Scaling data with Amazon Keyspaces: Accelerating Performance with rENIAC's Hardware Accelerated Cache 

In this co-presented Amazon partner network twitch video you will hear from Michael Raney, Solution Architect Amazon keyspaces, Prasanna Sundararajan, Founder & CEO of rENIAC, Chidamber Kulkarani, Founder & CTO of rENIAC about
 
     Explosion of data growth and modern data management
     Apache Cassandra and challenges managing Cassandra
     Caching databases and databases services as a solution with retail Industry use case               example of keeping page time down, avoiding shopping cart abandonment. 
     rENIAC caching technology helps businesses with real-time predictable SLAs, high                     performance boost for Cassandra.
 

rENIAC Data Engine for Amazon Keyspaces Preview

Drop-in I/O acceleration for Apache Cassandra
    rENIAC Data Engine (rDE) is an FPGA-based database proxy
    rDE sits between a database client and database node,                      caching the data in (Flash) storage that is accessible by the                FPGA 
rDE can be a caching proxy for Amazon Keyspaces
    Clients connect to rDE with CQL proxy
    rDE connects to Keyspaces as a client (with TLS support) 

 

Access the slide deck which is below and learn how we made YAML Configuration Changes.

Hardware Accelerated rENIAC Data Engine on AWS   

  • Key Benefits include significant improvement in throughput upto 5x and lower predictable latency by 14x for Apache Cassandra
  • Easily deployable for Amazon keyspace customers as well. 
  • No application software code changes required
  • Increase per-partition read throughput performance by caching frequently requested data
  • Compatible with Apache Cassandra providing transparent caching
  • Save Cost by caching frequently requested data or frequent keys

You can watch the demo of our data engine for keyspaces starting at 34 minute. 

Access the slide deck and learn about rENIAC Data Engine and watch the demo video to see how we accelerated read traffic performance, offloading traffic to cache.