Enhance security posture
Identify vulnerabilities, implement necessary security controls, and proactively address weaknesses in systems and infrastructure
With real-time monitoring capabilities, governments can use StealthMole to expand and strengthen their capacity to surveil threats targeting government systems, infrastructure, and sensitive data.
Automate monitoring of various data sources to detect potential state-targeted threats, including indicators of compromise, data breaches, or emerging vulnerabilities.
Utilize automation and machine learning algorithms to analyze large volumes of data and extract relevant threat information
Extract threat actor information from the dark web using StealthMole’s investigative tools
StealthMole enables governments to protect critical data and infrastructure by alerting them to the first signs that a data breach has occurred.
Cut through the noise of threat alerts and zero in solely on data breach incidents
Receive real-time notifications when relevant data breaches are detected on the dark web, enabling quick response.
Track and shut down the source of credential leaks with device details provided by StealthMole
Receive real-time notifications when credential leaks are detected, enabling quick response
Governments can use StealthMole to conduct comprehensive risk assessments to identify vulnerabilities, strengthen security measures, and safeguard government operations and assets.
Evaluate digital risk by checking the number of leaked credentials across government systems and agencies
Identify vulnerabilities, implement necessary security controls, and proactively address weaknesses in systems and infrastructure
Stay ahead of cybercriminal activities with real-time awareness of emerging threats
Armed with the right intelligence, respond swiftly and effectively to potential cybersecurity risks
Take swift action to secure leaked data, preventing further unauthorized access, data loss, and reputational damage associated with data breaches
Attacks on personal computers date back to the 1980s with the emergence of computer viruses. In those initial stages, these viruses were experimental, primarily disruptive rather than focused on information theft. Then, the early 2000s witnessed the advent of banking trojans, specifically designed to intercept and pilfer financial information, aligning with the increasing prevalence of online banking. In 2010, we started to see sophisticated spyware and infostealers. No longer simple password thefts, bad actors could steal a diverse range of sensitive data as personal devices became more prevalent in our daily lives, such as handling our personal information or finances.
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