Original engineering research on agent execution security, OS process jailing, domain-driven design, and autonomous distributed pipelines.
Most MCP integrations communicate over stdio, bypassing corporate network gateways. Here is how we contained prompt-injection exfiltration at the syscall level using Rust.
Meet VERA: a cryptographic, Ed25519-signed trust standard providing non-repudiable audit receipts for autonomous agent actions.
How we architected a development environment tethered to a shared memory brain, isolating agent processes while maintaining deterministic state.
Applying Domain-Driven Design and Hexagonal Architecture to build decoupled agent swarms that scale without state corruption.
Moving beyond ad-hoc prompts towards synchronized architecture. How bounded contexts and clear schemas keep autonomous systems reliable.
Structured planning, acceptance test-driven development, and architectural verification. Practical discipline for production AI systems.
Orchestrating model capability tiers for cost and latency optimization. Heavy reasoning models frame the problem; lightweight models execute.
How a musician turned systems engineer used structured cues to constrain video generation pipelines and eliminate visual drift.
Whisper speech transcription, autonomous scene cuts, and distributed GPU rendering workers for high-volume video processing.
Architectural patterns for DSGVO and DiGA compliance. Memory redaction, pseudonymization proxies, and local European inference boundaries.
Automated error recovery and execution loop containment. Freeing engineering focus by letting agents self-correct runtime exceptions.
We partner with infrastructure teams and engineering leaders to test agent isolation boundaries, conduct threat modeling, and deploy deterministic runtime safeguards.