When you need raw power, ISP proxies blend authentic IPs with faster performance. Less likely to get detected than data center proxies.
When you need to bypass tougher restrictions or need to truly geo-target your results, use residential IPs from real devices.
Want to cut to the chase and get raw data? Rayobyte’s Web Scraping API is backed by our diverse proxy pool, without the hassle!
Ad fraud covers a variety of malicious online acts: faking traffic numbers, laundering impressions, automating ad clicks, and more. When hackers or malicious internet users manipulate your ads or hide them from legitimate customers, they can damage your brand, revenue, and reputation.
Ad verification ensures your digital ads appear where, when, and how they’re supposed to, according to your targeting specs. However, ad platforms often display different content based on user location or behavior. Residential proxies let you verify campaigns by simulating real users in specific regions, devices, or ISPs.
Residential proxies route traffic through real user devices, making them far less likely to be flagged or blocked. They’re ideal for accessing geo-restricted content and viewing ads exactly as real users would. Data center IPs, on the other hand, are easier to detect and can skew your verification results.
In some cases, ISP proxies can offer a good compromise, providing authentic IP addresses with faster speeds, similar to data centers.
Proxies let you simulate ad views from real devices in specific geos, helping detect click fraud, fake impressions, and traffic anomalies—before they waste your budget.
Ad verification can detect things such as site context, ad placement, viewability, competitive separation, fraudulent activity, frequency cap, and geotargeting.
Our proxies can be readily integrated into your workflows, making them a viable option with all major ad verification tools, as well as custom-built systems. Whether you're using third-party tools like IAS or DoubleVerify, or have internal dashboards, our proxies can integrate seamlessly via HTTPS or SOCKS5.