Silent Push Detects Cyberattacks Before They Launch
The cybersecurity firm uses infrastructure fingerprinting to stop threats before they strike their targets.
Updated on Oct. 25, 2026 in Cybersecurity
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Silent Push tracks internet infrastructure changes to identify malicious campaigns before they begin. The firm's system resolves DNS records daily to monitor how threat actors manage and move their domains.
Why it matters
Traditional security defenses frequently struggle because they only respond after an attack occurs. This proactive approach aims to neutralize threats by catching infrastructure patterns that rotate faster than conventional indicators can track.
The system resolves DNS records daily to map infrastructure changes and monitors domains that actors often age for one year to build a reputation. It aggregates this data into a context graph to identify management patterns across hosting providers.
The players
Silent Push
This cybersecurity firm uses proprietary infrastructure fingerprinting and data analysis to identify and track threat actor operations.
FBI
The Federal Bureau of Investigation is the domestic intelligence and security service of the United States that collaborated with Silent Push on human trafficking investigations.
The details
By monitoring how threat actors register and move domains, Silent Push identifies infrastructure clusters used for malicious operations. This intelligence supports international law enforcement efforts, such as an FBI collaboration that led to the rescue of over 100 trafficked individuals.
Timeline
Silent Push was founded in early 2020.
The system performs DNS record resolution daily.
The Tech Race
Silent Push positions its intelligence platform against legacy defense models that rely on reactive threat indicators. This shift reflects a broader industry movement toward neutralizing infrastructure before attackers can execute their campaigns.
Users and organizations benefit from proactive threat blocking that reduces exposure to active cyber campaigns. By identifying malicious infrastructure earlier, the platform helps prevent data breaches and financial losses caused by sophisticated phishing or malware delivery systems.
The takeaway
Proactive security hinges on identifying the logistical patterns threat actors use to manage their networks. Organizations should prioritize intelligence that monitors infrastructure lifecycles rather than waiting for known malicious signatures to appear.
Further reading
Learn more about the latest developments in Cybersecurity.
Source note: This article includes information reported by Enterprise IT News.
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