Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Many enterprises turn to the DMCA takedown process when they discover infringing or fraudulent content online. While DMCA takedown serves as a protective mechanism for copyrighted material, it was never designed to address the speed and scale of brand impersonation and phishing scams. To put things into context, it takes less than 60 seconds for users to fall for phishing emails.

Retail account takeover fraud has surged in recent years, with attackers exploiting stored payment details, loyalty points, and digital wallets. This blog analyzes five of the biggest and most impactful retail account takeovers in recent years, evealing how each unfolded, how customers were affected, and how real-time, in-session defenses could have changed the outcome.

Bank account takeover fraud is a growing global threat, costing financial institutions and customers billions each year. Attackers are refining their tactics, blending phishing, credential stuffing, and mobile malware to bypass traditional defenses. For banks, the stakes are high: a single breach can erode customer trust and regulatory standing overnight.

Phishing protection refers to the tools, strategies, and technologies used to detect and prevent cybercriminals from impersonating your brand, stealing credentials, and defrauding your customers. As attackers move faster and impersonate more convincingly, brands need more than just domain scans or email authentication to stay protected. Many security and digital teams rely on email filters, takedown services, or brand education to manage phishing risks.

Automated brand impersonation protection has become a baseline requirement for digital security. As phishing operations scale across web domains, mobile app stores, social platforms, and ad networks, attackers are moving faster and operating more broadly than ever before. Traditional defenses – periodic scans, manual takedowns, post-incident analysis – are too slow and too shallow.

Fake apps are the latest evolution of brand impersonation, and they’re proving just as dangerous as phishing sites. Fraudsters clone legitimate mobile apps, publish them on official app stores, and trick users into entering credentials — which are then reused in the real app before anyone notices. Given that over 60% of web traffic is now mobile, this form of phishing-driven credential reuse has become one of the top blind spots in mobile fraud defense.

With the average phishing campaign now harvesting its first set of credentials in under 15 minutes , the efficacy of a detection strategy is measured in seconds, not hours.. Relying on scanning and takedown or traditional threat intelligence feeds – that inherently lag behind real-time user engagement – is no longer a viable defense against even unsophisticated credential theft and account takeover (ATO) scams.

Loyalty fraud prevention has become a major industry threat, with loyalty-linked accounts having become digital assets of converging value – storing points, payment credentials, and verified identity data. That makes them irresistible targets for attackers with both the motive and means to exploit them. Phishing, credential stuffing, spoofed login portals, and personalized impersonation scams are just the beginning.

Evil Twin attack prevention has become more difficult than ever. With affordable, easy-to-use tools, these attacks are now more accessible and harder to detect, leaving customers vulnerable to sophisticated account takeovers without the usual phishing hallmarks. Tools like the Wi-Fi Pineapple Mark VII ($299) create rogue networks and phishing portals, while the ESP8266 Deauther V4 ($15) disrupts Wi-Fi handshakes to force devices onto less secure networks.

For security teams, it’s no great revelation to say that DNS cache poisoning prevention is essential for guarding against attacks using that vector. But it’s easier said than done. While traditional network-layer defenses like DNSSEC reduce poisoning risk, they can’t fully prevent it. Downstream – after redirection – bad actors await, ready to harvest credentials, bypass MFA, and take over accounts.