Beyond Static Sandboxing: Learned Capability Governance for Autonomous AI Agents

2026-04-15T07:23:35Za076afd6315e494d37628249db1513dd7fa7ebae76ff238c3c221c7efdd04bec
AI securityCAN bus encryptionFHELLAMA-3LLM privacyLLM watermarkingLLM-RedactorSIR-BenchTimeMarkautomotive securityautonomous agentscapability governancecapability overprovisioningforensics benchmarkinghomomorphic encryptionincident responseleast privilegelightweight cryptolocal inferenceprivacy-preserving inference post-quantumprompt redactionprovable watermarksafety classifiersandboxingtime watermarking

What happened

Collection of recent research (Apr 2026) covering AI-agent security, privacy-preserving LLM inference, cryptographic protections, benchmarks and tooling for security automation, and vulnerability discovery for blockchain bridges. Key contributions: Aethelgard — a learned, layered governance framework that enforces least-privilege for autonomous agents to reduce capability overprovisioning; practical lightweight block-cipher payload encryption for real-time CAN nodes to hinder semantic reverse-engineering of automotive signals; SIR-Bench — a 794-case benchmark (with OUAT) for evaluating true-f1

Why it matters

A reviewed impact interpretation has not been published for this record.

Evidence and limitations

Source ID
arxiv_cs_cr
Record identifier
a076afd6315e494d37628249db1513dd7fa7ebae76ff238c3c221c7efdd04bec
Enrichment time
2026-04-15T07:23:35Z
AI-assisted enrichment
Yes

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