Critical Attributes for a High-Performance, Low-Latency Database
When low latency and high performance are core requirements, what NoSQL database attributes should you consider, and what tradeoffs are key?
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When low latency and high performance are core requirements, what NoSQL database attributes should you consider, and what tradeoffs are key?
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How Rakuten overcoem Apache Cassandra’s instability, inconsistent performance at scale, and maintenance overhead.
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🎥 Watch all the P99 Conf 2021 talks here: https://www.p99conf.io/ There are two key choices when scaling a NoSQL datastore: choosing between a hash or a range based sharding and choosing the right s
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Take a technical deep dive into database innovations critical for speed at scale (e.g., millions of read/write operations and millisecond P99 response).
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How ShareChat achieved 5X NoSQL performance w/ 80% cost savings – offering microsecond P99 latency with 1.2M op/sec for 180M monthly active users.
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Learn about common causes of long-tail latency, the limitations of legacy NoSQL “scale out” approaches, and tactics for winning the battle for low long-tail latency in the real world.
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Explore 5 essential factors to consider when selecting a high performance low latency database: software architecture, hardware utilization, interoperability, RASP, and deployment.
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Throughput and latency are at a constant tension. Learn how high throughput and low latency can both be achieved in a single application by using application-level priority management.
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Explore the available choices for I/O access and their various tradeoffs, then learn why ScyllaDB chose asynchronous direct I/O (AIO/DIO) and how it's working out 7 years later.
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Explore the four different ways to perform disk I/O on Linux and the tradeoffs and what we chose for Scylla to build a high-performing database.
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As you might have heard, AWS recently released a new AWS EC2 instance type perfect for data-intensive storage and IO-heavy workloads like ScyllaDB: the Intel-based I4i. According to the AWS I4i...
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Learn how we configured a petabyte-scale benchmark, results with and without workload prioritization, tips and tricks that might benefit others planning their own petabyte-scale benchmark.
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Learn how Optimizely takes full advantage of the high concurrency that’s possible with their NoSQL database, ScyllaDB – while also guaranteeing correctness and protecting the quality of service
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A benchmark that shows how ScyllaDB outperforms Aerospike — using Aerospike’s preferred test method.
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Learn how to get the most out of your database by using these open source tools, techniques and best practices.
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How Coralogix shrank query processing times from 30 seconds (not a typo) to 86 ms by moving from Postgres to ScyllaDB.
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How SecurityScorecard, a global leader in cybersecurity ratings, uses ScyllaDB for a database with low query latency, real-time data ingestion, fault tolerance, and high scalability.
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This talk discusses whether or not there is a consistency vs throughput tradeoff in distributed database systems that guarantee ACID transactions.
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