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Shared vs Dedicated Proxies: Complete Guide 2026

Last updated: April 2026

By Hex Proxies Engineering Team

A comprehensive guide comparing shared and dedicated proxies — performance, reliability, cost, and when to use each type.

Feature Comparison

FeatureHex ProxiesShared Proxies
IP ExclusivityExclusive to your accountShared with other users
SpeedConsistent, no contentionVariable, depends on other users
Trust ScoreYou control the reputationOther users can damage reputation
CostHigher per-IP costLower per-IP cost
Best ForAccounts, bots, checkoutBasic scraping, testing
IP ControlFull control over usage patternsNo control over other users
Ban RiskLow (clean history)Higher (others may abuse)
AvailabilityAlways available to youMay hit concurrency limits
Session StabilityHighly stableCan be interrupted
Hex Proxies OfferingISP proxies (dedicated)Residential pool (shared rotating)

Why Choose Hex Proxies

  • Full control over IP reputation and usage patterns
  • Consistent speed without contention from other users
  • Lower ban risk because only you use the IP
  • Essential for long-term account management
  • Predictable performance for time-sensitive workflows
  • ISP proxies: dedicated IPs with residential trust scores

Why Choose Shared Proxies

  • Lower cost per IP for budget-constrained projects
  • Larger available pool for high-diversity needs
  • Good enough for one-time scraping tasks
  • No commitment to specific IPs

Shared vs Dedicated Proxies — Which Should You Choose?

The choice between shared and dedicated proxies comes down to a fundamental trade-off: cost per IP versus control over that IP. Shared proxies are cheaper because multiple users share the same IPs. Dedicated proxies cost more but give you exclusive access to each IP, which means you control its reputation and performance.

How Shared Proxies Work

Shared proxies assign IPs from a common pool to multiple users. When you connect through a shared residential proxy, you get an IP that other users may also be routing traffic through simultaneously or may have used recently. The pool is large enough that IP overlap is managed through rotation, but you have no guarantee about the current reputation of any given IP.

This model works because residential proxy pools contain millions of IPs. At any given moment, the chance of your request hitting an IP that another user has burned on the same target is low, especially for common targets. Shared residential pools are effective for large-scale scraping where individual IP reputation matters less than aggregate diversity.

How Dedicated Proxies Work

Dedicated proxies assign specific IPs exclusively to your account. No other user routes traffic through your IPs. This exclusivity means you control the IP's history: if an IP has a clean reputation when assigned, it stays clean as long as you use it responsibly.

Hex Proxies ISP proxies are dedicated by design. When you purchase an ISP proxy, you receive a specific IP address hosted on owned infrastructure. That IP is yours for the duration of your plan, with unlimited bandwidth and consistent performance.

The Reputation Problem

This is the core argument for dedicated proxies. On shared pools, other users' behavior affects your success. If someone sends aggressive traffic through a shared IP and gets it flagged on Amazon, your subsequent use of that same IP on Amazon will inherit the flag. You cannot control or predict other users' behavior.

Dedicated IPs give you full control. You decide the request rate, target distribution, and usage patterns. Your IP's reputation reflects only your behavior. For targets that maintain persistent IP reputation databases (most major platforms), this control is the difference between consistent access and random blocks.

Performance and Speed

Shared proxies experience contention. Multiple users routing traffic through the same IP share its available bandwidth and connection capacity. During peak usage, shared IPs can slow down as demand exceeds capacity.

Dedicated ISP proxies on Hex Proxies run on owned hardware with fixed bandwidth allocation. There is no contention because the IP serves only your traffic. Latency is consistent and predictable, which matters for interactive use cases like account management and real-time checkout.

Cost Comparison

Shared proxies cost less per IP because the provider amortizes infrastructure costs across multiple users. Residential proxies priced per GB effectively share pool access across all customers.

Dedicated ISP proxies on Hex Proxies start from $2/IP with unlimited bandwidth. The higher per-IP cost is offset by higher success rates, clean reputation, and no bandwidth metering. For workflows where failed requests waste time and money, dedicated proxies often deliver lower total cost per successful operation.

When to Use Shared (Residential) Proxies

  • Large-scale web scraping where IP diversity matters more than individual IP reputation
  • SERP monitoring across many keywords and locations
  • Price comparison across large product catalogs
  • One-time data collection tasks

When to Use Dedicated (ISP) Proxies

  • Account management on platforms with strict IP monitoring
  • E-commerce checkout automation where session consistency is critical
  • Social media management across multiple profiles
  • Long-running monitoring tasks that require stable connections
  • Any workflow where IP reputation directly affects success rates

Hex Proxies: Both Options, One Platform

Hex Proxies provides shared residential proxies (10M+ rotating IPs at $2/GB) and dedicated ISP proxies (250K+ owned IPs from $2/IP with unlimited bandwidth) on the same platform. You can use both types within the same account, mixing residential rotation for scraping and dedicated ISP IPs for account management. The dashboard manages both from a single interface.

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