.

Shared proxies can work for short-term testing or low-risk activities. Dedicated proxies, however, are better suited for workflows that depend on the same IP over time, such as SEO reporting, account access, monitoring systems, and recurring automation.

Dedicated vs. Semi-Dedicated

Semi-dedicated proxies are assigned to a small group of users rather than one customer exclusively. This helps to reduce costs compared with dedicated proxies while offering better performance than heavily shared proxy pools. However, users still have less control over IP reputation because other customers may access the same proxy resource.

Semi-dedicated proxies are suitable for lighter workloads, such as basic scraping and market research. Meanwhile, fully dedicated proxies provide stronger control for long-running tasks, business accounts, and workflows where reputation consistency matters.

Dedicated vs. Private

Dedicated and private proxies are often used interchangeably, but the meaning depends on the provider. Some providers use “private proxy” to describe any proxy that is not publicly shared, including proxies allocated to a small group of users. Others use “private” as a synonym for fully dedicated access. Before buying, confirm whether the IP is assigned to one customer only, how often replacements occur, and if the plan is actually dedicated or semi-dedicated.

Further reading: What Are Private Proxies and How Do They Work? Pros and Cons and What is a Residential Proxy, Why You Need It?

Why Use Dedicated Proxies?

Dedicated proxies are used when a single IP address must remain stable across repeated requests, sessions, or automated workflows. This stability supports consistent identity, predictable performance, and repeatable conditions in environments where changing IPs introduces errors or unreliable results.

Different use cases rely on this stability in different ways. SEO tracking depends on consistent SERP views, account workflows require uninterrupted login sessions, while scraping benefits from predictable crawling paths. The sections below break down how dedicated proxies apply across these scenarios.

SEO Monitoring

Dedicated proxies support SEO monitoring by keeping search engine result checks consistent over time. This applies to rank tracking, keyword monitoring, local SEO validation, backlink analysis, and visibility reporting.

Search engines adjust results based on IP history and location signals. A dedicated proxy removes IP variability, so ranking changes reflect actual algorithm or content shifts rather than differences in access conditions.

Account Workflows

Dedicated proxies support account-based workflows where a stable login identity is required across multiple sessions. This includes SaaS dashboards, marketplaces, admin panels, analytics tools, and QA environments. Frequent IP changes can trigger verification steps or session resets, but a dedicated IP maintains continuity across login sessions, navigation paths, and multi-step account operations.

Web Scraping

Dedicated proxies are used in scraping when access patterns are structured and targets are predictable. They perform well for crawling public pages, allowlisted sources, and websites with moderate anti-bot systems. A fixed IP simplifies crawling logic because sessions remain continuous across page sequences, reducing the need to manage IP rotation during execution.

Ad Verification

Dedicated proxies help maintain consistent geographic identity when testing campaigns across regions. This includes validating landing pages, redirects, affiliate flows, and localized ad content. With stable IP conditions, users can accurately capture screenshots, redirect chains, timestamps, and region-specific variations without interference from changing proxy identity.

Automation Tools

Dedicated proxies integrate smoothly with automation systems because the endpoint remains constant throughout execution. This supports browser automation, SEO tools, monitoring scripts, and QA workflows without disruption from IP changes.

They also support HTTP, HTTPS, and SOCKS5 protocols, along with authentication via username/password or IP allowlisting. This makes configuration straightforward across both local scripts and enterprise automation tools.

What Makes the Best Dedicated Proxy Provider?

The quality of a dedicated proxy provider depends on how reliably it delivers exclusive IP access, stable performance, and transparent operational rules. Several factors determine whether a provider is truly strong in this category. These include how exclusivity is defined, where IPs come from, how accurately locations are delivered, how stable performance remains under load, and how transparent pricing and usage rules are.

IP Exclusivity

IP exclusivity defines whether a proxy is truly assigned to one user or shared across multiple customers under different labeling. A proper dedicated proxy should remain reserved for a single customer for the full subscription period. However, some services market semi-shared pools as dedicated, which weakens consistency and increases the risk of reputation overlap.

IP Source Type

The source of a dedicated proxy determines its speed, trust level, and suitability for different workloads. While dedicated datacenter proxies deliver high speed and low cost, dedicated ISP proxies combine static performance with stronger trust signals.

Meanwhile, dedicated residential proxies offer higher legitimacy but are harder to source and more expensive. Dedicated mobile proxies, on the other hand, operate on carrier networks and are used for mobile-specific validation and testing.

Location Accuracy

Location accuracy determines whether a proxy truly reflects the geographic identity it claims to represent. This includes country-level, city-level, ASN-level, and sometimes carrier-level targeting depending on provider capability.

However, not all providers deliver precise city-level mapping, especially in datacenter and ISP networks, where infrastructure constraints limit granularity. Because of these differences, location claims require validation through real IP checks rather than relying on product descriptions alone.

Speed and Stability

Speed and stability show how well a dedicated proxy performs under sustained usage. Key indicators include latency, response time consistency, timeout rate, and uptime reliability. A structured way to evaluate this is to run identical requests across a fixed set of URLs and compare response behavior. Consistent performance across multiple hours or days indicates stable routing and low infrastructure strain.

Pricing Structure

How predictable and scalable a dedicated proxy setup becomes over time is determined by the pricing structure. Pricing models include per-IP billing, monthly subscriptions, bandwidth-based pricing, and enterprise contracts. Beyond cost, clarity matters. Transparent bandwidth rules, replacement policies, and usage limits prevent unexpected operational costs during scaling.

What Are the 8 Best Dedicated Proxies in 2026?

Below is a ranked list of the top providers offering reliable dedicated IP allocation with clear pricing structures, flexible authentication, and consistent uptime under load.

1. Live Proxies: Offers dedicated-style and enterprise custom proxy deployments with strong session stability and geo coverage across major regions.
2. Rayobyte: Provides dedicated datacenter and ISP proxies focused on stable IP performance, scraping efficiency, and scalable automation workflows.
3. Oxylabs: Enterprise-grade proxy provider offering large-scale dedicated datacenter and ISP infrastructure with strong reliability and advanced tooling.
4. Decodo: Delivers a mixed proxy platform designed for flexible scraping, monitoring, and automation use cases.
5. SOAX: Known for highly targeted residential and mobile proxies with strong location precision and session control capabilities.
6. IPRoyal: Offers affordable dedicated proxies with broad accessibility and flexible entry-level plans.
7. ProxyEmpire: Provides residential, static residential, and mobile proxies with strong geo-targeting and developer-friendly controls.
8. Webshare: Focuses on low-cost dedicated datacenter proxies with simple setup, fast deployment, and strong suitability for budget-conscious users.

Evaluation Criteria

These providers that made the list were ranked based on how well each performs across practical dedicated proxy requirements. This includes true IP exclusivity, accuracy of location targeting, speed and uptime consistency, bandwidth and session stability, protocol support (HTTP, HTTPS, SOCKS5), authentication flexibility, and pricing transparency.

Feature Comparison Table

The table below compares the 8 providers based on the most important dedicated proxy capabilities buyers evaluate in real deployments.

Pricing Snapshot Table

The table below summarizes how each provider structures pricing, including entry structure, dedicated availability, bandwidth rules, and trial or refund policies.

1. Live Proxies

Live Proxies provides premium rotating residential and rotating mobile proxy infrastructure for B2C and B2B users. Its core differentiator is private IP allocation. B2C customers receive exclusive proxy sets, while enterprise clients receive target-based private allocations that prevent IP overlap with other customers working on the same or similar websites.

The provider offers a pool of millions of IPs across 55 countries, with particularly deep coverage in the USA, Canada, and the UK. Its targeting capabilities include country, city, and ASN-level selection for localized and network-specific access.

B2C proxy strings use session IDs that can maintain the same IP for up to 24 hours. B2B customers receive rotating and sticky session formats separately through the enterprise dashboard, allowing them to choose between automatic IP rotation and longer session continuity.

Key Features

• Private IP Allocation: Assigns exclusive IP sets to B2C users and target-based private allocations to enterprise clients, reducing overlap between customers working with the same targets.
• Sticky Sessions: Maintains the same IP for up to 24 hours through session ID-based routing.
• Rotating Sessions: Rotates requests through the allocated residential or mobile IP pool when frequent IP changes are required.
• Separate B2B Session Formats: Displays rotating and sticky connection formats separately through the enterprise dashboard.
• Real IP Sources: Uses real home IPs connected through partnered peers and mobile IPs associated with carrier networks.
• Geo-Targeting: Supports country, city, and ASN-level targeting for localized workflows.
• Protocol Support: Supports HTTP and SOCKS5, with SOCKS5 availability depending on the selected product or configuration.
• Authentication: Supports username/password credentials, access codes, and IP allowlisting.
• API and Dashboard: Provides dashboard-based proxy management and API integration for business and automation workflows.

Types of Proxies

• Rotating Residential Proxies: Real home IPs for web scraping, SEO tracking, ad verification, and localized data collection.
• Rotating Mobile Proxies: Mobile carrier IPs for mobile testing, ad verification, and geo-targeted workflows.

Pros and Cons

Pros

• Private Allocation: Prevents direct IP overlap between B2C customers and reduces target-level overlap for enterprise deployments.
• Long Sticky Sessions: Maintains the same IP for up to 24 hours for workflows requiring session continuity.
• Flexible Session Control: Supports both rotating and sticky connections for different operational requirements.
• Residential and Mobile Networks: Offers access to real residential connections and mobile carrier IPs.
• B2C and B2B Options: Provides ready-to-purchase B2C packages and customized enterprise plans.

Cons

• Configuration-Dependent SOCKS5: SOCKS5 availability depends on the selected product or account configuration.
• B2B-Focused Trials: Free trials are primarily available to enterprise or high-volume customers.

Pricing

Live Proxies B2C rotating residential plans start at $70 for 4GB / 30 days, while B2B enterprise plans start at $2,000 per month for 1TB ($2/GB).

Best Use Cases

• Web Scraping: Rotating residential IPs distribute requests across multiple addresses and help reduce interruptions during large-scale data collection.
• SEO and SERP Tracking: Country- and city-level targeting supports localized search-result and ranking monitoring.
• Ad Verification: Residential and mobile IPs help verify advertisements, offers, and landing pages across supported locations.
• E-Commerce Monitoring: Proxies support price tracking, inventory checks, product availability monitoring, and competitor research.
• Mobile App Testing: Mobile carrier IPs support testing of mobile applications, location-dependent content, and mobile-specific access.

2. Rayobyte

Rayobyte is a proxy and public web data infrastructure provider founded in 2015 and headquartered in Lincoln, Nebraska. The company offers static and rotating proxy solutions for businesses and developers that require stable connections, scalable automation, and access to public web data.

Rayobyte combines proxy infrastructure with Web Unblocker, Web Scraping API, API access, usage analytics, and separate dashboards for static and rotating products. Its services support both persistent IP workflows and high-volume data collection through rotating proxy pools.

Key Features

• Dedicated IPs: Provides exclusive static datacenter and ISP proxies for workflows requiring stable and predictable IP identities.
• Semi-Dedicated Options: Offers lower-cost datacenter and ISP proxies shared among a limited number of customers.
• Static and Rotating Products: Combines persistent static IPs with residential, ISP, datacenter, and mobile rotating pools.
• Protocol Support: Supports HTTP and HTTPS broadly, while SOCKS connectivity is available for selected static proxy products.
• Authentication Options: Static proxies support username/password authentication and IP authorization.
• Dashboard and API: Provides separate dashboards for static and rotating products alongside API access, usage statistics, proxy configuration, and replacement controls.
• Scalable Deployment: Supports volume discounts and custom plans for large bandwidth purchases or static IP allocations.

Types of Proxies

• Residential Proxies: Rotating residential IPs for localized public web data collection and automated scraping.
• Static ISP Proxies: Fixed ISP-assigned IPs with unlimited bandwidth and connections for persistent workflows.
• Static Data Center Proxies: Dedicated and semi-dedicated datacenter IPs designed for speed, stability, and predictable performance.
• Rotating ISP Proxies: ISP IPs delivered through a rotating pool and billed according to traffic usage.
• Rotating Data Center Proxies: High-speed datacenter IPs that rotate automatically for scalable automation and data extraction.
• Mobile Proxies: Rotating mobile IPs sourced from 3G and 4G networks for mobile-specific data collection and testing.

Pros and Cons

Pros

• Flexible Deployment: Supports stable static connections and rotating pools for scraping, automation, monitoring, and testing.
• Dedicated Infrastructure: Offers exclusive datacenter and ISP IPs for allowlisted systems and identity-sensitive workflows.
• Authentication Flexibility: Static proxies support both credentials and IP authorization for different technical environments.
• Scalable Plans: Provides self-service packages, volume discounts, long-term billing options, and custom enterprise allocations.
• Replacement Controls: Eligible static proxies include manual and automatic replacement options through the dashboard.

Cons

• Product-Specific Protocols: SOCKS support is limited to selected static proxy products, while residential and newer rotating services primarily use HTTP and HTTPS.
• Limited Trial Access: Free trials are request-based and are not guaranteed across every proxy product or customer account.
• Variable Targeting: Available countries, cities, regions, and targeting controls differ significantly between proxy products.
• Separate Dashboards: Static and rotating services currently use different dashboard environments and configuration processes.

Pricing

Dedicated data center proxies start at $2.50/IP per month for 5–99 IPs, while static ISP proxies start at $5/IP per month. Semi-dedicated data center proxies start at $1/IP. Enterprise orders covering 5,000 or more static IPs use custom pricing.

Best Use Cases

• SEO Monitoring: Collecting localized search results and tracking keyword or competitor performance.
• Dedicated IP Scraping: Running structured data collection through persistent datacenter or ISP IPs.
• Allowlisted Systems: Connecting to platforms that require traffic from approved static IP addresses.
• High-Volume Automation: Using rotating residential, ISP, or datacenter pools for scalable request workloads.
• Mobile Data Collection: Accessing mobile-specific content and testing mobile web experiences.

3. Oxylabs

Oxylabs is an enterprise-focused proxy and public web data infrastructure provider founded in 2015 and headquartered in Vilnius, Lithuania. The company develops scalable solutions for organizations that require reliable access to public web data across multiple markets and locations. Oxylabs combines proxy infrastructure with scraping APIs, browser-based tools, datasets, dashboard management, technical documentation, and enterprise support. Its platform is designed for continuous data pipelines, high-volume extraction, monitoring, and other demanding automation workflows.

Key Features

• Dedicated Infrastructure: Datacenter plans include dedicated pay-per-IP allocations, while Dedicated ISP Proxies provide exclusive static IPs from premium ASN providers.
• Global Coverage: Provides residential, mobile, datacenter, and ISP infrastructure for accessing public web data across international markets.
• Protocol Support: Supports HTTP, HTTPS, and SOCKS5 connections across its primary proxy products.
• Advanced Targeting: Supports country, state, city, ZIP code, coordinate, and ASN targeting across selected proxy networks.
• Dashboard and APIs: Provides centralized product management, usage monitoring, sub-user controls, integrations, and programmatic access.
• Enterprise Support: Includes 24/7 assistance, dedicated account management, technical documentation, and custom high-volume configurations.

Types of Proxies

• Residential Proxies: Rotating residential IPs for localized web data collection, automated scraping, and location-sensitive workflows.
• Datacenter Proxies: High-speed datacenter IPs available through shared, dedicated, pay-per-IP, and traffic-based plans.
• ISP Proxies: Static residential-style IPs shared with up to three users and sourced from established ASN providers.
• Dedicated ISP Proxies: Exclusive static ISP IPs with full IP control, premium ASN selection, and unlimited-duration sessions.
• Mobile Proxies: Rotating IPs from real mobile devices for carrier-specific, mobile-focused, and localized data collection.

Pros and Cons

Pros

• Reliable Infrastructure: Provides stable proxy networks designed for continuous and high-volume data collection.
• Enterprise Scalability: Supports large traffic volumes, extensive IP allocations, and custom configurations.
• Detailed Targeting: Offers geographic and network-level controls for localized data collection.
• Flexible Product Options: Combines rotating, shared, static, dedicated, traffic-based, and per-IP proxy configurations.
• Strong Support Resources: Provides detailed documentation, integrations, account management, and 24/7 technical assistance.

Cons

• Premium Pricing: Dedicated ISP and high-volume enterprise deployments may cost more than services aimed at smaller teams.
• Product Complexity: Pricing models, targeting options, session settings, and configurations differ between proxy products.
• Fair-Usage Conditions: Unlimited-bandwidth Datacenter and ISP plans remain subject to fair-usage restrictions.
• Custom Enterprise Pricing: Large Datacenter and ISP deployments require direct consultation with the sales team.

Pricing

Datacenter proxies start at $6.75 per month for three dedicated IPs at $2.25/IP. ISP Proxies start at $16 per month for 10 IPs at $1.60/IP, while Dedicated ISP proxies start at $16 per month for five IPs at $3.20/IP. Lower per-IP rates are available with larger plans, while enterprise deployments use custom pricing. VAT may apply.

Best Use Cases

• Enterprise Web Scraping: Running continuous, high-volume public web data extraction across multiple markets.
• Market Intelligence: Monitoring competitors, regional trends, prices, availability, and product information.
• E-Commerce Monitoring: Collecting marketplace, catalog, stock, and localized pricing data.
• Ad Verification: Checking advertisements, landing pages, and campaign delivery across different locations.
• Cybersecurity Research: Gathering public threat intelligence and monitoring location-dependent online content.

4. Decodo

Decodo, formerly known as Smartproxy, is a proxy and web data platform founded in 2018 and headquartered in Vilnius, Lithuania. The company provides proxy infrastructure and scraping tools for businesses, developers, and data teams running automated public web data collection projects.

Decodo combines residential, mobile, ISP, and datacenter proxies with scraping APIs, dashboard management, browser extensions, integrations, and developer documentation. Its platform supports rotating networks for large-scale collection and dedicated IPs for workflows requiring stable endpoints.

Key Features

• Dedicated Infrastructure: Provides dedicated ISP and datacenter IPs reserved for individual customers and long-term workflows requiring consistent endpoints.
• Rotating Networks: Offers residential and mobile proxy pools with rotating and sticky session options.
• Protocol Support: Supports HTTP, HTTPS, and SOCKS5 connections across its main proxy products.
• Geo Targeting: Supports country, state, city, ZIP code, ASN, and carrier targeting, depending on the selected proxy network.
• API Access: Provides APIs and integration tools for automated proxy management and public web data collection.
• Dashboard Control: Allows users to configure endpoints, manage authentication, monitor traffic, and review subscription usage.

Types of Proxies

• Residential Proxies: Rotating residential IPs for localized scraping, ad verification, market research, and automation.
• Mobile Proxies: Mobile IPs from 3G, 4G, and 5G carrier networks for mobile-focused and carrier-specific workflows.
• ISP Proxies: Shared and dedicated static residential IPs sourced from internet service provider networks.
• Datacenter Proxies: Shared, rotating, and dedicated datacenter IPs designed for fast and cost-efficient requests.

Pros and Cons

Pros

• Multiple Proxy Types: Combines residential, mobile, ISP, and datacenter infrastructure within one platform.
• Dedicated Options: Offers exclusive ISP and datacenter IPs for workflows requiring stable identities.
• Flexible Sessions: Supports rotating and sticky configurations for different automation requirements.
• Developer Support: Provides APIs, documentation, integrations, browser extensions, and setup guides.
• Easy Management: Centralizes proxy configuration, authentication, traffic monitoring, and plan management.

Cons

• Complex Pricing: Separate per-GB, per-IP, shared, dedicated, and enterprise models can make direct comparisons difficult.
• Traffic-Based Costs: Residential and mobile expenses increase as bandwidth consumption grows.
• Variable Targeting: Location depth, session options, and available countries differ by proxy product.
• Pricing Inconsistencies: Some official pages display different starting prices for dedicated datacenter proxies.

Pricing

Dedicated ISP proxies start at $9.99 per month for three IPs at $3.33/IP. Dedicated datacenter proxies are advertised from $1.85/IP on one product page, while the main datacenter pricing page lists plans from $2.50/IP. Enterprise pricing requires confirmation from Decodo, and VAT may apply.

Best Use Cases

• SEO Monitoring: Collecting localized search results and tracking regional keyword performance.
• Web Scraping: Extracting public data from search engines, websites, marketplaces, and social platforms.
• Price Tracking: Monitoring competitor prices, stock availability, promotions, and product listings.
• Account Management: Using dedicated ISP or datacenter IPs for workflows requiring consistent identities.
• Ad Verification: Checking advertisements, landing pages, and campaign delivery across different locations.
• Automation Workflows: Integrating proxy traffic into applications, scripts, bots, and data pipelines.

5. SOAX

SOAX is a proxy and web data infrastructure provider founded in 2020 and headquartered in London, United Kingdom. The company focuses on residential and mobile proxy networks for localized public web data collection, monitoring, testing, and automated workflows.

SOAX combines its proxy mesh with smart rotation, granular geographic targeting, a unified endpoint, dashboard controls, API access, and traffic monitoring. The platform is particularly suitable for projects that require precise locations and flexible session management.

Key Features

• Geo Targeting: Supports country, region, city, and ISP targeting, while mobile proxies also provide carrier-level selection.
• Advanced Targeting: ASN and ZIP code targeting are available with Scale and Enterprise plans.
• Session Control: Supports automatic rotation and sticky sessions lasting up to 60 minutes for residential and mobile connections.
• Unified Endpoint: Allows users to access residential and mobile networks through one endpoint and switch proxy types without separate configurations.
• Protocol Support: Supports HTTP, HTTPS, and SOCKS5 connections.
• API and Dashboard: Provides proxy configuration, authentication controls, usage monitoring, endpoint generation, and programmatic management.

Types of Proxies

• Residential Proxies: Rotating residential IPs from real household connections for localized web access and public data collection.
• Mobile Proxies: Mobile IPs routed through cellular carriers for mobile-specific, carrier-level, and location-sensitive workflows.

Pros and Cons

Pros

• Precise Targeting: Provides country, region, city, ISP, carrier, ASN, and ZIP targeting, depending on the selected plan.
• Flexible Sessions: Supports per-request rotation and sticky sessions for workflows requiring session continuity.
• Unified Infrastructure: Combines residential and mobile traffic within one proxy mesh and endpoint configuration.
• Developer Tools: Provides APIs, documentation, dashboard controls, authentication settings, and integration resources.

Cons

• Higher Entry Price: The first paid plan costs $200 per month plus VAT.
• Traffic-Based Costs: Bandwidth charges can become expensive for high-volume workloads.
• Plan-Based Targeting: ASN and ZIP targeting require Scale or Enterprise access.
• Limited Main Lineup: The current public product page focuses on residential and mobile proxies rather than a broad range of standalone proxy products.

Pricing

SOAX offers a free Sandbox plan without included credits. Paid plans start at $200 per month plus VAT for Builder, followed by Team at $500, Scale at $1,500, and Enterprise at $3,000. Residential and mobile proxies use the same rates. Builder pricing starts at $3.00/GB for Tier 1, $2.25/GB for Tier 2, and $1.20/GB for Tier 3 locations. Enterprise rates start at $0.85, $0.55, and $0.35/GB, respectively. A three-day trial with 400MB costs $1.99.

Best Use Cases

• Ad Verification: Checking advertisements, landing pages, and regional campaign delivery.
• SERP Monitoring: Collecting localized search results and tracking keyword visibility across markets.
• Mobile Testing: Testing mobile applications, carrier-specific content, and mobile user experiences.
• Price Monitoring: Tracking regional prices, availability, discounts, and competitor offers.
• Geo-Specific Data Collection: Collecting public web data from selected countries, regions, cities, ISPs, and mobile carriers.

6. IPRoyal

IPRoyal is a multi-type proxy provider founded in 2020 and headquartered in Ajman, United Arab Emirates. The company offers residential, ISP, datacenter, and mobile proxies for individuals, development teams, and businesses requiring both rotating networks and stable dedicated IPs. IPRoyal combines self-service purchasing with dashboard management, API access, flexible authentication, geographic targeting, and custom enterprise plans. Its product range supports smaller projects as well as larger scraping, monitoring, testing, and automation workloads.

Key Features

• Dedicated IPs: Provides dedicated ISP, datacenter, and mobile proxies for workflows requiring stable connections and persistent identities.
• Session Control: Residential proxies support automatic rotation and sticky sessions lasting up to seven days, while ISP and datacenter IPs remain static for the purchased period.
• Geo Targeting: Supports country, state, and city targeting for residential, ISP, and datacenter proxies, with product-specific options for dedicated and rotating mobile networks.
• Authentication: Residential, ISP, and datacenter proxies support username/password authentication and IP whitelisting.
• Protocol Support: Supports HTTP, HTTPS, and SOCKS5 across residential, ISP, datacenter, and mobile proxy products.
• Dashboard and API: Allows users to purchase proxies, configure access, manage IP rotation, monitor usage, and control orders from one account.

Types of Proxies

• Residential Proxies: Rotating residential IPs with per-request rotation, sticky sessions, and traffic-based pricing.
• ISP Proxies: Dedicated static residential IPs sourced from ISP networks for long-term sessions and account-based workflows.
• Datacenter Proxies: Dedicated datacenter IPs with high speeds, unlimited sessions, and predictable static identities.
• Mobile Proxies: Dedicated and rotating mobile IPs from 3G, 4G, 5G, and LTE carrier networks.

Pros and Cons

Pros

• Multiple Proxy Types: Provides rotating residential, static ISP, dedicated datacenter, and mobile products within one platform.
• Flexible Purchasing: Supports subscriptions, pay-as-you-go traffic, per-IP plans, short-term packages, and custom enterprise agreements.
• Long Residential Sessions: Allows residential users to retain the same IP for up to seven days when the address remains available.
• Detailed Targeting: Provides state- and city-level selection across several proxy products rather than limiting users to country targeting.
• Transparent Pricing: Publishes entry prices and volume discounts for all four main proxy categories.

Cons

• Traffic-Based Costs: Residential and rotating mobile proxy expenses increase with bandwidth consumption.
• Product-Specific Targeting: Geographic options differ between residential, ISP, datacenter, dedicated mobile, and rotating mobile products.
• Higher Mobile Commitment: Dedicated mobile proxies require a larger initial payment than residential or datacenter options.
• Fair-Usage Conditions: Unlimited-bandwidth ISP and datacenter plans remain subject to fair-usage restrictions.

Pricing

Datacenter proxies start at $1.57 per proxy for 30 days, with the rate falling to $1.39 on 90-day plans. ISP proxies start at $1.80 per proxy for 24 hours or $2.70 per proxy for 30 days. Residential proxies start at $7/GB with a subscription, while the advertised $1.75/GB rate applies to purchases of 10TB or more. Dedicated mobile proxies start at $10.11 per day or $130 per month, while rotating mobile proxies start at $6.80/GB for 2GB. Custom enterprise plans are available.

Best Use Cases

• SEO Monitoring: Collecting localized search results and tracking keyword or competitor visibility.
• Price Monitoring: Tracking regional prices, promotions, product availability, and competitor listings.
• Account Workflows: Use ISP, data center, or dedicated mobile IPs for tasks that require consistent identities.
• Ad Verification: Checking advertisement placement, targeting, landing pages, and regional campaign delivery.
• Web Scraping: Running light- to large-scale public data collection using rotating residential or dedicated infrastructure.
• Mobile Testing: Testing applications, social platforms, advertisements, and location-sensitive mobile experiences.

7. ProxyEmpire

ProxyEmpire is a proxy provider launched in 2020 and operated by SWIFT SAAS LTD., a company registered in Burgas, Bulgaria. The platform provides residential, mobile, and datacenter proxy infrastructure for localized public data collection, monitoring, testing, and automation workflows.

ProxyEmpire combines rotating, static, dedicated, and unlimited proxy products with detailed location targeting, session controls, API access, traffic monitoring, and dashboard-based management. Its services are designed for users who need either large rotating pools or stable dedicated connections within one platform.

Key Features

• Geo Targeting: Supports country, region or state, city, ISP, and mobile carrier targeting for rotating residential and mobile proxies.
• Session Control: Provides automatic rotation, new IPs on every request, and sticky sessions for workflows requiring connection continuity.
• Protocol Support: Supports HTTP, HTTPS, and SOCKS5, with HTTP/2 available on selected proxy products.
• API Access: Allows users to manage credentials, endpoints, sessions, locations, and proxy configurations programmatically.
• Dashboard Control: Provides centralized traffic monitoring, endpoint generation, account management, and proxy configuration.
• Rollover Traffic: Allows unused residential and mobile traffic to remain available instead of expiring at the end of the billing period.

Types of Proxies

• Rotating Residential Proxies: Residential IPs with automatic rotation, sticky sessions, and detailed geographic targeting.
• Unlimited Residential Proxies: Residential proxy access without GB limits, billed according to the selected connection speed.
• Static Residential Proxies: Dedicated ISP-issued IPs that remain stable for a month or longer.
• Rotating Mobile Proxies: Mobile IPs with country, region, city, ISP, and carrier targeting.
• Dedicated Mobile Proxies: Exclusive 4G and 5G mobile connections with unlimited bandwidth and on-demand IP changes.
• Rotating Datacenter Proxies: Server-hosted IPs with country targeting, sticky sessions, and per-request rotation.

Pros and Cons

Pros

• Broad Product Range: Combines rotating, static, dedicated, unlimited, residential, mobile, and datacenter products.
• Strong Targeting: Provides detailed location and network selection for residential and mobile traffic.
• Flexible Sessions: Supports automatic rotation, sticky sessions, and stable dedicated connections.
• Developer Tools: Provides API controls, documentation, endpoint generation, and integration support.
• Flexible Billing: Offers per-GB, per-IP, monthly, unlimited-bandwidth, and custom high-volume plans.

Cons

• Product Variations: Targeting depth, protocols, sessions, and billing models differ between proxy products.
• Traffic-Based Costs: Rotating residential, mobile, and datacenter expenses increase with bandwidth usage.
• Limited Datacenter Targeting: Rotating datacenter proxies support country targeting but not city, ISP, or carrier selection.
• Dedicated Location Limits: Static residential and dedicated mobile locations are more limited than the rotating networks.

Pricing

Dedicated mobile proxies start at $250 per month for the USA 5G plan or $125 per month for the multi-country package. Static residential proxies start at $2/IP per month plus traffic, while rotating datacenter proxies start at $25 per month for 40GB. Residential enterprise pricing starts at $1,500 for 1TB, with custom high-volume plans available.

Best Use Cases

• Ad Verification: Checking advertisements, landing pages, and regional campaign delivery.
• SEO Monitoring: Collecting localized search results and tracking keyword visibility across markets.
• Price Tracking: Monitoring regional prices, discounts, availability, and competitor listings.
• Mobile Testing: Testing mobile applications, carrier-specific content, and location-dependent experiences.
• Account Workflows: Using static residential or dedicated mobile proxies for sessions requiring stable connections.
• Web Data Collection: Running localized scraping, market research, monitoring, and automation across multiple regions.

8. Webshare

Webshare is a self-service proxy provider founded in 2018 and based in the San Francisco Bay Area, California. The company focuses on affordable proxy infrastructure, fast provisioning, and straightforward management for developers, individual users, and business teams.

Webshare combines datacenter, static residential, and rotating residential proxies with customizable plans, dashboard controls, API access, and multiple authentication options. The platform is suitable for testing, monitoring, web scraping, automation, and other public data collection workflows.

Key Features

• Protocol Support: Supports HTTP and SOCKS5 proxy endpoints for different applications and integration environments.
• Authentication: Provides username/password proxy credentials and IP authorization.
• Dashboard Control: Allows users to manage subscriptions, proxy lists, locations, bandwidth, authentication, and usage statistics.
• API Access: Supports programmatic management of proxies, plans, account settings, and automated workflows.
• Geo Targeting: Supports country selection, while city targeting is available for rotating residential proxies.
• Flexible Allocation: Allows users to configure proxy quantity, bandwidth, access level, concurrency, and replacement options.

Types of Proxies

• Static Residential Proxies: ISP-assigned static IPs available in shared, private, and dedicated configurations for stable connections.
• Rotating Residential Proxies: Residential IPs with rotating and sticky session options for localized data collection and automation.

Pros and Cons

Pros

• Easy Setup: Provides quick self-service registration, proxy provisioning, and endpoint configuration.
• Affordable Plans: Offers low-cost datacenter and static residential options for smaller budgets and testing projects.
• Flexible Configurations: Supports shared, private, dedicated, static, and rotating proxy arrangements.
• Developer Tools: Provides API documentation, dashboard controls, authentication settings, and proxy export options.
• Free Entry Plan: Includes 10 free Proxy Servers with up to 1GB of monthly bandwidth.

Cons

• Limited Product Range: The current main lineup includes only Proxy Servers, Static Residential Proxies, and Rotating Residential Proxies.
• Limited City Targeting: City selection is currently restricted to rotating residential plans.
• No UDP Support: SOCKS5 connections operate over TCP and do not support UDP traffic.
• Fair-Usage Conditions: Unlimited-bandwidth Proxy Server and Static Residential plans remain subject to a fair-usage policy.

Pricing

Dedicated proxy servers start at $1.33/IP, with 20 proxies costing $26.60 per month. Dedicated static residential proxies start at $2.10/IP, with 20 proxies costing $42 per month. Custom plans and volume discounts are available for larger purchases.

Best Use Cases

• SEO Monitoring: Collecting search results and tracking keyword or competitor visibility.
• Web Scraping: Running light and mid-sized public web data collection workflows.
• Price Monitoring: Tracking product prices, availability, discounts, and competitor listings.
• Automation Testing: Testing scripts, integrations, applications, and proxy-dependent workflows.
• Ad Verification: Checking advertisements, landing pages, and regional campaign delivery.
• Stable Account Workflows: Using dedicated datacenter or static residential IPs for tasks requiring consistent identities.

What Are Dedicated ISP Proxies?

Dedicated ISP proxies are static IP addresses issued through internet service provider networks but hosted in data center environments. They combine the speed of datacenter infrastructure with the trust characteristics of residential or ISP-assigned IPs. This makes them suitable for workflows that require both stability and higher legitimacy signals.

ISP proxies maintain a fixed IP identity for long periods, which supports consistent sessions and reduces disruptions in account-based or verification-heavy tasks. They often perform better on platforms that apply stricter trust filters due to their ISP-backed attribution.

ISP vs. Datacenter

ISP proxies differ from datacenter proxies mainly in trust level and network origin. Datacenter proxies are generated from hosting environments and prioritize speed and cost efficiency. In contrast, ISP proxies originate from ISP-assigned IP ranges, which makes them appear more legitimate to target systems. ISP proxies are also more stable in environments that require persistent sessions or are sensitive to datacenter IP detection.

ISP vs. Residential

Residential proxies come from real user devices and rotate frequently. This makes them highly realistic but less stable for long sessions. On the other hand, ISP proxies provide a fixed identity with stronger consistency than residential pools. This makes them better suited for login-based workflows, dashboards, and systems where session continuity is required without frequent IP rotation.

Best ISP Use Cases

ISP proxies are used in SEO monitoring, eCommerce account management, ad verification, automation systems, and allowlisted platforms. They are especially effective in workflows that require a stable IP identity across multiple steps while still benefiting from improved trust compared to datacenter proxies.

What Are Dedicated Residential Proxies?

Dedicated residential proxies are residential IP addresses assigned for exclusive or controlled use by a single customer or a tightly defined user group. They are sourced from real home internet connections and are used when both IP authenticity and session stability are required.

In practice, “dedicated residential” can vary by provider. Some systems assign static residential IPs that remain stable for long periods, while others provide sticky sessions or controlled pools of residential IPs that behave like dedicated resources without being permanently fixed.

Residential vs. Static

Residential proxies refer to IPs sourced from real user devices, which naturally rotate or change based on ISP behavior and device activity. Static residential proxies, on the other hand, are a subset where the same residential IP remains available for extended periods.

Rotating residential proxies prioritize diversity, making them suitable for large-scale data collection, while static or dedicated residential proxies prioritize consistency and are ideal for sessions that require repeat access to the same IP, such as logins, monitoring dashboards, or multi-step workflows.

Best Residential Uses

Dedicated residential proxies are used in account management workflows, eCommerce operations, social media QA, localized ad verification, and geo-specific testing. They are particularly useful when platforms respond poorly to datacenter IPs but still require stable session continuity. They also support scenarios where users need a realistic residential identity combined with repeatable access patterns, such as ongoing monitoring of localized content or controlled automation tasks.

Residential Limits

Dedicated residential proxies come with practical limitations tied to their source network. IP stability is not absolute with this type of proxy, since residential ISPs can reassign addresses or disconnect devices from proxy networks. Costs are also generally higher than datacenter options due to sourcing complexity.

The common pricing model used for most residential proxies is bandwidth-based, and the availability of city-level targeting or precise geographic control can vary by provider. Replacement policies and pool sizes also differ significantly. Therefore, carry out pre-purchase verification to ensure consistent performance.

What Are Dedicated Mobile Proxies?

Dedicated mobile proxies are proxy IPs that are routed through mobile carrier networks and assigned for exclusive or controlled use. These proxies use real mobile SIM connections on 4G or 5G networks, which makes them appear as traffic coming from genuine mobile devices.

Most mobile proxies behave as dynamic resources because mobile carrier IPs can rotate naturally. However, dedicated mobile setups aim to reserve access within a controlled pool or maintain sticky sessions over a defined period, depending on how the provider structures SIM routing and gateway allocation.

Mobile Proxy Basics

Mobile proxy networks route traffic through cellular carrier infrastructure, often using SIM-based connections or mobile gateway infrastructure. When a request is made, it exits through a carrier-assigned IP, such as those issued by networks like T-Mobile or similar providers.

These IPs often rotate due to carrier-level NAT behavior or network reassignment, which is a natural part of mobile infrastructure. As a result, mobile proxies are inherently more dynamic than datacenter or ISP proxies, even when configured for persistence.

Best Mobile Proxy Uses

Dedicated mobile proxies are used in mobile app testing, mobile ad verification, social media QA, and carrier-specific content validation. They are also used for monitoring mobile-first landing pages and workflows that require simulation of real mobile user behavior.

Mobile Proxy Tradeoffs

Mobile proxies come with higher operational costs due to SIM infrastructure and carrier dependencies. Performance can also be less stable because mobile networks experience variable latency and bandwidth conditions. There is the issue of limited availability with true dedicated allocation, depending heavily on provider setup.

Where Can You Buy Dedicated Proxies?

Dedicated proxies are purchased directly from proxy service providers through official websites, where IP allocation models, session types, and usage rules are clearly defined. Before you commit, verify the quality of the provider by assessing transparency in IP sourcing, exclusivity guarantees, protocol support, and how well real-world performance aligns with documented specifications.

Trusted Providers

Trusted dedicated proxy providers publish clear documentation on proxy types, authentication methods, and network structure. Additionally, they offer dashboards, API access, support channels, and defined usage policies. Providers with transparent infrastructure details and clearly separated product lines for datacenter, ISP, residential, and mobile proxies tend to be more reliable for long-term use.

Payment Methods

Dedicated proxy providers commonly support credit cards, PayPal, and enterprise invoicing. Larger providers may also support wire transfers or custom billing arrangements for high-volume users. Moreover, subscription models are common, with either monthly billing or usage-based charging depending on proxy type. Most enterprise plans often include contract-based billing cycles, dedicated account management, and negotiated pricing tiers based on traffic or IP volume.

Buying Red Flags

There are multiple red flags to watch out for when buying dedicated proxies. They include:

• Unclear definitions of “private” or “dedicated”
• Lack of information about IP sourcing
• Absence of replacement policies
• Missing documentation on protocols or authentication methods
• Unrealistic pricing for “exclusive” IPs and no visible support channel
• Unclear explanation of how IP allocation is managed.

How Do You Test Dedicated Proxies Before Buying?

Dedicated proxies are best evaluated through real-world testing, which helps confirm whether a provider matches the intended workload before committing to scale. A reliable proxy testing tool such as Live Proxy Tester can help you to verify that the proxy performs as advertised. A proper evaluation focuses on how the proxy behaves under consistent load, location accuracy, stable sessions, and whether it delivers reliable results across target websites or tools.

The following sections outline the main areas to assess when testing a dedicated proxy.

Speed Test

Speed testing measures how quickly a proxy responds under consistent conditions. Key indicators to watch out for include latency, time to first byte, full page load speed, timeout rate, and performance consistency across repeated requests.

To carry out a speed test, run the same set of URLs using identical headers, request intervals, and time windows. Then compare average response times and the slowest 10 percent of requests to reveal whether performance is stable or inconsistent under load.

Location Test

Location testing confirms whether the proxy accurately reflects the intended geographic region. It helps verify country, city, ASN, and carrier information. A stronger validation approach is to use multiple IP lookup tools alongside real target websites, since geolocation databases can sometimes conflict. Consistency across these sources shows reliable location mapping.

Stability Test

Stability testing evaluates how consistently a proxy maintains its identity and connection over time. It includes monitoring whether the IP changes unexpectedly, whether sessions persist correctly, and whether authentication remains stable during extended use. It is best to test over several hours or days, as this helps identify hidden issues such as intermittent disconnects, session resets, or gradual performance degradation that may not appear in short benchmarks.

Exclusivity Test

Exclusivity testing checks whether the IP is truly dedicated or potentially shared. This includes verifying whether the IP appears on known abuse or blacklist databases, whether it has existing reputation issues on target platforms, and whether the provider confirms single-user allocation. While no method guarantees full isolation, combining reputation checks with provider documentation and small-scale live testing helps reduce the risk of shared or recycled IP usage.

ROI Test

ROI testing compares operational cost against real performance outcomes. It measures success rates, retry frequency, support dependency, replacement needs, and overall time saved during execution. A lower-cost proxy that requires frequent retries or troubleshooting will likely become more expensive in practice than a higher-quality dedicated proxy that delivers consistent results with fewer interruptions.

Further reading: What Is Proxy Testing? Best Tools and How to Test Proxies Online and What Are Rotating Proxies? Setup, Pros, Cons, Types, Alternatives, Use Cases.

What Are Common Dedicated Proxy Problems?

Dedicated proxies often present limitations, often caused by implementation across providers and how they behave under real traffic conditions. Here are problems that may come up when using dedicated proxies.

• Wrong Proxy Type: Many performance issues come from choosing the wrong proxy category for the workload. Datacenter proxies can fail on strict platforms that expect residential or ISP-level trust signals. Therefore, ensure you select the right proxy that fits the specific task at hand.
• Not Truly Dedicated: Some “dedicated” plans are not fully exclusive. In this case, the IPs assigned to users may be semi-dedicated, reused after cancellation, or shared across small user groups. This creates inconsistencies in performance and reputation.
• Location Limits: Dedicated proxy products often provide fewer granular location options compared to large rotating residential networks. City-level or ASN-level targeting may be limited depending on the infrastructure, which can lead to mismatches between expected and actual geo-performance.
• Hidden Costs: Operational costs can increase beyond base pricing due to bandwidth overages, IP replacement fees, or port limits. These costs only become visible at scale if not reviewed early.
• Reputation Issues: A dedicated proxy does not guarantee a clean reputation. IPs may have prior usage history, appear in blocklists, or perform poorly on certain target websites due to subnet-level reputation. However, regular testing, replacement options, and careful provider selection help reduce these risks.

Conclusion

Dedicated proxies are exclusively assigned to a user to provide a stable IP identity, predictable performance, and controlled sessions. Among the providers reviewed, Live Proxies stands out as an enterprise-focused solution with private IP allocation, flexible session control, and infrastructure designed for high-volume business workflows. Rayobyte, meanwhile, focuses on stable datacenter and ISP proxies.

Oxylabs also delivers enterprise-grade infrastructure built for scale and reliability. Decodo combines dedicated proxy options with broader scraping tools, while SOAX emphasizes precise geo-targeting.

IPRoyal provides accessible multi-type proxy coverage for general use, while Webshare prioritizes affordable, easy-to-deploy dedicated datacenter proxies. Before scaling, test a small allocation to confirm performance, exclusivity, and stability under real-world conditions.

FAQs

What is a dedicated proxy?

A dedicated proxy is an IP address reserved for exclusive use by one customer during a subscription period. No other user shares that IP, which helps maintain a stable digital identity across repeated actions such as logins, requests, or automated workflows.

What is a semi-dedicated proxy?

A semi-dedicated proxy is shared by a small number of users instead of being assigned to a single customer. Performance can still vary depending on how other users on the same IP behave, which makes it less predictable than true dedicated proxies.

Are dedicated proxies better than residential proxies?

Dedicated and residential proxies solve different problems and are not direct substitutes. “Dedicated” describes ownership or exclusivity, while “residential” describes the source of the IP. A dedicated proxy can be datacenter-based, ISP-based, or residential-based, depending on infrastructure. While residential proxies originate from real home networks and are harder to detect, dedicated datacenter proxies are faster but more detectable on strict platforms.

What are dedicated proxies for Instagram?

Dedicated proxies for Instagram are stable IPs used to maintain consistent account access and reduce disruptions caused by frequent IP changes. They are commonly used in account management, content scheduling tools, and social media QA environments. Performance depends heavily on IP quality and whether the proxy originates from a datacenter, ISP, or residential networks.

Where can I buy dedicated proxies?

Dedicated proxies are purchased directly from proxy providers through their official platforms. Before buying, verify whether the IP is truly exclusive, what type of proxy is being offered (datacenter, ISP, residential, or mobile), and how location targeting is handled. Test a small plan first to validate speed, stability, and compatibility with target websites or tools.

Are dedicated SOCKS5 proxies worth it?

Dedicated SOCKS5 proxies are useful when applications require lower-level network routing beyond standard HTTP and HTTPS traffic. For most web-based workflows, such as SEO tools, dashboards, and browser automation, HTTP and HTTPS proxies are sufficient. However, SOCKS5 becomes more relevant when working with non-browser traffic, custom scripts, or tools that explicitly require it for compatibility or performance reasons.