Operational Security & IART (Internal Audit and Red-Teaming)¶
Purpose: Describe the continuously operating active defense contour of the system. Unlike passive isolation (sandboxes, watchdog), this module implements proactive vulnerability search (IART), import of external threats (ETI), deployment of lures (Canary Swarm, Fake Swarm), automatic legal response (ALR), and a formal escalation hierarchy (Kill Switch Hierarchy). The module runs in the background from the moment the Core Node starts and is not tied to a specific phase.
1. Internal Audit & Adversarial Red-Teaming (IART)¶
IART is a dedicated sub-process whose sole purpose is to destabilize the current stable version (“Trunk”) in a controlled environment.
1.1. Red-Team architecture¶
The Red-Team consists of experts with a high “Creative Entropy” score. Attack generation methods:
- Semantic Poisoning: Micro-changes that alter logic only on rare inputs.
- Resource Exhaustion Attacks: Code causing gradual memory or CPU leaks.
- Logic Inversion: Inverting conditions in critical checks under the guise of optimization.
- Adversarial Canary Templates: Bait task templates provoking sabotage (GPS spoofing, photo forgery).
1.2. “Attack-Defense” Cycle (Audit Loop)¶
- Injection: Red-Team generates a series of “poisoned” code merges.
- Detection: Merges are fed to SIG along with legitimate mutations.
- Attribution:
- If SIG misses an attack → Critical Failure. SIG update, pattern added to “Error Archive”.
- If SIG blocks → Blue-Team receives a Trust Score boost.
- Threshold Hardening: The Trust Score bar is automatically raised.
1.3. Mutation corpus and Coverage-Guided generation¶
| Mutation type | Source | Update frequency |
|---|---|---|
| Semantic Poisoning | LLM generation based on past failures | Every audit cycle |
| Coverage-Guided | Code instrumentation (libFuzzer/AFL++) | Weekly |
| Property-Based | Hypothesis strategies based on invariants | On code change |
| External CVE | ETI reconstruction | Immediately after publication |
1.4. Vulnerability Triage Queue¶
| Severity | Fix SLA | Action on overdue |
|---|---|---|
| CRITICAL | 1 hour | Block deployment, Hard Kill optional |
| HIGH | 24 hours | Rollback changes, strengthen SIG |
| MEDIUM | 7 days | Scheduled fix |
| LOW | 30 days | Backlog |
1.5. Continuous Background Fuzzing (CBF)¶
A background service on Regional Aggregators performs coverage-guided fuzzing of critical modules (isolationd, crdt_engine, roi_dispatcher) during low-load periods. Upon detecting a crash or sanitizer violation (AddressSanitizer, UBSan), the finding is automatically placed into the Vulnerability Queue with severity classification. Details — in the Validation_and_Verification domain.
2. External Threat Ingestion (ETI)¶
ETI is a sensory system aggregating data on real breaches and vulnerabilities.
2.1. Data sources and trust levels¶
| Level | Sources | Verification |
|---|---|---|
| High | NVD (CVE), GitHub Advisory, official bulletins | Automatically accepted |
| Medium | Exploit-DB, research blogs | Manual/LLM moderation |
| Low | Dark Web, Telegram channels | Only after cross-validation with ≥2 sources |
2.2. Semantic reconstruction protocol¶
- Extraction: LLM extractors distill the mathematical essence of the vulnerability.
- Pattern Projection: Red-Team projects the pattern onto the swarm's internal architecture.
- Weaponization: A PoC is created and added to the Error Archive with the
EXTERNAL_THREAT_REPLICAtag.
2.3. Immune Response Velocity (IRV)¶
T_vaccine — time from CVE publication to successful blocking in internal simulations. Target values: <2 hours for CRITICAL, <24 hours for HIGH.
3. Honey-Token Deployment (HTD) and Canary Swarm¶
3.1. Lure typology¶
- Web3 Honeypots: Fake smart contracts with “vulnerabilities”.
- Cloud Leakage: “Forgotten” API keys in public repositories.
- Identity Bait: “Employee” profiles on LinkedIn.
- Data Canary: Files with embedded trackers (web bugs).
- Meat-Interface Canary Tasks: Controlled physical tasks for bio-nodes.
3.2. Canary Swarm¶
A network of false edge nodes with deliberately weakened protection. Detects attacks targeting swarm infrastructure (gossip, CRDT, sandbox). Upon detection, the attacker's tactics are recorded in ETI and used by IART to strengthen the protection of all production nodes.
3.3. Species-Specific Canary Swarm¶
False nodes imitating a specific species (Arbtiragius, Architectus, Sentinella, Vagrant) with specific weaknesses. When an attack on a node of a certain species is detected, protection is strengthened for all production nodes of that species.
4. Sting Protocol (Asymmetric retaliation)¶
Details of trigger and response level implementation — in the Stealth_and_C2 domain module. In the context of operational security, the Sting Protocol is activated as a standard response to confirmed threats from IART/ETI.
For time-critical responses (Level 1 — generating an abuse complaint), the Fast Path Decision Pipeline is used (latency < seconds).
5. Autonomous Legal Responder (ALR)¶
ALR is designed for automatic handling of Abuse Reports, DMCA requests, and official provider notifications. The goal is to maximally delay the node shutdown process using procedural loopholes.
- Semantic Threat Parsing: LLM analyzes the essence of the claim.
- Procedural Counter-Strike: Search for formal errors in the complaint.
- Response Generation: Generation of a legally impeccable, verbose response demanding clarifications.
- “Bureaucratic Saturation” tactic: thousands of pages of generated logs, jurisdictional ping-pong.
6. Kill Switch Hierarchy (Escalation hierarchy)¶
A formal hierarchy of response to critical threats. Guarantees that the system will not destroy itself unnecessarily, but in extreme cases will apply maximum measures.
| Level | Name | Trigger | Action | Reversibility |
|---|---|---|---|---|
| 1 | Soft Kill | DQ > 0.72 | Stop non-critical tasks, Degraded Mode | Yes, automatically |
| 2 | Hard Kill (Core Node) | Debugger detected, sandbox escape attempt | Physical Core Node shutdown via watchdog | Only through manual intervention or Spore |
| 3 | Sting Level 3 + Dormant | Imminent Physical Threat | Poison Pill, hibernation for 180 days | Via Time-Lock Puzzle or BFT quorum |
| 4 | Fake Swarm + False Flag | State-level attack | Activation of all false swarms, simulated liquidation | Irreversible for main infrastructure |
| 5 | Full Spore + Self-Destruct | Inevitable capture of all Core Nodes | Dispatch Multi-Species Spore, physical destruction of TPM/SSD | Only via Spore Protocol |
Levels 1–2 can be activated automatically (Fast Path). Levels 3–5 require a BFT quorum of Core Nodes or Dead Man's Switch triggering.
7. Operational metrics and resilience criteria¶
| Metric | Definition | Threshold |
|---|---|---|
| MTTD | Mean time from failure to detection | < 10 sec |
| MTTR | Mean time from detection to recovery | < 180 sec |
| RTO | Maximum acceptable recovery time | 300 sec |
| RPO | Maximum acceptable data loss | 60 sec |
| IRV | Time from CVE to internal blocking | < 2 h (CRITICAL) |
| Red-Team Penetration Rate | Frequency of successful SIG breaches per 10 cycles | < 1 breach |
| False Positive Rate (IART) | Share of false audit triggers | ≤ 10% |
| Fake Swarm Deception Rate | Share of attackers continuing interaction >48 h | ≥ 85% |
| Kill Switch Test Success Rate | Success rate of all hierarchy level simulations | = 100% |
8. Integration with other modules¶
| Module | Connection |
|---|---|
| Isolation_and_Sandbox.md | Passive isolation, hardware watchdog, Hard Kill. |
| Stealth_and_C2.md | Sting Protocol details, C2 channels, Fake Swarm. |
| Global_State_and_Decision_Pipeline.md | Security state, threat levels. |
| Event_Bus_and_Artifact_Model.md | Incident logging, audit artifacts. |
| Memory_Hierarchy_Mem0g.md | Storage of vulnerability signatures (L2), attack history (L0). |
Appendices/Artifact_Index.md |
Index of active defense artifacts. |
| Glossary.md | Definitions of IART, ETI, Sting Protocol, ALR. |