What is Leaked.Domains?
An Invaluable Resource for Comprehensive Insights
Leaked.Domains stands as an indispensable tool, wielding its potency not only in the realm of Red Team activities but also in the broader spectrum of research, investigations, and beyond. At its core, it's more than just a tool – it's a gateway to unlocking insights hidden within disparate datasets, weaving together seemingly unrelated threads to illuminate connections that significantly amplify the scope and potential of any target or investigation.
The distinguishing hallmark of Leaked.Domains is its unique capability to traverse multiple unconnected datasets with surgical precision. By delving into various data sources, this tool unearths information that may have previously remained fragmented and isolated, ultimately enabling analysts and investigators to draw bridges between common datapoints. This interlinking proficiency is where Leaked.Domains truly shines, charting a path that stretches far beyond the limitations of traditional investigative methods.
In the realm of Red Teaming, where the landscape is characterized by complexity and the unexpected, Leaked.Domains emerges as a beacon of strategic advantage. The ability to amalgamate disparate information into a cohesive narrative is akin to providing an architect with previously unseen blueprints – expanding the canvas on which strategies are drawn and tactics are devised. Each additional connection forged through the tool's capabilities represents another avenue of approach, another layer of insight that may have otherwise remained obscured.
The ripple effects of Leaked.Domains extend beyond the confines of Red Teams. In research and investigative endeavors, it serves as a compass guiding analysts through the labyrinth of data. What may have once been seen as isolated islands of information now stand interconnected, revealing patterns, relationships, and hidden dependencies that might have otherwise eluded discovery. As a result, the pursuit of truth and clarity becomes not just attainable, but enriched with a tapestry of insights.
The ultimate impact of Leaked.Domains lies in its potential to open doors to otherwise unexplored avenues. By broadening the scope of vision, it instills a sense of empowerment, equipping practitioners with an arsenal of possibilities. The journey toward reaching objectives becomes a multi-faceted exploration, where success is not confined to a linear path but flourishes within the interconnectedness of data points.
Unleashing the Power of Enhanced Red Teaming, Research, and Investigations
Leaked.Domains transcends its role as a mere credential repository, emerging as a multifaceted platform offering an array of indispensable features. It consolidates access to an extensive collection of high-quality datasets, providing a one-stop destination that streamlines the process, saving valuable time and resources for users. These datasets, carefully curated and diversified, serve as potent tools for digitally profiling organizations, enabling the preparation of phishing campaigns, and facilitating the execution of comprehensive RedTeam assessments.
Embedded within Leaked.Domains are a host of OSINT (Open-Source Intelligence) tools, meticulously designed to empower researchers with the capability to perform passive intelligence gathering on customer domains. This functionality enhances investigative prowess, contributing to a holistic understanding of the digital landscape.
One of the platform's hallmark features is its capacity to facilitate swift and seamless pivot between various datapoints. This dynamic capability exponentially expands the scope of search, fostering in-depth exploration, all while maintaining a meticulously archived history of search origins. This history tracking contributes to methodical research and analysis.
Leaked.Domains extends a valuable utility through its whitelist customer-ready reports, furnishing users with comprehensive breakdowns of discovered information. This feature bolsters data interpretation and simplifies the extraction of actionable insights.
The breadth of Leaked.Domains' offerings extends far beyond these mentioned attributes, encompassing a diverse range of functionalities. Each facet is thoughtfully designed to empower users with comprehensive, actionable insights, thereby contributing to informed decision-making, robust cybersecurity measures, and proactive risk mitigation.
LeakDB Dataset: 34,888,158,612 records
Leaked Credentials offers a comprehensive repository of compromised credentials, providing a detailed look into the world of breached data. This specialized dataset enables users to access compromised emails, usernames, passwords, names, and associated domains. This resource-rich search equips security researchers, investigators, and law enforcement with valuable insights into the tactics and techniques employed by threat actors.
For security researchers, this dataset serves as a goldmine of compromised credentials, aiding in understanding the scale and scope of breaches. Through analyzing leaked usernames and passwords, researchers can identify patterns and vulnerabilities, enhancing threat mitigation strategies. Investigators benefit from having access to a comprehensive list of compromised accounts, facilitating the tracking and attribution of cybercrimes. Law enforcement agencies leverage this resource to proactively combat cybercriminal activity by identifying compromised credentials tied to ongoing investigations.
At the core of Leaked Credentials lies an extensive collection of records, each representing a compromised digital identity. These records encapsulate a wealth of information, encompassing usernames, passwords, and their corresponding data. By delving into this resource, users can decode the complexities of breached credentials, paving the way for proactive measures to safeguard personal and organizational data from unauthorized access and exploitation.
PeopleDB Dataset: 2,492,038,581 records
Personal Identifiable Information (PII) encompasses datasets featuring sensitive personal data such as PeopleDB, meticulously curated to empower various stakeholders. These datasets encompass a wealth of critical information, including names, email addresses, and more. This specialized search query delves into the depths of personal data, offering a profound understanding of individuals' digital footprints.
For security researchers, this resource serves as a vital tool in comprehending potential threat landscapes. By delving into PII, researchers can uncover potential avenues for cyberattacks and devise robust countermeasures. Investigators benefit immensely from the ability to trace and correlate PII across various contexts, enabling them to build a cohesive narrative for their cases. In the realm of law enforcement, the PII Enrichment equips professionals with the necessary insights to identify and address cybercrimes, contributing to a safer digital ecosystem.
Within these records, vital data points such as names, email addresses, and other pertinent details are carefully compiled. This meticulous approach ensures that users gain an intricate understanding of individuals' digital identities and affiliations.
StealerLogsDB Dataset: 281,808,706 records
Stealer Logs provides an in-depth exploration of stolen data, shedding light on the techniques employed by cybercriminals to pilfer sensitive information. This specialized dataset of stolen data, encompassing a wide range of compromised digital assets taken directly from end-user or employee computers. This resource serves as a cornerstone for security researchers, investigators, and law enforcement personnel seeking to dissect the methods used by threat actors to infiltrate and exfiltrate data.
For security researchers, this dataset acts as a crucial window into the world of data theft, enabling the identification of tactics and tools used by malicious actors. By analyzing stolen records and modus operandi, researchers can uncover vulnerabilities and enhance threat prevention strategies. Investigators derive critical insights from this repository, enabling them to piece together the puzzle of cybercrimes and attribute malicious activity to specific individuals or groups. In the realm of law enforcement, this resource empowers officials to take proactive measures against cybercriminals by gaining insights into stolen data and tracking its distribution.
Nestled within Stealer Logs Unveiled lies a comprehensive collection of records, each encapsulating a distinct instance of data theft. This trove of information encompasses stolen data, methods of exfiltration, and associated domains. Through this resource, users can navigate the intricate landscape of stolen data, leading to enhanced proactive measures against unauthorized access and data breaches.
Whois DB Dataset: 879,027,139 records
Whois DB Search offers an expansive repository with hundreds of million of Whois records. This specialized dataset provides essential details including the Domain, Registered Email, and Registering Organization, Telephone, Addresses and more. This search acts as a dynamic resource for researchers, providing crucial insights into domain ownership and registration.
This sophisticated tool isn't just limited to mere data collection; it serves as a valuable asset for various stakeholders. For security researchers, it aids in identifying the provenance of domains, enabling a deeper understanding of potential threat vectors. Investigators benefit from streamlined access to crucial domain information, enhancing their ability to trace digital footprints. In the realm of law enforcement, the Whois DB Search equips professionals with pertinent information for identifying and addressing cybercrime.
These records encapsulate essential data points such as Domain, Registered Email, and Registering Organization, empowering users with a holistic view of domain ownership and registration history.
LinkedIn DB Dataset: 905,236,173 records
LinkedIn Data presents a comprehensive exploration of data scraped from the LinkedIn platform as well as other online resources, unveiling a treasure trove of insights into individuals' professional profiles. This specialized dataset exposes a rich collection of records containing names, email addresses, LinkedIn IDs, LinkedIn URLs, and more. This resource serves as an indispensable asset for security researchers, investigators, and law enforcement personnel seeking to comprehend individuals' digital identities and affiliations.
For security researchers, this dataset acts as a window into the digital footprints of individuals, enabling a better understanding of potential threat vectors and the personas behind them. By analyzing individuals' professional profiles, researchers can uncover patterns and affiliations, aiding in the assessment of potential risks. Investigators derive essential insights from this repository, enabling them to establish connections between individuals and organizations, facilitating the building of comprehensive case narratives. In the context of law enforcement, this resource empowers officials to gather crucial information about individuals' online presence, contributing to proactive measures against cybercrimes.
The foundation of LinkedIn DB Unveiled is a meticulously curated collection of records, each encapsulating a wealth of information about individuals' professional identities. These records encompass names, email addresses, LinkedIn IDs, LinkedIn URLs, and more. By tapping into this resource, users can unravel the intricacies of individuals' digital personas, leading to enhanced proactive measures against potential threats and unauthorized activities.
Facebook DB Dataset: 371,401,687 records
Facebook Data offers an extensive exploration of data obtained through scraping Facebook profiles, providing invaluable insights into individuals' online presence. This specialized dataset exposes a rich collection of records containing a wide range of personal information, including birthdays, country, email addresses, names, gender, phone numbers, and more. This resource serves as a pivotal asset for security researchers, investigators, and law enforcement personnel seeking to comprehend individuals' digital footprints and affiliations.
For security researchers, this dataset serves as a crucial lens into individuals' personal profiles, granting a deeper understanding of potential security vulnerabilities and the information threat actors can leverage. By analyzing individuals' online personas, researchers can uncover patterns and connections, aiding in the identification of potential risks. Investigators benefit significantly from this repository, enabling them to establish comprehensive profiles of individuals and their associations, facilitating the development of coherent case narratives. In the realm of law enforcement, this resource empowers officials to acquire essential insights into individuals' online identities, fostering proactive measures against cybercrimes.
At the core of Facebook DB is a meticulously curated collection of records, each encapsulating a wealth of personal information linked to individuals' digital profiles. These records encompass birthdays, country of residence, email addresses, names, gender, phone numbers, and more. By leveraging this resource, users can unravel the layers of individuals' digital personas, leading to enhanced proactive measures against potential threats and unauthorized activities.
HashDB Dataset: 1,891,834,309 records
HashDB Lookup offers an extensive exploration of a hash lookup service, providing invaluable insights into password security through the decryption of (currently MD5 and SHA-1, more hash coming soon) password hashes. This specialized search query unveils a robust capability to search for and potentially retrieve the cleartext versions of compromised password hashes. This resource stands as a pivotal asset for security researchers, investigators, and law enforcement personnel seeking to comprehend the security implications of breached passwords and enhance their threat mitigation strategies.
For security researchers, this dataset serves as a critical tool for decrypting compromised password hashes, enabling a thorough understanding of password patterns and common vulnerabilities. By analyzing the decrypted passwords, researchers can uncover trends and weaknesses, enabling the development of more robust password policies. Investigators derive significant value from this service, enabling them to assess the extent of password-related risks and evaluate the potential impact on digital security. In the realm of law enforcement, this resource empowers officials to gain essential insights into compromised passwords, contributing to proactive measures against cybercrimes.
At the core of HashDB Lookup is a powerful capability to search for and retrieve the cleartext versions of MD5 and SHA-1 password hashes. This resource enables users to unravel the intricacies of compromised passwords, leading to fortified proactive measures against unauthorized access and data breaches. By leveraging this service, users can gain profound insights into the security landscape and develop strategies to enhance digital defense mechanisms.
White Label and customized Reports
White Label Reports introduces a versatile approach to reporting, offering tailored insights and customizable reports for security researchers, investigators, and law enforcement personnel. This specialized feature allows users to generate in-depth reports while incorporating their organization's branding, ensuring seamless integration into existing workflows. This resource stands as a pivotal asset for C-Levels and Management seeking comprehensive insights and visually engaging reports to support their analysis and communication efforts.
At the heart of White Label Reports Unveiled is a dynamic system that facilitates the creation of tailored reports. This resource enables users to seamlessly integrate their organization's logo, colors, and identity, resulting in visually consistent and impactful reports. By utilizing this feature, users can present their findings with enhanced clarity, professionalism, and authenticity, fostering informed decision-making and effective communication across various stakeholders.
DNS Dataset: 6,524,964,593 records
DNS Records offers a comprehensive exploration of DNS records, providing invaluable insights for security researchers, investigators, and law enforcement personnel. This specialized dataset unveils a wealth of domain-related information, encompassing Domain Name System (DNS) records such as A, MX, NS, and AAAA records. This resource stands as a vital asset for those seeking to understand an organization's digital infrastructure, uncover potential vulnerabilities, and enhance their proactive security measures.
For security researchers, this dataset serves as a pivotal lens into an organization's DNS infrastructure, offering insights into potential attack vectors and vulnerabilities. By analyzing DNS records, researchers can identify misconfigurations, potential points of compromise, and assess the overall security posture. Investigators derive significant value from this repository, enabling them to build detailed profiles of domain owners, associations, and potential risks linked to the DNS ecosystem. In the domain of law enforcement, this resource empowers officials to gain essential insights into domain ownership and associations, facilitating informed actions against cybercrimes.
At the core of DNS Records is a meticulously curated collection of records, each encapsulating domain-related information, including A, MX, NS, and AAA records. By leveraging this resource, users can unravel the intricacies of an organization's digital presence, leading to fortified proactive measures against potential threats and unauthorized activities. This dataset serves as a valuable asset for comprehending an organization's digital landscape, assessing its security implications, and ensuring a robust defense against cyber risks.
CertDB Dataset: 9,250,175,531 records
Certificates provides an extensive exploration of digital certificates, offering invaluable insights for security researchers, investigators, and law enforcement personnel. This specialized dataset unveils a wealth of information related to digital certificates, including SSL/TLS certificates used to secure web connections. This resource stands as a pivotal asset for those seeking to understand an organization's cryptographic security measures, assess potential vulnerabilities, and enhance proactive security strategies.
For security researchers, this dataset serves as a critical resource to gain insights into an organization's encryption practices and security posture. By analyzing digital certificates, researchers can identify weak encryption protocols, expired certificates, and potential security gaps in web connections. Investigators derive significant value from this repository, enabling them to analyze an organization's digital certificates to assess its commitment to secure communication and identify potential points of compromise. In the domain of law enforcement, this resource empowers officials to comprehend an organization's cryptographic infrastructure and associated risks, enabling targeted actions against cybercrimes.
At the heart of Certificates is a meticulously curated collection of records, each encapsulating information related to SSL/TLS certificates. By utilizing this resource, users can unravel the complexities of an organization's cryptographic security practices, leading to fortified proactive measures against potential vulnerabilities and unauthorized access. This dataset serves as an invaluable tool for understanding an organization's commitment to secure communication, evaluating its encryption practices, and enhancing digital defense mechanisms.
More tools! More data!
At Leaked.Domains, we take immense pride in the continuous evolution of our resources. By frequently updating datasets with the most recent information and seamlessly integrating new databases, we provide you with a reliable source of comprehensive leaked data. Our expanding toolkit serves as a testament to our commitment to offering you a more thorough, insightful, and user-friendly experience. We encourage you to visit our platform regularly to witness firsthand the valuable additions we bring to the realm of leaked data discovery.