GridGain and Apache Ignite In-Memory Computing Videos
Learn about GridGain® and Apache® Ignite™ by watching this library of in-memory computing videos captured during speaking engagements at conferences, Meetups, and webinars.
Bay Area In-Memory Computing Meetup: Distributed Programming with In-Memory Computing, Oracle Databases 12c
Check out the GridGain in-memory computing meetup from August 20, 2019 featuring talks from Nikta Ivanov of GridGain Systems on distributed programming and Andy Revenes of Oracle on Oracle Database 12c.
In this video from the Bay Area In-Memory Computing Meetup on Wednesday, July 17, 2019, GridGain's Director of Product Management Greg Stachnick, discusses some of the in-memory computing cloud deployment best practices for in-memory data grid (IMDG) and in-memory database (IMDB) in the cloud.
NYC In-Memory Computing Meetups: Open Source Fest w/ Kafka, Ignite, Alluxio + How to Accelerate Analytic Queries (Part 1)
GridGain Meetups provide the in-memory computing community with a venue to discuss in-memory computing issues, solutions, and examples. Our summertime-themed edition Meetup on June 26, 2019, featured three talks on analytics from GridGain, Confluent, Oracle, and Alluxio.
This Bay Area In-Memory Computing Meetup featured talks on native persistence and data recovery, bringing data locality to your containerized big data workloads, and using in-memory computing to make money.
This IMCS Europe 2019 talk discusses migrating an in-memory computing platform to the cloud. It covers best practices, special considerations, tools, and differences between public and private clouds.
This IMCS Europe 2019 video discusses some best practices for monitoring distributed in-memory computing systems, including how to monitor applications, cluster logs, cluster metrics, operating systems, and networks. It provides guidance on tools like Elasticsearch, Grafana, and GridGain Web Console.
This IMCS Europe 2019 talk discusses the various components of Apache Ignite and GridGain, including memory storage, networking layer, compute grid, to help explain in-memory computing best practices for DevOps, high availability, proper testing, fault tolerance, and more.
Terry Erisman, Nikita Ivanov
This IMCS Europe 2019 keynote is a panel discussion of current and emerging trends in in-memory computing for enterprises looking to enable digital transformation.
In this IMCS Europe 2019 session, Denis Magda describes how Apache Ignite and GridGain as an in-memory computing platform can modernize existing data lake architectures, enabling real-time analytics that spans operational, historical, and streaming data sets.
Cloud computing has been growing rapidly. The widespread availability of non-volatile RAM products is imminent. In-memory computing is facing a rapidly evolving technology landscape. At the same time, digital transformation is unleashing massive quantities of data, often streaming data, which requires real-time ingestion, processing, and analysis.
/*-->*/ The current implementation of ML algorithms in Spark has several disadvantages associated with the transition from standard Spark SQL types to ML-specific types, a low level of algorithms’ adaptation to distributed computing, a relatively s
How-To for Real-Time Alerting, Analytics, and Reporting at Scale with Apache Kafka and Apache Ignite
This talk demonstrates how to implement integrating Apache Kafka with Apache Ignite in practice, explains the architectural reasoning and the benefits of real-time integration, and shares common usage patterns. The presenters build a streaming data pipeline using nothing but their bare hands, Apache Ignite, Kafka Connect, and KSQL.
In-Memory Computing Meets Database Durability: Best Practices for Native Persistence and Data Recovery
As an in-memory computing platform, GridGain and Apache Ignite support native persistence that stores data and indexes transparently on non-volatile memory, SSD or disk. When persistence is enabled, memory becomes a cache for the most frequently used data and indexes. Native persistence is ACID-compliant, durable and enables immediate availability on a restart of…
/*-->*/ Over the last decade, the 10x growth of transaction volumes, 50x growth in data volumes, and drive for real-time response and analytics has pushed relational databases beyond their limits.
Akmal B. Chaudhri
Talk 1: In this talk, learn how to use an Application Tier Database Cache with SQL. Writing a naive SQL read or write cache is easy. Writing a SQL read/write cache with cache coherency, concurrency, ACID transactions and high availability is hard. Having your SQL read/write cache enable a latency of less than 1 ms at the 99th percentile without any user code is very…