Rahul Anand Sharma
ML Systems Engineer @ Google Cloud
I am an ML Systems Engineer & Researcher at Google Cloud, specializing in hardware-software co-design, distributed accelerator systems, and high-performance inference.
At Google Cloud, I focus on inference optimization of Gemini models across GPUs and TPUs, and previously drove accelerator enablement and scaling analyses for TPU v7 (Ironwood) (Google Cloud Tech Impact Award, 2026).
Earlier, I was an Applied Scientist at AWS architecting GenAI root-cause analysis for Apache Spark at hyperscale (Amazon Q), completed my Ph.D. in Electrical & Computer Engineering at Carnegie Mellon University (CyLab, CIT Dean’s Fellow), and conducted systems research at Microsoft Research (FarmBeats, DeepEdge).
My work spans 15+ publications in top systems and security venues (SIGCOMM, NSDI, USENIX Security), 2 US patents, and systems recognized by GatesNotes, Satya Nadella, and the front page of Hacker News.
(SIGCOMM, NSDI, Security)
(Distributed AI & Sensors)
Features by Tech CEOs
Tech Impact Award
Core Focus
- LLM Inference Optimization: Gemini model serving across GPUs and TPUs, KV-cache optimization, model parallelism, and low-latency runtimes.
- Accelerator Infrastructure & Scaling: TPU v7 (Ironwood) cluster scaling, collective communication, and interconnect bottleneck modeling.
- Systems & Network Security: Active network testing at hyperscale, ML-driven telemetry, and wireless sensing.
Selected Recognition & Press
| AWS Official Launch: Architected and introduced Generative AI troubleshooting for Apache Spark in AWS Glue (Amazon Q). | |
| Lumos hidden device localization featured on the front page of The Hacker News, Der Spiegel, and Technical.ly. | |
| FarmBeats highlighted by Bill Gates on GatesNotes: Can Computers Help Feed the World? | |
| Sports AI research featured by Microsoft CEO Satya Nadella in his Keynote Address. | |
| Broadcast sports AI research covered by The Washington Post, NDTV, and The Register. |
Flagship Systems & Research
Lumos: Hidden IoT Localization
Mobile sensing system leveraging 802.11 PHY/MAC features and AR to identify and localize hidden IoT cameras and devices with 95% accuracy.
Contention-Aware VNF Prediction
ML-driven contention-aware predictor for virtualized network functions (VNFs) to model resource bottlenecks and guarantee cloud QoS under multi-tenant workloads.
DeepEdge: Distributed Edge AI
Edge-cloud scheduling framework optimizing DNN inference pipelines under severe compute and bandwidth constraints, enabling graceful performance degradation.
Lumen: IoT Anomaly Detection
Modular benchmarking framework resolving domain-shift degradation and systematically evaluating ML network anomaly detection across 100+ commercial IoT devices.