Compromised Credentials
Credentials Dark Web Data Breaches InfoStealers
What Are Compromised Credentials? Compromised credentials are usernames, passwords, session tokens, API keys, or other …
Domain monitoring watches your internet domains for threats. It tracks new registrations, spots typosquatting domains that look like yours, and catches signs of malicious use like phishing sites.
The goal? Catch attackers before they impersonate your brand or steal your customers’ credentials.
According to IBM’s 2025 Cost of Data Breach Report, phishing is the top initial attack vector at 16% of breaches. Many of these attacks deliver infostealer malware to capture credentials.
Here’s the thing: phishing attacks need domains. Attackers register domains that look like yours, build convincing fake login pages, and trick your employees and customers into handing over their passwords.
Here’s why you need domain monitoring:
Domain monitoring covers several key areas:
These aren’t theoretical threats. Here’s what happens when domain monitoring fails:
Netnod (2018-2019): Netnod runs one of the 13 root DNS servers that keep the internet working. Attackers sent unauthorized EPP instructions to registries, hijacked their DNS, and redirected traffic to capture sensitive data. They even disabled DNSSEC long enough to obtain SSL certificates for Netnod’s email servers. Domain monitoring would have caught the DNS changes immediately.
Google Vietnam (2015): Lizard Squad hijacked Google Vietnam’s DNS, redirecting visitors to their own page. Beyond the embarrassment, attackers had access to any sensitive data users sent to the hijacked domain. DNS monitoring catches these changes in minutes, not hours.
OCBC Bank (2021): Attackers hit Singapore’s OCBC Bank customers with SMS phishing, stealing S$8.5 million from 469 customers over three weeks. The attackers used spoofed messages and fraudulent domains. OCBC shut down 45 phishing websites, but attackers kept registering new ones. Continuous domain registration monitoring catches these domains the moment they’re created.
Here’s how to get started:
Domain monitoring is the practice of continuously tracking your organization’s domains for security threats. It detects typosquatting domains, DNS hijacking attempts, and phishing sites that impersonate your brand before attackers can exploit them.
Domain monitoring catches phishing attacks early. According to IBM’s 2025 report, phishing is the top attack vector, causing 16% of all breaches. Attackers register look-alike domains to steal credentials from your employees and customers. Early detection lets you take down malicious domains before damage occurs.
Domain monitoring detects typosquatting domains, DNS hijacking, WHOIS changes, SSL certificate issues, and unauthorized content changes. It also identifies phishing domains that impersonate your brand to steal customer credentials.
DNS hijacking attacks redirect your domain traffic to attacker-controlled servers. Attackers compromise registrar accounts to change DNS records. This lets them intercept sensitive data and obtain SSL certificates for your domains.
Attackers use typosquatting (misspellings like ‘arnazon.com’), homoglyphs (similar characters like ‘paypaI.com’ with capital I), and subdomain tricks (’login.yourbank.attacker.com’). See real phishing domain examples to understand what to watch for.
Yes. Domain monitoring catches external threats, but you also need compromised credential monitoring to detect when attackers steal employee passwords. Stolen credentials are often used to access registrar accounts and hijack domains.
Credentials Dark Web Data Breaches InfoStealers
What Are Compromised Credentials? Compromised credentials are usernames, passwords, session tokens, API keys, or other …
Credentials Dark Web Data Breaches InfoStealers
What Are Leaked Credentials? Leaked credentials are usernames, passwords, session tokens, API keys, and other …