# LinceSec modules LinceSec covers six external exposure vectors from a single platform. Each module can be licensed independently: Data Leaks, Suspicious Domains, Infrastructure Exposure, Critical Posts, Dark Web, Supply Chain Attacks. ## 01 · Data Leaks *Your data may already be in the wrong hands* Every day, millions of stolen records are published in underground forums, Telegram channels and dark web markets. Many contain employee credentials, access tokens or documents that should never have left your organization. LinceSec detects them in real time and alerts you before an attacker can use them. ### What we detect - Corporate credentials in known dumps and proprietary intelligence sources - Plaintext passwords or hashes for accounts tied to your domain - Corporate emails on spam lists, data brokers and illegal marketing databases - Tokens, API keys and hardcoded secrets published in public GitHub, GitLab or Bitbucket repositories - Internal documents, contracts and screenshots posted on Pastebin, Telegram and similar channels - Customer payment card data linked to your domain circulating in carding channels ### Why it matters A single leaked credential can be the entry point for a ransomware attack. **The average breach detection time is 194 days**: LinceSec alerts you in minutes, while you can still act. ## 02 · Suspicious Domains *Someone is already using your name to trick your customers* Attackers register domains that mimic yours to launch phishing campaigns, distribute malware or intercept communications. With typographical variations, Unicode characters and brand patterns, they create sites almost indistinguishable from the original: and your customers trust them. ### What we detect - Typosquatting domains with common typos of your brand name - Homograph domains using Unicode characters visually identical to the Latin alphabet - Registrations following brand+keyword patterns (your-brand-login.com, your-brand-secure.net) - Active sites cloning your website’s design to impersonate you in front of users - SSL certificates issued for domain names that imitate yours - MX records attempting to intercept emails addressed to your corporate domain ### Why it matters Your customers can’t tell your real domain apart from a malicious one. **When they fall for a phishing trap under your name, the reputational damage lands on you**, even though you weren’t the source of the attack. ## 03 · Infrastructure Exposure *Your perimeter has more open doors than you think* Digital transformation expands the attack surface faster than security teams can manage. Forgotten assets, default configurations and unintentionally exposed services are the most common vectors in real attacks: and the most preventable with continuous external visibility. ### What we detect - Open ports and services across corporate IP ranges and cloud environments - Admin panels reachable from the internet: RDP, SSH, management consoles - Unauthenticated databases exposed publicly (MongoDB, Elasticsearch, Redis) - REST and GraphQL APIs without access control exposing sensitive data - Misconfigured cloud storage buckets with public read access - Outdated software with known, exploitable CVEs on reachable assets - Orphaned subdomains susceptible to subdomain takeover ### Why it matters 60% of breaches exploit known vulnerabilities for which a patch already existed. **Invisible exposure is the most dangerous kind**: because neither you nor your team knows it’s there. ## 04 · Critical Posts *Your reputation is destroyed in seconds, rebuilt over months* Social media and specialized forums are now part of the digital battlefield. Disinformation campaigns, orchestrated leaks and coordinated reputation attacks can start in a Reddit thread and end up on the front page within hours. ### What we detect - Posts containing internal data, credentials or confidential screenshots - Coordinated smear campaigns on Twitter/X, LinkedIn, Reddit or Telegram - Mentions in underground forums where actions against your organization are being planned - Impersonation of official company accounts or key executives - Deepfake content or AI-generated disinformation using your corporate image - Coordinated review bombing or mass attacks on rating platforms ### Why it matters A well-executed reputational damage campaign can cost a company **up to 22% of its value within weeks**. Early detection lets you respond before the damage goes viral and becomes irreversible. ## 05 · Dark Web *What you can’t see can still destroy you* The dark web isn’t just an illegal marketplace: it’s where threat actors buy access to companies, plan attacks, trade tools and coordinate operations. Without visibility into that space, you operate blind against your most sophisticated adversaries. ### What we detect - Sale of initial access (VPN, RDP, panels) to your infrastructure on specialized markets - Ransomware affiliate ads looking for access to organizations in your sector - Personal data of employees and customers on forums trading stolen information - Mentions of your brand, domain or executives in private threat-actor chats - On-demand attack offers (DDoS, doxxing, smishing) targeting your company - Leaks announced before going public, giving you time to respond ### Why it matters The average time between the sale of initial access and a ransomware deployment is **5 days**. Monitoring the dark web isn’t optional: it’s the difference between getting ahead of a crisis and managing one. ## 06 · Supply Chain Attacks *Your software could become the weapon used against your customers* Attackers no longer just compromise infrastructure: they impersonate the software companies publish. They register packages with names nearly identical to your libraries, exploit dependency confusion, and abuse the dependency chain to slip in malicious code signed with your name. LinceSec monitors public registries to detect impersonation before it reaches your users. ### What we detect - Typosquatting packages mimicking your libraries on npm, PyPI, Maven Central, NuGet or RubyGems - Dependency confusion: public packages that impersonate the names of your internal dependencies - Fake repositories and organizations on GitHub or GitLab posing as your company - Fraudulent container images in public registries imitating your official images - Trojanized versions of your software distributed outside your official download channels - Chain abuse: hijacked dependencies of your software or compromised maintainers ### Why it matters A single impersonated package can distribute malware to thousands of customers under your name. **Software supply chain attacks have grown 7x in recent years**: detecting impersonation in time protects the hardest thing to recover: trust in your software.