PQCSAFE™ Autonomous Cyber Defense Engineering Whitepaper
Detailed engineering specification for BEZT™ (Data Plane) ⇄ ACD™ (Control Plane) protecting enterprise servers, plant OT, and IoT assets, alongside the standalone ZTWD™ SaaS dedicated exclusively to Google Workspace.
Complete Decoupling of Muscle (BEZT™ Data Plane) and Brain (ACD™ Control Plane)
Calling an LLM inline on every packet causes multi-second latency and runaway token costs. PQCSAFE™ BEZT-ACD™ separates execution from synthesis: the customer-dedicated BEZT™ (Data Plane) evaluates state transitions in L1 cache in 92.09 ns ($0 runtime AI cost), while the central multi-tenant ACD™ (Control Plane) ingests only anonymized StreamLogs (0-Byte payload), synthesizes verified rules via Gemini 4 Argon + Z3 SMT Solver (UNSAT), and hot-swaps them into BEZT™ in 14.20 μs.
Dedicated Standalone SaaS for 6 Google Workspace Assets
ZTWD™ operates independently of BEZT™ and is dedicated exclusively to Google Workspace (Drive, Docs, Gmail, Gemini, Meet, CSE Keys) via 1-Click Google Admin DWD integration. (Detailed in Chapter 04)
1. BEZT™ (Data Plane) ⇄ ACD™ (Control Plane) Decoupled Architecture & Communication
The customer-dedicated inline gateway (BEZT™) and the central autonomous AI compiler (ACD™) communicate strictly over two mutually authenticated channels: Asynchronous Anonymized StreamLog Uplink and Z3-Verified Policy Hot-Swap Downlink.
PQCSAFE™ BEZT™ (Single-Tenant Edge)
Verifies user (U) × asset (A) action transitions and daily cumulative export caps locally in 92.09 ns with zero LLM calls.
Zero-fills violating packets in 19.10 ns before reaching backend servers and severs TCP sockets in 1.30 μs (SO_LINGER=0).
Discards 100% of raw document/DB/print payloads (0-Byte) and extracts only 6 anonymized state-transition signals for ACD™.
0-Byte Raw Payload
State Signals Only
(TLS 1.3 + 4-Layer Auth)
Z3 Proven (UNSAT)
14.20 μs RCU Hot-Swap
(0 Packet Drops)
PQCSAFE™ ACD™ (Multi-Tenant Brain)
Correlates StreamLogs across assets to detect stepping-stone leaks (DB Query ➔ AI Summary ➔ Office Printer) and slow drip exfiltration.
Synthesizes surgical capability masks without training on company secrets and proves 0% rule conflict via Z3 SMT Solver.
Dispatches hot-swap policies upon CISO approval and seals all audit proofs in a SHA-256 10-year WORM ledger.
2. How BEZT™ Connects to Enterprise Information Assets (2-Track Diagram)
With 0 lines of server code modified and 0 inbound firewall ports opened, BEZT™ unifies legacy Windows C/S apps, plant PLCs, office MFPs/IoT devices, web ERPs, and databases under a single inline state-verification architecture.
Track A: Air-Gapped LAN · Plant OT · Office IoT — Outbound Reverse Tunnel (Inbound Port = 0)
A single lightweight BEZT Edge daemon inside the internal LAN establishes an outbound TLS 1.3 WebSocket reverse tunnel to the dedicated BEZT™ Gateway, inspecting traffic to Plant PLCs/SCADA (:502), Office MFPs/Printers (:9100), LiDAR Robot Vacuums (:8883), IP Cameras (:554), and Legacy C/S ERPs with zero inbound ports exposed.
Track B: Web ERPs · Core Databases · Private AI — Agentless Inline Proxy (0-Line Code Edit)
Bound via DNS CNAME or reverse proxy in front of SAP/Douzone Web ERPs, Oracle/Postgres/MSSQL Databases, and Private LLM/RAG servers. Packets are held in an in-memory ring buffer and verified in 92.09 ns; unauthorized workflow jumps are zero-filled in 19.10 ns before reaching the backend server.
3. Real-Time Interception Sequence & 5-Industry Defense Matrix
Valid workflow order passes in 92.09 ns from L1 cache at $0 AI cost.
Cross-asset leaks (ERP ➔ AI ➔ Printer) trigger 19.10 ns zero-fill & 1.30 μs TCP RST.
ACD™ Argon synthesizes pinpoint masks locking only Export/Print while keeping View/Edit open.
CISO 1-Click approval hot-swaps BEZT™ memory in 14.20 μs and seals the 10-Yr WORM ledger.
4. PQCSAFE™ ZTWD™ — Dedicated Standalone SaaS for 6 Google Workspace Assets
Operating independently from BEZT-ACD™, PQCSAFE™ ZTWD™ is a dedicated multi-tenant cloud SaaS protecting Google Drive, Docs/Sheets, Gmail, Gemini/Vertex AI, Meet, and CSE Keys/IAM via 1-Click Google Admin DWD integration (0.083 ms decision / 83.0 ms cross-device session isolation).
5. 25Gbps Line-Rate Latency Distribution & 0-Byte Zero-Payload Proof
| Pipeline Stage (BEZT-ACD™ & ZTWD™) | Mean | P99 | Engineering Notes |
|---|---|---|---|
| 1a. BEZT™ Register Bitmask Evaluation | 1.14 ns | 1.42 ns | Branchless CPU register evaluation |
| 1b. BEZT™ Full L1 In-Memory Gate | 92.09 ns | 118.40 ns | 99.42% L1 cache hit rate (37.20 Mpps) |
| 2. BEZT™ Buffer Zero-Fill + TCP RST | 1.30 μs | 1.78 μs | 19.1ns zero-fill + 1.19μs SO_LINGER=0 |
| 3. BEZT™ ⇄ ACD™ Atomic RCU Hot-Swap | 14.20 μs | 19.50 μs | 0 packet drops during policy swap |
| 4. ZTWD™ Cloud In-Memory Lookup | 0.083 ms | 0.112 ms | O(1) constant-time Google asset check |
| 5. ZTWD™ Cross-Device Session Isolation | 4.54 ms | 7.22 ms | Completed well within 83.0 ms SLA |