AI Engineer & Maintainer @ AG2 (AutoGen)
Building production-scale multi-agent systems and enterprise AI architectures. Contributing to AG2, the leading open-source multi-agent conversation framework serving 20,000+ developers globally.
Contact: [email protected] | Link | Hyderabad, India
AG2 (AutoGen) โ AI Engineer & Maintainer
Jul 2025 โ Present
Core maintainer and AI systems engineer for AG2โs multi-agent orchestration platform. Owned integration of frontier LLM capabilities (GPT-5 series), production-grade tooling for safe code edits, concurrency-safe agent runtimes, and document-scale RAG capabilities. Drove refactors that improved agent correctness, observability, and throughput while producing tutorials and docs that accelerated adoption.
1) GPT-5 series, apply_patch & shell-tool support
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GPT-5 & GPT-5.2 model enablement โ Added full GPT-5.2 model support and reasoning-effort configuration so AG2 agents can use higher-fidelity reasoning modes (including
xhigh) and the Responses API when required. This work updated model enums, pricing/effort mappings, and the responses client to accept new parameters. ๐ PR [#2250]. ([GitHub][1]) -
GPT-5.1
apply_patchtool support (Responses API) โ Implemented support for GPT-5.1โsapply_patchtool (V4A diff/patch format) enabling agents to emit structured, actionable multi-file diffs that can be programmatically applied (safe autonomous refactoring, targeted bugfix patches, CI-friendly edits). Also delivered example tutorial/notebook to demonstrate the pattern. ๐ PR [#2213]. ([GitHub][2]) Tech & skills: tool-calling design, structured output parsing, patch application safety, tests for diff format handling. -
Shell tool / tool concurrency support โ Implemented shell/tool execution improvements so agent tool calls (including shell) are concurrency-safe and return machine-parseable structured outputs for chaining. This reduced deadlocks/race conditions in pipeline runs and made tool outputs deterministic for planners. ๐ PR reference: shell/tool work collection (see PR list). ([GitHub][3]) Tech & skills: concurrency safety, tool contract design, deterministic output formats.
2) Provider & infra resilience (Bedrock, Gemini, Ollama)
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AWS Bedrock resilience & structured outputs โ Added exponential backoff and retry strategies at the Bedrock provider layer and Bedrock structured-output handling so transient failures donโt cascade into agent crashes and downstream parsers consistently receive JSON/structured responses. ๐ PR [#2292] (mentioned across PRs/listings). Why it matters: Production readiness for enterprise clouds.
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Gemini: ThinkingConfig / reasoning controls โ Extended ThinkingConfig support to Gemini models so AG2 can control depth/latency of Gemini reasoning and capture "thought signatures" for better traceability in multi-step planning. ๐ PR [#2254]. ([GitHub][4]) Tech & skills: provider abstraction, reasoning controls, cross-provider parity.
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Ollama validation fixes โ Fixed LLMConfig validation paths that previously caused runtime errors when
native_tool_callswere enabled, preventing misconfiguration crashes. ๐ PR [#1951]. Skills: config validation, cross-provider stability.
3) DocAgent โ architecture, dynamic RAG, and high-throughput document workflows
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DocAgent architecture optimization (threading, concurrent ingest, supervisor) โ Simplified and optimized DocAgent internals: added a
ThreadPoolExecutorfor tool execution, a pseudo-supervisor for task orchestration, concurrent document ingestion, citation support, and flexible inner-agent prompting to greatly improve ingestion throughput and query latency. ๐ PR [#2097]. ([GitHub][5]) Technical highlights: concurrent ingestion pipelines, thread pools for I/O-bound tasks, scalable supervisor pattern, test scenarios for long-document ingestion. -
Dynamic RAG (Vector + Graph / Neo4j integration + aggregator) โ Extended DocAgent beyond vector RAG by adding Graph RAG support (Neo4j) and a dynamic
rag_configto select/aggregate results from vector and graph retrievals. This enables multi-hop, relationship-aware queries and a result aggregator for combined RAG outputs. ๐ PR [#2105]. ([GitHub][6]) Why it matters: Demonstrates system design for hybrid retrieval (vector + graph) and shows you enabled sub-second, multi-hop retrieval patterns valuable in enterprise search.
4) Agent runtime refactors, networking & message model improvements
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ConversableAgent refactor (message flow & API consistency) โ Refactored ConversableAgent internals to enforce consistent message list APIs, clarify state transitions, and improve extensibility for multi-turn scenarios. ๐ PR [#2086]. ([GitHub][7]) Skills: API design, state-machine clarity, multi-turn correctness.
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Agent networking / list[messages] API enforcement โ Standardized
list[messages]semantics across agent messaging, improving inter-agent communication and easing integration with group chat / networking scenarios. ๐ PR [#2081]. ([GitHub][8]) -
ParallelAgentRunner / concurrency orchestration โ Built
ParallelAgentRunnerto run agents in parallel safely (thread/process coordination, result aggregation, cancellation semantics), improving throughput for batched workflows. ๐ PR [#2143]. ([GitHub][9]) Tech & skills: concurrency patterns, cancellation semantics, thread-safe result aggregation.
5) Reliability, fixes & dependency hygiene
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Memory / long-context stability โ Replaced brittle long-context paths and added safer concurrency patterns to avoid context overwrites in document agents (used in the DocAgent refactors above). (See DocAgent PRs #2097 / #2105.) ([GitHub][5])
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Dependency & resolver hardening โ Switched pinned dependencies to ranges where appropriate and fixed async validation issues across providers to reduce release friction and unexpected breakages. (Referenced across PR list.)
6) Docs, tutorials & community enablement
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Apply-patch tutorial & notebook โ Published a tutorial demonstrating GPT-5.1
apply_patchflows in AG2 to help integrators build safe code-editing agents (linked from release notes). ๐ PR [#2213] (release notes & tutorial). ([GitHub][2]) -
DocAgent & Dynamic RAG notebooks โ Added sample notebooks showing concurrent ingestion, dynamic RAG configuration, and example runs โ useful in interviews and technical screen walkthroughs. ๐ PRs [#2097], [#2105]. ([GitHub][5])
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Developer DX (devcontainer, logging, hooks) โ Added a Python 3.14 devcontainer to standardize contributor environments and documented lifecycle hooks (
process_message_before_send) so downstream teams can plug custom logic into message pipelines.
Alvyl - Software Engineer (AI) (Aug 2024 - Jul 2025)
Architected FusionSecurity.ai, an enterprise-grade multi-agent security intelligence platform for Fortune 500 clients:
- Designed LangGraph-powered architecture with specialized role-based agents processing daily security events with high uptime
- Implemented hierarchical Supervisor Agent orchestration distributing tasks across 15+ specialized sub-agents in containerized AWS/Kubernetes environments
- Engineered multi-modal RAG system combining vector search, graph relationships, and structured data analysis
- Built self-evolving threat intelligence database with dynamic schema expansion
- Deployed containerized microservices supporting mission-critical security monitoring
- Integrated Semgrep SAST scanning in CI/CD pipelines
- Developed multi-cloud metadata analysis agents for AWS/Azure/GCP compliance monitoring
Freelance AI/ML Solutions Architect (2022 - 2024)
Delivered AI transformation solutions for BlackCoffer, Digipplus, PrecilyAI, and UniAcco. Built scalable ML pipelines with end-to-end MLOps integration.
Core Competencies
- AI Pattern Research
- System Design, Low-level AI, and networking
- Multi-Threading, Optimisation
- OpenAI SDK, AWS Converse, anthropic SDK, Gemini API, Ollama, Huggingface, i.e, (Client-Side Development).
- Multi-Agent Orchestration (AG2/AutoGen, LangGraph)
- Advanced RAG Systems (Vector, Graph, Structured)
- LLM Integration & Prompt Engineering
- Enterprise AI Security & Automation
Infrastructure & Tools
- Cloud Platforms: AWS, Azure, GCP, Kubernetes
- Databases: Neo4j, Vector Databases
- Security: Semgrep, SAST Integration
- CI/CD & MLOps Pipelines
Architecture
- Cloud-Native Microservices
- Production AI Systems
- Performance Engineering
- Security Intelligence Platforms
- Published IEEE research on AI systems
- Contributing to framework serving 20,000+ developers
- Mentored 50+ community developers on multi-agent architecture
- Open-source contributions to AG2 core development


