Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

By now, you’ve likely heard about Magecart attacks — or maybe even experienced one firsthand. Over the last few years, digital skimming has become a go-to tactic for cybercriminals targeting websites and web applications. Major organizations like Macy’s, Ticketmaster, the American Cancer Society, P&G’s First Aid Beauty, British Airways, and Newegg have all made headlines due to these breaches. But most victims don’t make the news.

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.

You’ve likely invested in traditional security tools that monitor failed logins or privilege requests—but more advanced threats use legitimate credentials to hide. If attackers bypass authentication protocols or hijack stolen tokens, they can roam freely under the radar. That’s why behavioral detection in an XDR solution is crucial. It does not just look at logs — it looks at patterns.

In today’s digital battlefield, distributed denial-of-service (DDoS) attacks remain one of the most disruptive tactics used by threat actors. These attacks are not just about overwhelming servers they’re about business downtime, customer dissatisfaction, and reputation loss. With the increasing complexity of attack vectors, traditional DDoS mitigation strategies are no longer enough. Enterprises must adopt smarter, faster, and more adaptive ways to detect and mitigate DDoS attacks.

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.

SIM swapping is not a novel cyber threat; it has been a persistent issue for over a decade. This technique exploits vulnerabilities in mobile carrier procedures and identity verification protocols. Attackers employ social engineering tactics to deceive telecom providers into transferring a victim’s phone number to a SIM card under their control.

SCATTERED SPIDER, an eCrime adversary, has recently broadened its target scope to include the aviation sector, in addition to its established focus on the insurance and retail industries, as observed by CrowdStrike Services. Throughout Q2 2025, SCATTERED SPIDER's activities have primarily centered on U.S.-based insurance and retail entities, along with U.K.-based retail entities.

Imagine handing over your house keys to someone who looked trustworthy - only to discover later they were an impostor. Everything that entered or left your home was compromised, and you never saw it coming. That’s what happens in your network when ARP spoofing strikes. The Address Resolution Protocol (ARP) helps devices find each other on a local network by matching IP addresses to MAC addresses.

As organizations adopt hybrid and multi-cloud architectures, the attack surface quickly expands, often outpacing defender’s ability to see and stop threats. This growing complexity fuels risk — creating blind spots adversaries exploit through cloud misconfigurations, excessive permissions, and unpatched vulnerabilities. These conditions allow attackers to break in, move laterally, and gain higher levels of access.

DDoS Defense with up-to-the-minute network analysis has become crucial as these attacks have disrupted network security for almost 20 years. The landscape changed dramatically in 2018 when the first multi-terabyte per second DDoS attacks crippled major organizations. GitHub experienced a massive 1.3TB/s attack that year, which dwarfed the previous record – a 602GB/s attack on the BBC just two years earlier.