Murphy Proxies

Murphy Proxies operates as a European-based proxy service with deep rooting in GDPR compliance and regional regulation. The company provides two primary proxy types: static ISP proxies for dedicated connections and rotating residential proxies for scaled operations. Ad verification is explicitly listed among their core use cases, positioned alongside web scraping, SEO monitoring, account management, retail automation, sneaker botting, and ticketing. Unlike some competitors that mention ad verification briefly, Murphy treats it as a legitimate workflow with infrastructure tailored to it.

The company's ISP proxy offering starts at approximately 0.80 EUR per IP monthly. ISP proxies use dedicated IP addresses hosted on Internet Service Provider infrastructure, creating a middle ground between datacenter speed and residential legitimacy. An ISP proxy looks more like a real user connection than a datacenter proxy (which immediately signals to sophisticated fraud detection as non-residential), but rotates less frequently than a residential proxy. For ad verification, ISP proxies suit campaigns verifying steady creatives across specific regional markets, where you need to check the same IP repeatedly to simulate a user visiting a campaign multiple times. ISP proxies offer unlimited bandwidth and maintain sub-30-millisecond latency on tier-1 ASNs (Autonomous System Numbers), meaning requests complete quickly even when checking dozens of placements. The speed matters practically: a verification tool checking fifty placements across five geographic regions at sub-30ms latency completes in seconds rather than minutes.

The residential proxy tier starts at approximately 0.70 EUR per gigabyte on a pay-as-you-go model with no monthly minimum. Murphy maintains a pool of 25 million residential IPs spread across 190+ countries. The company advertises a 99.7% success rate on major platforms including Nike, TikTok, Google, and Ticketmaster, which signals substantial operational maturity. These are hard-to-block platforms with sophisticated anti-fraud systems, so a 99.7% success rate means Murphy's IPs are either not being flagged as suspicious or are rotating fast enough to work around temporary blocks. Latency ranges from under 30 milliseconds to 62 milliseconds depending on location, acceptable for most verification workflows. Sticky sessions allowing connections to remain on the same IP for up to 48 hours are available, useful for verification scenarios where you want to simulate a repeat visitor or test session-based tracking.

Geographic targeting goes beyond country level to include state, city, and ASN-level precision. This depth of geo-targeting is critical for ad verification at scale. A campaign targeted to major US cities needs to verify creatives across all of them; a campaign buying premium inventory in specific European regions requires city-level transparency. ASN-level targeting is particularly useful in verification because it allows targeting specific carriers or network providers, which matters for mobile or carrier-specific placements. A team verifying ads on a Verizon-exclusive network, for example, can rotate through Verizon ASNs specifically. For an advertiser running a campaign in Germany, Murphy's targeting means checking creatives not just from Germany broadly, but from Berlin, Munich, Hamburg, and smaller cities, ensuring regional variants render correctly.

Murphy supports both HTTP and SOCKS5 protocols, enabling compatibility with various client libraries and custom applications. A verification team building in Python can use requests library with SOCKS5 proxy support. A team using curl or building CLI tools can rotate through SOCKS5 proxies directly. This flexibility is valuable for teams with diverse tooling. The company doesn't require a monthly commitment, reducing friction for teams testing the service or running episodic verification campaigns. Unused data doesn't expire on residential plans. You buy what you use and don't lose prepaid allowances to time windows. The company also advertises a 24-hour money-back guarantee, a confidence signal unusual in the proxy industry.

The European positioning carries meaningful advantages and constraints. Murphy is GDPR-compliant, which matters for verification work in Europe or work proxying through European users. For teams subject to regulatory oversight (healthcare, finance, regulated advertising), this compliance is non-negotiable. EU-based data handling also matters for data residency requirements in some jurisdictions. The company's emphasis on ethical IP sourcing and regulatory compliance positions it as a cautious operator. However, regulatory compliance also means Murphy likely faces stricter limits on proxy use cases and more rigorous IP sourcing than some competitors less regulated. This is a feature, not a bug: it reduces legal risk and means the company is less likely to source IPs from compromised devices or botnets.

One practical limitation is size. While 25 million residential IPs is substantial, competitors claim larger pools (eProxies advertises 72+ million, for instance). For truly massive verification campaigns (thousands of concurrent checks across every city in every market), the smaller pool might require more careful resource planning. Murphy's success rate of 99.7% on major platforms suggests the smaller pool isn't a practical bottleneck for most teams, but it's a consideration if running at scale. The company doesn't publicly list an explicit uptime SLA percentage (e.g., "99.9% availability"), which some enterprise buyers require for vendor selection and renewal arguments internally.

The billing is in EUR, creating currency exposure for teams operating in other markets. If a team's budget is in USD, monthly EUR invoices fluctuate with exchange rates, adding a small operational burden to forecasting. This is a minor concern but worth noting for teams in the US or Asia.

A typical workflow looks like this: a brand runs an awareness campaign in Germany across Facebook, Google, and Instagram. The compliance team needs to verify that the creatives render correctly for audiences in Berlin, Munich, and Hamburg, that all tracking pixels fire, and that no unexpected redirects occur. Murphy's city-level targeting means specifying Berlin, Munich, Hamburg. Residential proxies avoid triggering fraud blocks on Facebook and Google. The team sets up a verification script using the REST API, loops through cities and placements, captures what renders, and compares to expected. The 99.7% success rate suggests the script won't be derailed by blocks mid-run. The EUR 0.70 per gigabyte pricing means the verification run consumes roughly 1–2GB (maybe EUR 0.70–1.40), an acceptable operational cost.

Murphy Proxies appeals to campaigns with European emphasis or regulatory requirements (GDPR, data residency, compliance audits), teams requiring deep geographic precision (city and ASN targeting), and operations preferring pay-as-you-go simplicity without subscriptions or minimums. The 99.7% success rate on major platforms indicates that the infrastructure handles blocking resistance well. That's a key requirement since blocked IPs generate false negatives in verification. The 48-hour sticky sessions and both proxy types give flexibility for different verification strategies. The ethical sourcing and GDPR compliance reduce vendor risk for regulated industries. Teams running verification primarily in non-European markets or needing to minimize cost at massive scale should compare against larger providers. Teams looking for the most full-featured ad verification platform (with built-in fraud detection, reporting, DSP integration) will find Murphy more of an infrastructure provider than a purpose-built verification platform, but that may be exactly what they need.