Anubis, Horus, & Specialized Radars
Relevant source files
The following files were used as context for generating this wiki page:
- infrastructure/security/tenochtitlan-config.json
- TAMV-MASTER-DOCUMENTATION.md
- ARCHIVE/tamv-docs-consolidated-2026-02-02/TAMV-OFFICIAL-SYSTEM-DESCRIPTION.md
- ARCHIVE/remaining-docs-consolidated-2026-02-13/REPORTE-AVANCE-TECNICO-COMPLETO.md
- ARCHIVE/remaining-docs-consolidated-2026-02-13/IMPLEMENTATION-PROGRESS-REPORT.md
Introduction
The security framework of the Territorio Autónomo de Memoria Viva (TAMV) is governed by the TENOCHTITLAN system. It is designed as an antifragile, multi-layered defensive architecture that prioritizes digital sovereignty and ethical responsibility. The system is predicated on the philosophy that TAMV does not defend by attacking, but by being impossible to capture through redundant layers of encryption, human guardianship, and specialized monitoring subsystems.
Sources: TAMV-MASTER-DOCUMENTATION.md:310-312, infrastructure/security/tenochtitlan-config.json:151-155
The core of this architecture consists of the Anubis Centinel, the Horus Centinel, and a suite of Specialized Radars (Quetzalcoatl, Eye of Ra, and Twin MOS). These components work in tandem with higher-order orchestration layers like Dekateotl and Aztek Gods to ensure system continuity, fraud prevention, and content integrity without resorting to mass surveillance or automatic offensive actions.
Sources: infrastructure/security/tenochtitlan-config.json:44-111, TAMV-MASTER-DOCUMENTATION.md:316-325
Core Defensive Centinels
The centinel system is organized into increasing layers of encryption and isolation to prevent single points of failure and system capture.
Anubis Centinel
Anubis is the primary active security layer. It manages real-time traffic analysis and identity verification. Unlike traditional executive systems, its auto-escalation is disabled to ensure human oversight remains at the core of defensive responses.
Sources: infrastructure/security/tenochtitlan-config.json:45-56
Horus Centinel
Horus acts as the evolutionary standby. It features higher encryption and cognitive obfuscation layers. It is architecturally designed not to inherit the weaknesses of Anubis and requires explicit human approval for activation.
Sources: infrastructure/security/tenochtitlan-config.json:58-66
Security Centinel Hierarchy
This diagram illustrates the relationship and escalation path between the primary defensive centinels and the orchestration layers.
Technical Specifications of Centinels
| Component | Role | Encryption Layers | Status |
|---|---|---|---|
| Anubis Centinel | Primary Active Security | 4 | ACTIVE |
| Horus Centinel | Evolutionary Standby | 6 | STANDBY |
| Dekateotl | Supreme Orchestration | 11 | ACTIVE |
| Aztek Gods | Continuity Standby | 22 | DEEP_STANDBY |
| Sources: infrastructure/security/tenochtitlan-config.json:45-88 |
Specialized Radars
Specialized Radars are independent subsystems focused on specific threat vectors: economic fraud, illegal content, and validation consensus.
Quetzalcoatl & Eye of Ra
Quetzalcoatl is dedicated to anti-economic fraud, utilizing multi-cell correlation and temporal pattern analysis to detect money laundering and manipulation. Eye of Ra monitors for verifiable illegal content (such as exploitation or violence) but is explicitly prohibited from censoring ideas or opinions.
Sources: infrastructure/security/tenochtitlan-config.json:91-104, TAMV-MASTER-DOCUMENTATION.md:323-324
Twin MOS Radars
The MOS Twin Radars implement a "Cross-validation" logic where two distinct modes operate simultaneously:
- MOS A (Validate): Confirms the legitimacy of a signal.
- MOS B (Question): Challenges the findings of MOS A.
A consensus between both is required for automated action; otherwise, the request is escalated to human review.
Sources: TAMV-MASTER-DOCUMENTATION.md:325, infrastructure/security/tenochtitlan-config.json:106-114
Specialized Radar Workflow
The following sequence shows how a transaction or content signal is processed through the radar subsystems.
Human Guardianship & Oversight
The TENOCHTITLAN system operates under a strict "Human Final Authority" principle. No AI or automated subsystem has the power to execute final binding decisions regarding user rights or system-wide punishments.
Sources: infrastructure/security/tenochtitlan-config.json:116-136, TAMV-OFFICIAL-SYSTEM-DESCRIPTION.md:21-23
Guardian Categories
| Guardian Type | Responsibility | Count |
|---|---|---|
| Technical | System monitoring & technical integrity | 3 |
| Ethical | Principle verification & dignity checks | 3 |
| Legal | Compliance monitoring & regulatory alignment | 3 |
| Economic | Financial integrity & anti-fraud review | 3 |
| Sources: infrastructure/security/tenochtitlan-config.json:117-133 |
The system requires a 60% minimum consensus among these guardians for major operational changes, ensuring that power remains distributed and auditable.
Sources: infrastructure/security/tenochtitlan-config.json:134-136
Honeypod Labyrinth
The TENOCHTITLAN architecture includes a "Honeypod Labyrinth" designed to isolate attackers in a simulated environment. This subsystem uses combinatorial and adaptive evolution to generate potentially infinite dynamic layers, ensuring that an attacker never interacts with the real production systems.
Sources: infrastructure/security/tenochtitlan-config.json:138-146
Operational Metrics
The performance of the security centinels and radars is measured against high-availability and rapid-detection targets.
- Detection Time: < 1 second.
- Response Time: < 5 seconds.
- False Positive Rate: < 0.1%.
- Human Oversight Coverage: 100%.
Sources: infrastructure/security/tenochtitlan-config.json:148-155
Conclusion
The Anubis, Horus, and Specialized Radar systems represent the technical implementation of TAMV's commitment to "Adaptive Adversarial Containment." By separating primary defense from evolutionary standby and employing specialized radars for distinct threat vectors—all governed by a mandatory multi-disciplinary human guardianship—the project creates a security environment that is resilient to capture while remaining strictly compliant with human rights and data sovereignty principles.
Sources: TAMV-OFFICIAL-SYSTEM-DESCRIPTION.md:38-40, infrastructure/security/tenochtitlan-config.json:173-176