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ULP (Infostealer Logs) | Public Breached ULP Search

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Overview of the Service

The platform available at dash.niamonx.io/ulp_search — known as ULP Search — is a specialized Data Breach Search Engine developed by NiamonX for identifying credential exposures in public and infostealer leak datasets.
It provides professionals and security researchers with a structured, secure, and ethical way to verify whether specific login credentials have been compromised online.

The ULP database currently indexes over 19 billion credential records, continuously updated and refined through automated pipelines, ensuring freshness, accuracy, and de-duplication.

🧩 What is ULP?

ULP stands for URL · LOGIN · PASSWORD, representing a credential triple extracted from public or infostealer data sources.

Each record typically contains:

  • URL — the website, endpoint, or domain where credentials were used (e.g., example.com/login)

  • LOGIN — the associated username or email address

  • PASSWORD — the captured or leaked password (masked by default for security)

This triplet allows correlation between breached accounts, reused passwords, and compromised domains, forming the foundation of forensic credential analysis within NiamonX’s breach intelligence system.

🔍 How the Search Works

Users can query the database using any of the following parameters:

  • Email address or username

  • Domain or URL

  • Password (masked matching supported)

The system automatically detects the query type (Auto mode) or allows manual selection for more specific searches.
Searches are conducted in real-time against encrypted datasets, and results are filtered and ranked by confidence and relevance.

Key operational details:

  • Exact match can be enabled for precise email or username lookups.

  • Domain-based searches support suffix logic to detect subdomains (e.g., searching example.com will also include mail.example.com).

  • URL searches accept partial paths, ideal for endpoint-level tracing.

  • Result limits: up to 1,000 records per request.

  • Anti-abuse control: all queries are encrypted and rate-limited.

If search performance temporarily decreases, it may indicate active deduplication or dataset reindexing — repeating the search after a few minutes ensures access to the freshest possible data.

🧠 Key Features

  • AI Audit System: enhances search precision and filters false positives through pattern-based validation and contextual AI analysis.

  • Result History & Filtering: users can save searches, view historical queries, and filter by host, login, or URL.

  • Masked Passwords: sensitive data remains hidden by default to prevent misuse.

  • Secure Export Options: structured result exports with sensitive fields excluded.

  • Regular Updates: continuous ingestion of verified breach data ensures up-to-date intelligence.

🛡️ Security, Privacy & Ethics

Every search request is fully encrypted end-to-end, ensuring that user queries and results remain private.
The system never shares, resells, or exposes query data — even internally.

Ethical principles:

  • Only perform searches for data you own or have explicit authorization to analyze.

  • Keep results confidential and never redistribute them.

  • Immediately change any exposed passwords and enable multi-factor authentication (MFA) if compromise is detected.

  • Publication of retrieved data in open sources is strictly prohibited.

📈 Technical Highlights

  • 19B+ credential records

  • Real-time encrypted search

  • Periodic deduplication & refresh cycles

  • Adaptive caching for faster repeated queries

  • Multi-type query engine (Email / Domain / URL / Password)

📬 Contact Information

For support, inquiries, or privacy-related requests, the NiamonX team can be reached directly via:

Alternative contact channel:
🔗 Helpdesk: https://support.niamonx.io/

In summary, NiamonX ULP Search is a cryptographically secure and ethically governed breach intelligence system designed for professional credential analysis.
It provides deep visibility into compromised login data from billions of records — while maintaining the highest standards of security, privacy, and responsible use.

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