AI Developer Tools
Next-generation code analysis utilities and static checkers wired into reasoning models.
Available for workI build products at the intersection of AI, security, and developer tooling — fast software, hard engineering problems, and a standing habit of breaking things in CTFs.
I focus on building and breaking complex systems. As a Software Engineer, I design robust architectures ranging from minimal, highly-responsive user interfaces to scalable backends. My primary AI research and engineering efforts are concentrated around AI Systems, LLM Agents, RAG pipelines, and Multi-Agent Orchestrations.
On the security front, I research Web App Security, Cloud Security, and offensive operations. Balancing full-stack engineering and security audits lets me build applications that are high-fidelity, high-performance, and resilient against modern attack layers.
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tushar — a.k.a 0xbenzo
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software engineer · security researcher
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ai-systems appsec distributed devtools
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shipping, breaking, writing — daily
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Six threads I'm pulling on right now — where engineering, AI, and offensive security overlap.
Next-generation code analysis utilities and static checkers wired into reasoning models.
Safe state machines and routing graphs for multi-agent loops that never fall into looping traps.
Auditing application dependencies and mapping novel injection paths across distributed networks.
Solving high-difficulty challenges and engineering attack/defense targets for competitive arenas.
Shipping minimal, high-utility tools for developer problems on short iteration cycles.
Deep-dives on systems architecture, security remediation, and performance work.
Production tools, experimental architectures, and security utilities I've shipped.
A highly resilient, containerized cybersecurity capture-the-flag platform designed to handle thousands of concurrent players.
An automated static analysis scanner that identifies indirect prompt injections and unsafe tool definitions inside LangGraph systems.
Notes from the systems I build, break, and benchmark.
A deep dive into the inner workings of C++ std::unordered_map, exploring hash functions, bucket allocation, separate chaining, load factors, and rehashing.
Learn how to build your first gRPC application in Go by creating a simple server and client that communicate using Protocol Buffers.
Learn what gRPC and Protocol Buffers are, how they work together, and why they have become the preferred communication technology for modern microservices and cloud-native applications.
A comprehensive guide to Suricata, its architecture, rules, deployment modes, and integration with modern SIEM platforms.
An exploration of how vLLM serving is optimized using Continuous Batching and PagedAttention.
The languages, runtimes, and platforms I reach for most.