Discover how WebAssembly is revolutionizing cloud computing. Join Thorsten Hans to learn about building serverless apps with Spin, achieving true scale-to-zero, and running them on platforms like Kubernetes with SpinKube. No more long cold starts or over-provisioning.
Arroyo is a Rust-based, distributed stream processing engine offering millisecond-latency and high-throughput. It achieves fault tolerance and exactly-once processing via a Chandy-Lamport inspired checkpointing system. Learn about its architecture, stateful windowing, and aggregate algorithms.
Building a real-time, low-latency card payments system is a challenge. Join the Amex Payments Network team to learn about their 100% containerized, globally distributed platform powered by Kubernetes. Discover how they tackled latency with HTTP/2, local affinity, and more.
Data replication ensures high availability—reliable, consistent, and timely access. Dive into the tough problems often skipped: reliable backfills, schema changes, data validation, failure resistance, and parallel writes. Learn how Shopify achieves ~5M rows/sec with <500ms p99 lag.
Dive into understanding app latency by exploring the Linux scheduler with ftrace, eBPF, and Perfetto for visualization. Uncover quirks in the CFS scheduler and get a glimpse of the new EEVDF scheduler in recent kernels.
Get the most out of your CUDA code by understanding how the compiler works.
Excited to introduce SlateDB, an open-source, cloud-native storage engine. Built as an LSM on object stores like S3/GCS/ABS, it leverages object storage benefits while tackling unique latency and cost challenges. Join us to explore our design decisions and tradeoffs.
Faced with high networking costs, we tackled insufficient compression with a custom RPC compressor using ZSTD and external dictionary support. This dynamic approach slashes data transfer costs and optimizes performance.
Discover powerful search algorithms and their SIMD- and GPU-accelerated implementations for AI-powered semantic search, structure search, or exact & fuzzy full-text search. Boost your search capabilities with cutting-edge tech.
Maestro kernel began as a C-based school project and transitioned to Rust for better code quality. Now, it’s in a clean-up and performance enhancement phase. This talk shares key lessons learned along the way.
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