Personal Reflections & Tech Insights

Blogs

Making Distributed Systems Consistent with Raft

Building reliable distributed systems means handling failures while keeping data consistent. Raft consensus helps manage this complexity through a clear approach to agreement.

Estimating at Scale: Probabilistic Data Structures

Real-time AI analytics often needs to handle massive data streams. Probabilistic data structures offer a clever way to scale by trading exact accuracy for speed and memory efficiency.

Semantic Caching for LLMs: Smarter Cache Hits

Traditional caching struggles with LLM prompts. Semantic caching uses embeddings to find similar queries, dramatically improving cache hit rates and reducing costs.

Stateful Serverless for Long AI Workflows

Serverless functions are designed to be stateless and ephemeral, which often clashes with the long-running, multi-step nature of many AI workflows. Here's how to bridge that gap.

Tracing AI Agent Decisions: The Observability Challenge

Building AI agents is one thing; understanding why they do what they do is another. Tracing their internal decisions is becoming a crucial, complex observability problem.

Transactional Outbox: Reliable Events for Microservices

Building reliable microservice communication is hard. The transactional outbox pattern helps ensure events are published consistently with database changes, avoiding common pitfalls.

Time-Series Databases: Beyond Basic Metrics

Time-series databases are purpose-built for the massive amounts of time-stamped data generated by modern systems, offering unique advantages for observability and analytics.

LLM Caching: When Key-Value Stores Fall Short

Caching LLM responses with traditional key-value stores often misses the mark because queries aren't exact. Semantic caching matches similar questions to provide better hit rates and reduce API costs.

Dynamic Batching: More AI Throughput, More Latency?

Dynamic batching can significantly boost AI model inference throughput by grouping requests. But it's a tradeoff: better throughput often means higher latency for individual requests.