- Own zero-to-one technical engagements for Tier-1 fintech, banking, telecom, media-streaming, and super-app teams, from executive requirements and product workflows through deployed systems.
- Design and build hierarchical offensive-security agent systems spanning orchestrators, supervisors, specialist teams, durable memory, MCP, and A2A communication across web, mobile, cloud, and network surfaces.
- Delivered systems that ranked as the top-performing approach in the majority of client internal assessments against competing products and manual workflows.
- Shifted security testing from quarterly or annual pentests to continuous testing tied to release cycles, raising vulnerability coverage to 99.9% across tested application attack surfaces.
- Combined Neo4j attack-surface intelligence and Kubernetes deployment with scope controls and Arize Phoenix observability and evaluation for reliable, inspectable execution.
I build multi-agent systems
for complex work.
I lead and build multi-agent harnesses, durable execution, and governed action. At Shinobi Security, I apply that work to offensive security and other high-stakes workflows in regulated environments.
One system. Two responsibilities.
Give an agent the capability to test real attack surfaces, then constrain that capability with explicit policy, scope, and evidence.
OPERATE Offensive agents
Autonomous systems that execute security testing across complex enterprise environments.
- Hierarchical multi-agent harnesses
- A2A, MCP, and external tool communication
- Durable memory, planning, and delegation
GOVERN Reliable execution
Controls that keep powerful agents inside approved boundaries and make every action inspectable.
- Scope adherence and least-agency controls
- Sandboxed execution and human approvals
- Observability, evaluation, and auditability
Selected experience.
Research became production systems. Production systems gained the controls needed to operate safely in high-stakes environments.
Earlier experienceMBZUAI · Dubai Police
- Developed and optimized object-detection and segmentation methods for aerial and satellite imagery, contributing to published research in semi-supervised open-world detection.
- Turned PyTorch and TensorFlow research prototypes into reusable libraries for continued experimentation and production adaptation.
- Used geospatial and demographic analysis to optimize Smart Police Station coverage, improving response times by up to 35% within the targeted-zone analysis.
Research, in public.
Five publications across open-world detection, self-supervised learning, and low-resource NLP, including AAAI 2024, an IEEE i-PACT Best Paper, and an ACL workshop oral presentation.
Four more publicationsACL · IEEE · Springer · arXiv
Independent builds.
Consumer products used to test how agentic systems behave outside enterprise constraints.
AI Wealth Manager
A reasoning layer that turns holdings, risk appetite, and market context into a portfolio strategy a person can inspect.
AI Health Coach
A cross-platform coach that converts daily health signals into specific, adaptive guidance instead of generic advice.
Recovery load reduced after the plan adapted.
How I engineer agent systems.
Three connected disciplines: coordinate capable agents, preserve reliable state, and govern every action.
Multi-Agent Harnesses
Durable Intelligence
Governed Action
Work, in motion.
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