hi, i'm mihir srivastava.

Mihir Srivastava — UCSB computer engineering student, NLP researcher, and systems-focused software engineer.

i optimize for impact: real users, real traffic, real experiments.

i focus on infrastructure where correctness and latency actually matter—think auth paths, caching layers, and the observability around them.

at ucsb and beyond i've helped modernize security-critical network appliances, ship predictive caching on live logs, and explore sqlm-style rl and netlist decompilation tools.

when i'm not doing that, you'll find me trading ideas at hackathons, tearing down hardware, or trying out new agentic workflows.

Photo of Mihir Srivastava

recent:

  • oct 2026 – present
    gaucho— ucsb dining menus and macros in one view, with original nutrition labels, meal planning, a cli, and a public rest api.
  • sept 2026
    self-play vs. text pretraining— independent follow-up to cowsik et al.'s self-play pretraining research, adding text-trained baselines and new in-context learning evaluations.
  • june 2026 – sept 2026
    software engineering intern @ everpure— built infrastructure tooling and a custom agent harness for an internal ai triage agent, reducing false positives by 89% and increasing accuracy by 45%.
  • feb 2026
    agent mailbox— secure postgresql-backed mcp message bus for codex and claude code agents, with direct and broadcast delivery, priority long polling, acknowledgements, and auditable events.
  • jan 2026 – present
    skillgen— compile llms.txt documentation into installable agent skills, with a cli, mcp server, and viewer for searching references and inspecting source coverage.
  • dec 2025 – jan 2026
    policy radar— full-stack federal policy research agent that searches nine official government sources and streams source-backed answers with full-text and pdf retrieval.
  • sept 2025 – present
    undergraduate researcher @ ucsb nlp group— evaluation harness comparing single-shot, majority-vote, and persona-conditioned llm debate on aime 2025, gpqa, and hle-verified.
  • aug 2025 – present
    lattice— local agentic router that runs multi-step builds and tests in isolated workspaces, records structured logs, and packages only fresh deliverables.
  • june 2025 – sept 2025
    software engineering intern @ cisco— modernized cisco asa lina ldap authentication by extracting a linux agent; moved to upstream openldap, closed 45+ cves, and made authentication 5x faster.
  • sept 2024 – jun 2025
    decompiling higher-order functions in digital circuits— ersp research using pyrtl and egglog to recover fold abstractions from synthesized netlists and verify boolean simplifications.
  • aug 2024 – sept 2024
    aihelp cli— python cli that converts natural-language intent into shell commands with groq-backed generation, syntax validation, and configurable execution guardrails.
  • july 2024 – oct 2024
    software engineering intern @ spillbox— globally distributed predictive file cache built in go, trained on 100k+ access logs and achieving 95%+ prediction accuracy.
  • jan 2024 – may 2024
    facemotion— facial-emotion classifier trained on 35k+ images with 87% accuracy, paired with gemini 1.5 pro mood recommendations; first place among 53 teams.
  • jan 2024 – may 2024
    utility unraveled— expo/react native prototype for discovering and reporting ucsb campus utility conditions; winner of best ui/ux among 10 teams.
  • jan 2024 – feb 2024
    wine quality classifier— compared five classifiers for red and white wine quality, reaching 84% accuracy from 11 physicochemical features and placing top five at the ucsb datathon.
  • june 2022 – oct 2022
    software engineering intern @ openroad project | university of california, san diego— improved devops efficiency by modernizing the jenkins pipeline-interface - added features such as version tracking & performance comparison, optimized workflow & redesigned user interface for test case monitoring & development.
  • may 2022 – sept 2022
    moore's law: its impact past, present & future— research study tracing moore’s law from 1965 through heterogeneous computing and its continuing influence on machine-learning hardware; polygence symposium finalist.