A System Engineer's journey through AI, machine learning, and innovative software development.
Curated publication from our research index
SPOTLIGHT PUBLICATION
Architecting a Resilient IoT Telemetry Pipeline on 2-Core Cloud Compute
High-throughput MQTT ingestion, memory-bounded queuing, and time-partitioned database design for resource-constrained edge environments.
System Engineer specializing in AI runtime optimization, low-latency microservices, and cross-disciplinary research. I bridge formal mathematical theorems, systems programming, and high-throughput cloud infrastructure to create resilient software engines.
Latest peer-level writings & architectures
Memory buffer pooling, fasthttp internals, and lock-free concurrency patterns for squeezing 150,000 req/sec out of 2 CPU cores.
Analyzing offer, acceptance, unilateral mistake, and regulatory liability in decentralized protocol executions.
Building price-time priority matching algorithms, FIFO queues, and stochastic jump-diffusion modeling for asset pricing.
Designing tamper-evident auditing systems, mathematical invariants in accounting equations, and verifiable journal entries.
Production services, compilers, and performance tools
High-throughput asynchronous MQTT telemetry pipeline with zero-allocation Go workers and time-partitioned database commits.
High-concurrency web service engine built on Fiber/fasthttp with memory buffer pooling and lock-free concurrency.
Deterministic FIFO price-time priority matching engine with jump-diffusion stochastic market simulation.