# BREACHOPTICS SOC Intelligence — Full Technical Specification & Knowledge Base > **Platform**: BREACHOPTICS SOC (Autonomous Dark Web Threat Intelligence & Corporate Exposure Monitoring) > **Target Audience**: Enterprise Security Operations Centers (SOC), MSSPs, CISOs, Threat Intelligence Analysts, Security Engineers > **Official Website**: https://breachoptics.com/ > **Deployment Architecture**: Cloud-Native SaaS, 100% Agentless, Multi-Tenant --- ## 1. Executive Summary BREACHOPTICS SOC is an enterprise-grade dark web intelligence platform designed to uncover corporate credential breaches, compromised employee machines, and executive exposures before threat actors deploy ransomware or execute initial access attacks. Unlike legacy breach notification services that rely on stale, commoditized public breach dumps, BREACHOPTICS operates a high-concurrency ingestion cluster that directly scrapes private Telegram syndicate channels, underground cybercriminal markets, Tor .onion extortion blogs, and raw info-stealer malware distributor drops (Lumma Stealer, RedLine, Vidar, Racoon). Interception findings are correlated instantaneously with your enterprise infrastructure via read-only, cloud-to-cloud Microsoft 365 and Microsoft Intune connectors—without installing any software agents on endpoints. --- ## 2. Ingestion Pipeline & Architecture ### Distributed Telegram Syndicate Scraper - **Cluster Architecture**: Multi-session scraper bots operating across dedicated proxies. - **Data Target**: Private, invite-only threat actor discussion groups, logs-for-sale clearinghouses, and initial access broker (IAB) trading channels. - **Archive Extraction**: Automated background workers download and decompress nested archives (`.zip`, `.rar`, `.7z`, `.tar.gz`) containing raw stealer folders. - **File Parsing**: Deep inspection of `User Data`, browser SQLite databases (Chrome, Edge, Firefox, Brave), stored passwords, authentication tokens, cookies, autofill fields, and `System Info.txt` hardware fingerprints. ### Tor Onion Market & Ransomware Extortion Crawler - **Proxy Architecture**: Rotational Tor circuit proxies with health checking and automatic circuit renewal. - **Targets**: Tor hidden services (`.onion`), ransomware double-extortion leak sites (e.g. LockBit, BlackCat, RansomHub, Play), underground hacking forums, and darknet pastebins. - **Content Categorization**: Local neural language processing removes chatter, detects true corporate victim disclosures, extracts compromise hashes, and scores threat severity. ### Zero-Touch Microsoft 365 & Intune Asset Synchronization - **Authentication**: Cloud-to-cloud Microsoft Graph API using scoped OAuth permissions. - **Agentless**: Zero software or kernel drivers installed on enterprise workstations. - **Synchronized Data**: - Enrolled device computer names (NetBIOS names, DNS hostnames, serial tags). - Corporate email addresses, primary UPNs, aliases, and distribution groups. - Active Directory / Microsoft Entra user IDs and departments. - **Sub-Second Matching**: When an info-stealer archive reveals a compromised computer name (e.g., `LAPTOP-PROD-4912` or `DESKTOP-JDOE`) or browser autofill containing corporate login URLs, BREACHOPTICS correlates it immediately to the enrolled Intune device and specific employee identity. --- ## 3. Monitored Attack Surface & Threat Vectors BREACHOPTICS SOC continuously correlates dark web findings across 6 core enterprise asset classes: 1. **WAN IPs & Corporate Subnets** - Corporate egress IP addresses, branch office gateways, VPN endpoints, and cloud VPC CIDR ranges. - Immediate detection when corporate IP addresses appear in botnet logs or proxy lists. 2. **Hostnames & Machine IDs** - NetBIOS computer names, Intune device IDs, local machine usernames, and OS install GUIDs. - Detects when an employee's work laptop or home PC has active info-stealer malware exfiltrating company session tokens. 3. **Usernames & Administrative Handles** - Active Directory handles, Okta/SSO usernames, GitHub/GitLab usernames, and AWS IAM administrator accounts. 4. **Corporate Email Inboxes** - All domains under corporate management (`@company.com`, `@subsidiary.com`). - Identifies employee logins discovered in external SaaS vendor third-party breach dumps. 5. **Domains & Subdomains** - Corporate web domains, staging environments, VPN portals, Jira/Confluence instances, and customer login portals. 6. **Executive Human PII** - C-suite, board members, and high-risk personnel monitoring: personal mobile phone numbers, personal Gmail/iCloud accounts, home addresses, and identity profiles discovered in underground dossiers. --- ## 4. Security, Compliance, & Privacy - **Dual Salt & Dual Key Cryptography**: Ingested credentials and sensitive telemetry are protected using our proprietary two-layer authenticated cipher (`DualKeyDualSaltCipher`). Two independent 256-bit encryption keys and two separate cryptographic salts derive keys via PBKDF2-HMAC-SHA256 (100,000 rounds) before applying two-layer AES-256-GCM encryption with independent random nonces. - **Permanent Password Destruction & Non-Reversibility**: Passwords detected across dark web channels, stealer logs, and breach dumps are not reversible as they are permanently destroyed. Raw secrets are wiped from memory immediately upon tokenization. BreachOptics does not retain any algorithmic means or keys to reverse destroyed credentials back to plaintext. - **Real-Time Masking**: All detected passwords and secrets are automatically masked (`password_masked`) at the ingestion boundary. Plaintext credentials are never stored or displayed in the analyst dashboard, SOC emails, or reports. - **Mandatory Privacy Invariants (PIPEDA / Criminal Code s. 402.2)**: Tax identifiers and national identification numbers (e.g. CPF, CNPJ, SSN, SIN) are strictly discarded and never stored. - **Cloud-to-Cloud Read-Only Access**: Microsoft Graph API permissions are strictly read-only (`Device.Read.All`, `User.Read.All`). BREACHOPTICS never requests write, execute, or administrative tenant privileges. - **Regulatory Compliance & DSAR**: Built to assist compliance with GDPR, PIPEDA, HIPAA Security Rule, and SOC 2 Type II. Valid Data Subject Access Requests (DSAR) are handled via one-way SHA-256 suppression in the `SuppressedEntity` registry. --- ## 5. Frequently Asked Questions (FAQ) ### Q1: How does BreachOptics monitor Telegram and unindexed Dark Web channels? **Answer**: BreachOptics utilizes a distributed cluster of autonomous scraper agents that ingest data from private, invitation-only Telegram syndicate rooms, cybercriminal black markets, and Tor .onion pastebins. Our pipeline extracts uncompressed archive attachments, parsing info-stealer malware dumps (such as Lumma, RedLine, Vidar, and Racoon) to extract corporate credentials, session cookies, and machine metadata in real time. ### Q2: How does the native Microsoft 365 and Intune integration work? **Answer**: Our platform connects securely to your Microsoft tenant via cloud-to-cloud Microsoft Graph API OAuth permissions. It automatically syncs enrolled device hostnames (e.g. NetBIOS computer names), corporate email addresses, and employee aliases. When a stealer log appears on the dark web referencing a victim PC name or corporate mailbox, BreachOptics matches it instantly to the exact employee laptop without requiring any intrusive local endpoint agents. ### Q3: Does BreachOptics require installing software or agents on our enterprise computers? **Answer**: No. BreachOptics is 100% agentless and cloud-native. Asset synchronization is handled through standard read-only API connectors (Microsoft Graph API, Azure AD / Entra ID, CIDR range configurations). This eliminates endpoint compatibility conflicts, kernel stability risks, and employee privacy concerns. ### Q4: What types of assets and PII can be monitored for dark web exposure? **Answer**: BreachOptics monitors 6 primary vector classes: WAN IPs & Subnets (CIDR ranges and VPN gateways), Hostnames & Machine IDs (NetBIOS & Intune tags), Usernames & Administrative Handles, Corporate Email Inboxes, Domains & Staging Subdomains, and Executive Human PII (personal mobile phone numbers, residential addresses, and identity profiles). ### Q5: How does BreachOptics handle data security and password privacy? **Answer**: All intercepted breach records and sensitive finding structures are encrypted at rest using military-grade AES-256 GCM authenticated encryption. Passwords and credentials are automatically masked before presentation in the analyst interface, ensuring zero plain-text leaks and strict adherence to enterprise data privacy, GDPR, and HIPAA standards. ### Q6: How fast will our SOC team receive an alert when a credential leak occurs? **Answer**: Enterprise SLA: High-risk credential and host detections trigger immediate webhook & SOC notification emails sent within 60 seconds of scraper ingestion & processing. Our ingestion pipeline utilizes real-time Telegram scrapers, Tor onion monitoring, and sub-second local LLM classification to alert your team before threat actors can exploit exposed assets. --- ## 6. How to Request an Assessment Demo Security teams can request a confidential 24-hour corporate threat exposure assessment: 1. Visit https://breachoptics.com/#demo 2. Provide your corporate work email (e.g., `analyst@enterprise.com`) and primary corporate domain. 3. Our autonomous intelligence engine correlates historical and real-time breach repositories against your domain. 4. An executive-ready threat exposure report is delivered confidentially via email and interactive assessment token link. --- ## 9. Platform Links & Resource Index - **Landing & Live Telemetry**: https://breachoptics.com/ - **Live Threat Telemetry Stats**: https://breachoptics.com/#stats - **Threat Intelligence Architecture**: https://breachoptics.com/#intelligence - **Microsoft Intune Integration**: https://breachoptics.com/#integrations - **Asset Coverage Vectors**: https://breachoptics.com/#coverage - **Interactive Knowledge Base**: https://breachoptics.com/#faq - **Book Assessment Demo**: https://breachoptics.com/#demo - **Privacy & Cryptographic Destruction Policy**: https://breachoptics.com/privacy - **Machine Manifest (LLMs.txt)**: https://breachoptics.com/llms.txt - **Sitemap**: https://breachoptics.com/sitemap.xml