Octo Browser Interview: Sid Wudraq Reveals Anti-Detect Secrets!

Octo Browser is an anti-detect browser that helps businesses manage multiple online accounts safely and efficiently. It offers 99.995% uptime and advanced fingerprint spoofing technology built on Chromium, giving users the tools they need to operate across different platforms without detection.

“We decided to develop a truly top-quality, technologically advanced solution by releasing updates in sync with Chrome, investing in a robust R&D team, and implementing rigorous quality assurance processes.”

Sid Wudraq from Octo Browser

Sid Wudraq works closely with Octo Browser's research and development team, focusing on browser fingerprint technology and anti-detection capabilities. Since the company's launch in 2021, he has helped build solutions that stay ahead of major platforms' detection systems. His technical background allows him to spot emerging threats and opportunities in the anti-detect browser space.

#1 Octo Browser claims 99.995% uptime and Chromium-based fingerprint spoofing. How do you balance frequent kernel updates with maintaining fingerprint stability for your users?

Since fingerprint parameters generally stay consistent during updates, maintaining fingerprint stability is straightforward.

The Octo Browser R&D team monitors and analyzes upcoming changes in Chrome APIs well before their official release. We implement necessary adjustments promptly. Chrome's predictable release schedule allows us to analyze and prepare Octo builds in advance.

We intentionally delay releasing new browser versions for a couple of days — even when they're ready on the official release date — to allow more Chrome users to update first, ensuring Octo users blend seamlessly with the broader Chrome user base.

For example, we anticipated the release of the WebGPU API, which exposes numerous GPU device parameters for fingerprinting. Our team researched and prepared for this update well in advance. When the WebGPU API launched, we were the first anti-detect browser to implement API spoofing that protected users' actual GPU parameters. Our competitors needed more than two months to develop similar capabilities.

#2 How do you ethically pitch Octo Browser's anti-detect capabilities to enterprise clients while addressing platform compliance concerns (e.g., Facebook/Google policies)?

It is up to users to evaluate the ethical implications of their actions. We strictly comply with all legal requirements and do not interfere with our users' work unless there are legal concerns.

It's also worth noting that major platforms like Facebook and Google don't actively prevent creating multiple accounts — possibly because additional accounts boost their activity metrics and ad revenue.

#3 What specific mechanisms ensure each profile's fingerprint remains undetectable when transferring them from one device to another?

We have developed our browser, including its Chromium kernel written in C++, in a way that gives us full control over all APIs and internal browser mechanisms. This means we can create any desired fingerprint, regardless of the device the browser runs on.

#4 With constantly evolving detection algorithms, how often do you update your fingerprint parameters and validation protocols?

This is a continuous effort where we research anti-fraud and anti-bot systems, analyze web platform and browser features. We also reward our users for providing us feedback about site interactions.

Typically, with almost every Octo Browser update, we ship adjustments that allow us to account for new detection methods either found by our researchers or reported by power users. This approach helps us consistently improve our technology and service quality.

#5 What unexpected industries beyond e-commerce/social media have adopted Octo Browser for multi-accounting operations?

Beyond e-commerce and social media, Octo is used to automate browser tasks such as data collection and web service testing. Automation detection prevention and a user-friendly API enable Octo users to launch thousands of browser profiles simultaneously for large-scale data scraping.

While non-Octo users face limited data access due to Cloudflare blocks, CAPTCHAs, and other protective measures, Octo users can gather all needed information without interruption.

Sales teams and recruiters also leverage multi-accounting to enhance their outreach capabilities. There are numerous other applications for anti-detect multi-accounting browsers, with the most innovative use cases likely remaining undisclosed.

#6 How do you balance ethical use concerns while providing tools that could potentially enable fraudulent activities?

At Octo Browser, we take ethical concerns and responsibilities very seriously. We focus primarily on legitimate use cases, such as digital marketing, market research, and web automation.

While we acknowledge that any powerful tool can be misused, we address this through extensive educational outreach and transparency, helping our users understand what our technology can and cannot do. Our mission is to empower businesses with innovative solutions while upholding the highest standards of integrity.

#7 What technical challenge surprised you the most when developing Octo’s parallel headless Cookie Robot?

Frankly, it was a straightforward engineering task involving standard development and testing. However, not all tasks were as simple as developing the Cookie Robot. During Octo’s development, we faced significant technical challenges that required innovative solutions.

One of our most challenging tasks was shipping videostream spoofing — a feature that didn't exist on the anti-detect browser market at the time.

We're proud to have pioneered this capability, maintaining our competitive advantage in that regard for nearly two years. Another major challenge was ensuring stable, uninterrupted operation for our rapidly growing user base, which required sophisticated infrastructure optimization and advanced scaling techniques.

#8 How has user feedback directly shaped the product functionality?

We always start with real user pain points, not just a desire to ship features because we can. We gather and analyze feedback from Octo Customer Service, our community, and in-product behavior to understand the root of each problem, not just its surface manifestation. 

We've gone beyond simply building a UI — we've reimagined how to make these workflows truly scalable and efficient.

We also incorporate proven best practices from beyond the anti-detect space — including SaaS, DevTools, and RPA — to bring mature, battle-tested ideas into our product. This approach helps us build solutions that genuinely work and grow with our users.

#9 How do you differentiate Octo Browser's approach to fingerprint management from competitors like Multilogin?

When we launched in 2021, we studied our competitors. Most of today's anti-detect browsers didn't exist back then, and the market leaders like Multilogin had significant quality issues.

Their browser kernel lagged four releases behind Chrome — an issue we still observe in some browsers even in 2025. Competitors lacked even basic spoofing capabilities; for example, they were missing Client Hints headers and using JS API that leaked real information about the user’s device.

Since then, we've maintained our position as leaders in terms of quality, and the entire anti-detect browser industry has raised its standards following our lead.

#10 What criteria do you use when selecting proxy partners like Asocks and Smartproxy for native integration?

We evaluate requests from our users in the Octo Browser community and thoroughly review applications from potential proxy providers. To be featured on our partners’ list, proxy providers must meet two requirements:

first, pass verification by our support team through a brief trial period while we conduct necessary testing. Second, providers need to offer either a discount or extended trial period for our users.

#11 What fundamental shift in browser technology could make current anti-detect methods obsolete, and how are you preparing for this potential scenario?

While we shouldn't expect a “silver bullet” against multi-accounting to emerge overnight, we cannot stay complacent either. We continuously monitor technological developments and employ diverse approaches, which allows us to create high-quality tools capable of bypassing even the most advanced detection systems.

#12 With your 99.995% uptime metric, what systems ensure this reliability as you scale to more enterprise clients?

We employ several key systems to keep our service reliable and stable. First, we implement comprehensive real-time monitoring across our entire system. Secondly, we rely on robust foundational services like CDN and cloud storage. We also run our service in multiple locations, so if one of them experiences technical issues, another can take over automatically.

We can update our system without any downtime, and if anything goes wrong, we can quickly revert the changes. Our smart system automatically adjusts to handle more users when needed. 

We regularly test our backup systems to make sure they work properly. Thanks to all these measures, our service stays up and running 99.995% of the time, even when working with multiple large enterprise customers.

#13 Octo Browser serves many AffNinja community members — how does this platform's blend of technical deep-dives and growth strategies align with your mission to democratize secure browser tech?

At Octo Browser, we believe that transparency, education and outreach are just as important as technical excellence. We want to democratize secure browser technology. It is not just about providing tools, it's about empowering users with knowledge and understanding of underlying technologies and use cases.

When we engage with the AffNinja community, we're not simply offering a product, we're fostering a deeper understanding of browser fingerprinting, privacy technologies, and secure browsing practices.

We believe that well-informed users make better decisions. When community members understand not just how to use our technology, but why certain features work the way they do, they can maximize the efficiency of their work and their own privacy online.