ACGS-2 核心技术规范与治理准则
Autonomous Constitutional Governance System (ACGS-2) 是一种专为大规模自主代理集群设计的治理协议。 它解决了 AI 代理在执行复杂任务过程中的对齐问题(Alignment)、安全冲突(Security Conflicts)与伦理争议(Ethics)。 通过 Rust 编写的高性能消息总线,ACGS-2 能够在毫秒级内完成对代理指令的宪法哈希校验,并利用 DistilBERT 模型进行语义级的情感与风险评分。 审计结果将实时锚定在 Solana 或 Avalanche 区块链上,确保每一笔代理决策都具有法律级别的可追溯性。
ACGS-2:主权级 AI 治理核心ACGS-2: Sovereign AI Governance Engine
全球首个基于形式化验证 (Formal Verification) 与宪法 AI (Constitutional AI) 的分布式智能治理协议。The world's first distributed intelligence governance protocol built on Formal Verification and Constitutional AI kernels.
- 宪法哈希锁定:cdd01ef066bc6cf2 / Constitutional Hash Protection
- Rust 驱动的分布式总线 / Rust-powered Distributed Bus
- 自动化影响评估 (BERT ONNX) / Automated Impact Scoring
- 区块链不可篡改审计链 / Immutable Blockchain Audit Trail
- Verified
- 治理状态
- Governance Status
- 0.328ms
- P99 路由延迟
- P99 Latency
- 2,605
- RPS 吞吐量
- Verified RPS
- 100%
- 宪法合规率
- Compliance Score
核心治理能力 / Core Capabilities
Secure, Performant, and Auditable
宪法级治理 (Constitutional)
基于 Constitutional AI 理念,确保 AI 代理的每一个决策都在定义的伦理与安全框架内。
Rust 性能加速 (High Performance)
核心总线采用 Rust 编写,提供极致的处理速度与内存安全性,满足高并发场景。
行为前验证 (Verify-Before-Act)
基于 Z3 SMT Solver 的形式化验证,在代理执行前预判决策路径,确保 100% 行为安全性。
主权审计锚点 (Audit Anchor)
采用默克尔树 (Merkle Tree) 证明结构,将审计日志锚定在区块链,实现不可篡改的追踪性。
系统治理架构 / Architecture
High-performance layered governance for mission-critical reliability
| Component / 组件 | Technical Specs / 技术规范 |
|---|---|
| Constitutional Validator | Ensures all messages comply with constitutional hash cdd01ef... via Rust-optimized validation. |
| Verify-Before-Act | Formal verification using Z3 SMT Solver to prove policy compliance before execution. |
| Merkle Audit Ledger | Immutable proof-of-execution anchored to decentralized anchors for forensic-grade auditing. |
| DPDK Optimization | Kernel-bypass network fabric ensuring ultra-low 0.328ms P99 routing latency. |
安全与合规 / Security & Compliance
Military-grade protection and auditability
多重防御体系/ Multi-layered Defense
准则对齐
Constitutional Alignment
每一条指令都必须通过哈希锁定的宪法准则校验。
Every instruction must pass validation against hash-locked constitutional guidelines.
总线隔离
Bus Isolation
Rust 核心实现的强类型消息隔离,防止内存溢出与跨站脚本攻击。
Strongly typed message isolation via Rust core to prevent memory overflows.
链上取证
On-chain Evidence
所有关键操作记录在 Solana/Avalanche 链上,实现不可篡改的历史记录。
All critical operations recorded on Solana/Avalanche for immutable history.