Brandefense Academy
Your trusted hub for learning, developing, and mastering the skills that shape tomorrow's digital defense.
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Your trusted hub for learning, developing, and mastering the skills that shape tomorrow's digital defense.
Discover NowPhishing infrastructure can be operationalized in under an hour: domain registered, phishing kit deployed, SSL provisioned. Standard IT monitoring doesn't see any of this until a customer reports it. Brandefense DRPS monitors 2.4M+ new domains daily, intercepts phishing signals at the earliest stage (registration, certificate issuance, DNS activation) and automates the takedown process end-to-end.
2.4M+
New Domains Scanned Daily
35+
Typosquat Algorithms
4,200+
Registrar Abuse Contacts
96.2%
Detection Accuracy
Attackers exploit six primary domain-based vectors, often in combination. A typosquat domain provisioned with SSL and loaded with a reused phishing kit represents three simultaneous signals that Brandefense detects and links in a single case.
Typosquatting
Lookalike Domains
Homograph Attacks
Newly Registered Domains
Phishing Kit Reuse
SSL Certificate Abuses
Typosquatting
35+ algorithmic variations (character swap, transposition, keyboard-proximity) generate hundreds of plausible misspellings of your domain. Attackers register whichever ones users are statistically most likely to mistype.
acrnecorp.com
acmecorpp.com
cmeco.rp.com/
Lookalike Domains
Brand name combined with trust-signaling keywords ("secure", "login", "support") creates domains that pass casual URL inspection. Often paired with a cloned site and valid SSL to complete the deception.
acmecorp-secure.com
login-acmecorp.net
Homograph Attacks
Unicode lookalike characters replace Latin letters at the byte level. The domain renders identically in a browser address bar but resolves to attacker-controlled infrastructure. Invisible to human review.
Cyrillic "а" substitution
IDN Homograph
Newly Registered Domains
The highest-value detection window. A brand-keyword domain registered in the last 24 hours is a high-probability phishing precursor. Catching it before the kit deploys means takedown before any customer is exposed.
registered <24h
no prior DNS history
Phishing Kit Reuse
Phishing kits are shared, sold and reused across operators. A kit fingerprint match links a new domain to a known campaign and maps the entire hosting cluster for bulk takedown rather than domain-by-domain attrition.
Kit Fingerprinting
Cluster Mapping
SSL Certificate Abuses
Free SSL is now standard on phishing sites. The padlock no longer signals safety. CT log monitoring catches brand-relevant certificate issuance at the moment it happens, a reliable early-warning signal before the page goes live.
Let's Encrypt
CT Log Monitoring
Every stage from first signal to confirmed suspension runs automatically. No ticket queue. No manual analyst handoff. The team sees outcomes, not process.
Registration feeds, CT logs, passive DNS and threat intelligence sources are ingested continuously. Brand-relevant domains surface within minutes of registration, not on a daily batch cycle.
Every domain threat vector covered. Detection to takedown without analyst intervention.
35+ algorithmic variations: character substitution, transposition, insertion, deletion, keyboard-proximity analysis.
Detection after a customer clicks is already too late. Four AI modules identify phishing infrastructure in the registration and staging phase, before any campaign is live.
Phishing Infrastructure Clustering
Registration Pattern Modeling
Campaign Recurrence Detection
Attack Probability Scoring
Phishing Infrastructure Clustering
Graph analysis connects domains sharing hosting infrastructure, nameservers, registrant patterns and SSL certificate chains. One confirmed phishing domain becomes a map to the entire campaign network, enabling simultaneous takedown of all linked assets rather than domain-by-domain removal.
Graph Analysis
Cluster Mapping
Bulk Takedown
Registration Pattern Modeling
Operator-specific registration fingerprints (TLD preference, registrar selection, naming convention, timing) are learned from historical campaigns. The model identifies the next domain faster with each confirmed case.
TLD Preference
Timing Patterns
Operator Fingerprint
Campaign Recurrence Detection
After takedown, the same operator resurfaces with a new domain, new host and modified kit. TTP fingerprinting means the second campaign is detected faster than the first. The detection window closes with every iteration.
TTP Fingerprinting
Post-Takedown Watch
Recurrence Detection
Attack Probability Scoring
Domain similarity, infrastructure signals, kit presence and registration timing combine into a single live risk score per domain. Automated prioritization ensures the highest-risk threat is acted on first, not buried in a detection queue.
Live Risk Score
Auto Prioritization
Multi-Signal
Brandefense intercepts phishing infrastructure at the earliest signal (registration, CT log, DNS activation) and triggers takedown automatically. Your customers never see the threat.
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