Latest Advisory
The Mythos Manifesto: Anthropic’s High-Stakes AI Cyberwar – AFR Apr 8 2026
Anthropic’s Claude Mythos detects critical vulnerabilities effectively, yet risks overwhelming security teams without automated patching, creating potential national security bottlenecks.
The Mythos Manifesto: Anthropic’s High-Stakes AI Cyberwar – AFR Apr 8 2026
Anthropic’s Claude Mythos detects critical vulnerabilities effectively, yet risks overwhelming security teams without automated patching, creating potential national security bottlenecks.
Agentic Architecture Options Part 7: Hybrid Neuro-Symbolic (HNS) Architecture
HNS blends neural pattern recognition with symbolic logic to ensure safety and auditability. It is a niche, complex architecture for high-stakes environments.HNS blends neural pattern recognition with symbolic logic to ensure safety and auditability. It is a niche, complex architecture for high-stakes environments.
Agentic Architecture Options Part 6: Multi-Agent Systems (MAS/ Collaborative Debate) Architecture
Multi-agent systems improve reasoning through collaborative debate. While costly and slow, they are vital for high-stakes tasks requiring extreme accuracy.
Agentic Architecture Options Part 5: Reflexion (Self-Correction) Architecture
Reflexion architecture uses self-correction and memory to fix errors, but high costs and latency make it best for deterministic tasks.
Agentic Architecture Options Part 4: Plan-and-Execute (Hierarchical/HTN) Architecture
Plan-and-Execute architectures prioritise structured, hierarchical workflows over reactive loops, delivering superior predictability and parallel execution for complex, multi-step business tasks.
Agentic Architecture Options Part 3: Neural (LLM-Based)/ReAct Architecture
ReAct architecture boosts performance via iterative reasoning, yet faces high costs and latency. It’s best for narrow, specialised research tasks.
Agentic Architecture Options Part 2: Belief-Desire-Intention (BDI)
BDI architecture offers a transparent, resource-efficient framework for goal-directed RAG, though it requires stable environments and rigorous upfront plan engineering.