HOUND
Adaptive Threat Defense
Application-layer security operating behind network infrastructure. Every inbound request inspected. Zero information leakage on blocked requests.
Request Interception in Four Stages
Every inbound request passes through four enforcement gates before reaching application logic. Malicious traffic never touches your data layer.
Technical Capabilities
Eight defensive subsystems operating in concert. Each one is independently configurable, independently auditable, and deployed simultaneously across every application endpoint.
Path-Based Blocking
Environment file probes (.env, .git/config), CMS exploits (/wp-admin, /wp-login.php), and server enumeration attempts (/actuator, /server-status) are intercepted and nullified before reaching application logic. No 404 pages. No error messages. No confirmation that anything exists at any path.
Automated Tool Detection
Injection scanners (SQLMap, Havij), brute-force tools (Hydra, Burp Intruder), and reconnaissance frameworks (Nikto, Nmap HTTP scripts, WPScan) are identified by behavioral fingerprint and header analysis. Detection triggers immediate enforcement escalation and IP flagging for continued monitoring.
Zero Information Leakage
Blocked requests receive null response bodies with no status codes that confirm or deny the existence of resources. Attackers cannot differentiate between a blocked path, a nonexistent path, and a valid path. The attack surface is invisible. There is nothing to enumerate.
Progressive Rate Limiting
Four-stage enforcement pipeline: warn (soft limit advisory), throttle (delayed responses), block (connection refused), blackhole (silent drop with no response). Thresholds are configurable per endpoint, per IP range, and per authentication state. Legitimate burst traffic is distinguished from attack patterns.
Honeypot Scanner Detection
Decoy endpoints planted at paths commonly targeted by automated scanners (/admin-backup.zip, /database.sql.gz, /wp-config.php.bak). Any request to a honeypot triggers immediate IP blocking and behavioral flagging. Scanners reveal themselves before reaching real infrastructure.
Geographic Access Policies
Sensitive endpoints can be restricted by geographic region. Authentication endpoints, admin panels, and API management surfaces can be locked to specific countries or IP ranges. Policies are enforced at the application layer, independent of network-level geo-blocking, providing defense-in-depth for data sovereignty requirements.
Full Forensic Logging
Every intercepted request generates an append-only forensic log entry: source IP, geolocation, timestamp, request path, matched pattern, enforcement action, and response metadata. Configurable retention periods from 30 days to indefinite. Structured for SIEM integration and compliance reporting.
Simultaneous Deployment
Hell Hound is not deployed per-endpoint. It operates across all application endpoints simultaneously. A new route added to any service is automatically protected by the full enforcement pipeline. There is no gap between deployment and protection. Coverage is architectural, not configurational.
Attack Pattern Log
Representative sample from enforcement testing. Every blocked request returns nothing — no error page, no status code leak, no confirmation of infrastructure.
Defense by the Numbers
Five defense layers operating in series. Every inbound signal passes through the full stack before reaching application logic or generating an alert.
Security gates at every stage of the development lifecycle. Aligned to DoD DevSecOps Reference Design.
Security architecture aligned to federal cybersecurity frameworks. All controls mapped, documented, and auditable.
| Framework | Requirement | Implementation | Status |
|---|---|---|---|
| NIST 800-171 Rev. 2 | CUI Protection | Full 110-control family coverage in security architecture | Aligned |
| DFARS 252.204-7012 | Cyber Incident Reporting | 72-hour incident notification pipeline with evidence preservation | Aligned |
| CMMC Level 2 | Cybersecurity Maturity | Preparing for third-party assessment against 110 practices | Preparing |
| CISA BOD 22-01 | Known Exploited Vulns | Automated vulnerability scanning against KEV catalog | Aligned |
| NIST 800-207 | Zero Trust Architecture | Identity-centric access, micro-segmentation, continuous verification | Aligned |
HELL HOUND provides the security perimeter for every Tereda Labs system — monitoring VERDANDI's data pipelines, securing SPECULUM's 3D assets, protecting IRONWRAITH's AI inference layer. Field security for SILTWIRE, communications protection through TESSERA, and infrastructure hardening across FORGE.
What Hell Hound Is Not
Hell Hound is not a replacement for network infrastructure security. It does not replace Cloudflare, AWS WAF, or your perimeter firewall. It operates behind them — at the application layer where network-level defenses have blind spots.
Network WAFs block known signatures at the edge. Hell Hound blocks application-specific attack patterns that network tools cannot see: probes for your specific tech stack, requests that abuse your specific API surface, and behavioral patterns that only make sense in the context of your application logic.
Together, they form defense in depth. Network security handles volumetric attacks and known signatures. Hell Hound handles everything that makes it through — and ensures attackers learn nothing from the attempt.
Where Hell Hound Operates
Defensive capabilities applicable across these security disciplines.
Discuss Threat Defense Requirements
Principal-led security architecture review. Direct access to the engineers who built Hell Hound.