Lokesh LKS — AI Infrastructure, Security & Quant-leaning Engineer
I design and build systems at the intersection of AI infrastructure, distributed systems, and security, with a secondary interest in quantitative finance.
Right now I am:
- Executing a focused roadmap in PyTorch, distributed systems, and ML system design to move into AI infrastructure / ML platform roles:contentReference[oaicite:0]{index=0}
- Sharpening C++ / Python and data structures & algorithms daily
- Exploring low-latency systems and trading-style architectures as a backup path into quant
What I’m looking for
- Roles: AI Infrastructure / ML Systems Engineer, Platform ML Engineer, Security-focused ML Engineer
- Secondary path: Quantitative developer / research engineer roles with strong systems + math focus
- Timeline: Internships and early-career roles aligned with a 2026 start
If you’re hiring for teams working on model training, serving, data/feature platforms, or security for ML systems, I’d like to talk.
Flagship Projects
Custom Static Site Generator (this site)
A C++17 static site generator that converts Markdown → HTML and auto-builds this portfolio.
- C++17, STL,
\, regex, CLI tooling - Markdown parser, HTML templating, auto-generated navigation
- GitHub Actions CI for auto-deploy to GitHub Pages
See details on the Projects page
ThreatLens (AI for Security)
End-to-end intrusion / anomaly detection pipeline:
- Python, PyTorch, NumPy, Pandas
- Experimented with LSTM / CNN-style models on network-style data
- Focus on throughput, latency, and deployment rather than just accuracy
AI Infrastructure Roadmap
A structured 4–6 month plan to grow from cybersecurity + systems to AI infra engineer, covering:
- PyTorch + ML fundamentals
- Distributed systems (DDIA, MIT 6.824)
- ML system design & MLOps (MLflow, Ray, Kubernetes basics)
- Interview-focused DSA and system design practice
Skills Snapshot
Languages
- C++, Python, SQL, basic Bash
Systems & Infra
- Linux, networking basics, Docker
- Distributed systems fundamentals (replication, partitioning, CAP trade-offs)
ML & Data
- PyTorch, NumPy, Pandas
- ML system design (training → serving → monitoring)
- Experiment tracking, reproducible pipelines
Security
- Cybersecurity foundations (network security mindset)
- Threat/anomaly detection framing, adversarial thinking
Why this profile is a fit
- Systems + security DNA: I naturally think about failure modes, adversaries, and robustness, which maps well to production ML systems and fraud/security use cases.
- AI infra trajectory: My plan is explicitly optimized for AI infra / ML platform roles, not generic “ML engineer” work.
- Quant-leaning: Strong interest in low-latency, data-heavy systems, relevant to trading, market data infrastructure, and risk systems.
If this aligns with your team’s work, reach out — I’m building for exactly this niche.