TransLattice, Inc. operates as a geographically distributed database company for enterprise, cloud, and hybrid environments. The company develops software that would transform the distributed systems and cloud/utility computing space. Its products include TransLattice Elastic Database (TED), a geographically distributed relational SQL database management system for online transaction processing; TransLattice Application Platform (TAP), which provides a way to deploy business-critical enterprise applications; and TransLattice Automation Kit (TAK) that gives system administration professionals a way to manage large clusters of TransLattice nodes, as well as enables them to script routine manag...
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Founded in 2007
Oakland Raiders Selects TransLattice Elastic Database
Nov 18 13
TransLattice announced that the Oakland Raiders have selected its TransLattice Elastic Database (TED), a geographically distributed Relational Database Management System (RDBMS) developed to provide high availability, easy scalability and lower computing costs.
TransLattice Elastic Database Deployable on Dell Cloud on Demand
Mar 5 13
TransLattice announced that TransLattice Elastic Database (TED) can be deployed on Dell Cloud On Demand. The TransLattice Elastic Database can be distributed across multiple Dell Cloud data centers while appearing to the end-user as one cohesive database. This enables unparalleled database availability and excellent response time. Dell Cloud On Demand is an enterprise-class, multi-tenant public cloud solution that is hosted in Dell's secured data centers. TransLattice Elastic Database Key Facts: SQL database that spans multiple Dell data centers; excellent response time; unparalleled availability supporting resources: TransLattice LinkedIn; TransLattice Elastic Database (TED); and Dell Cloud On Demand.
TransLattice, Inc. Announces the Release of Version 3.0 of the TransLattice Elastic Database
Feb 19 13
TransLattice, Inc. announced the release of version 3.0 of the TransLattice Elastic Database (TED). TED is the geographically distributed Relational Database Management System (RDBMS) that enables deployment on multiple public cloud provider networks at the same time, as well as on virtual machines (VMs), physical hardware or any combination thereof. As enterprises move to the Cloud, many are looking to mitigate the risks surrounding outages, data location compliance and vendor lock-in. TED 3.0 is the first and only RDBMS to span multiple public cloud networks, while retaining the ability to control data location via policy, and acting as one cohesive database to the end user. The genesis of the TransLattice solution was the desire to offer geographically distributed relational data on all-active nodes that provide exceptional system availability, excellent response time for remote users, effortless scalability, and data location compliance. Now, with the release of TED 3.0, enterprises can run a single database across multiple cloud providers simultaneously. Organizations can minimize the risk of moving databases to the cloud by taking advantage of more than one cloud provider, knowing that they can add or change providers at a later date. The company Elastic Database 3.0 News Facts: Spans multiple public clouds simultaneously, as well as multiple availability zones within a cloud provider. Creates a highly available, fault-tolerant database fabric comprised of all-active nodes and capable of being administered from anywhere on the network by distributing data across geographic locations. Scales capacity easily when and where needed, by adding nodes on demand with no downtime. Nodes can be virtual machines, private or public cloud instances, physical hardware or any combination thereof. Positions mission-critical data closer to the edge of the network for improved response time for customers, partners and employees. Controls data location through simple-to-configure policies, thereby reducing the need for federation of data and streamlining compliance management. Costs far less than traditional SQL databases and includes geographic distribution capabilities others don't have. Unlike typical failover models, TransLattice enables higher utilization of hardware assets due to nodes being all-active, which contributes to excellent economics. Code baseline upgraded to PostgreSQL version 9.2. Increased support for monitoring frameworks with SNMP.