Far outperforms MySQL InnoDB [1]
Key-Value API 10x faster than SQL [2]
Consistent, multi-master replication for
uptime or scale, affordable for any site [3]
Add/remove nodes on-demand, failures
auto-restore, no admin or downtime [4]
Replicates / speeds-up / scales MySQL
Rapid install, no recoding, lower admin [5]
For high-usage sites, struggling to cope
or grow, without prohibitive expense [6]
Inter-table joins give you SQL combined
with a next-gen ‘cloud datastore’ [7]
We can radically improve the performance, reliability, simplicity,
and running costs of dynamic websites, of any size.
Footnotes:
[1] In multi-node comparing InnoDB Master Slave with GenieDB v0.2 alpha Multi-Master storage engine. Custom benchmarks simulating 'real-world' mixed read-write usage patterns with 2+ fully replicated nodes.
[2] Forecasted 10x speed advantage using GenieDB Key-Value API vs similar InnoDB SQL queries: Based on raw maximum read performance on commodity hardware. Implementation of database queries within website code will always affect real world speed.
[3] Any dynamic website with typical web usage characteristics (high read-write ratio, minimal complex queries).
[4] No Database Administration required in typical database disruption scenarios. No downtime required if one or more nodes remains online. Full suite of tests available on request.
[5] Implementation and coding dependent on existing configuration of network, load balancers, web servers and database configuration.
[6] Costs for hardware, licenses and support compared to standard enterprise database scale-out solutions (e.g.MySQL Enterprise, MS SQL Server, Oracle RAC)
[7] Dynamically configured replicated datastores, with self-healing properties are necessary components of resilient hosted database solutions applicable to dedicated servers or virtualised 'cloud' infrastructures
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