The document discusses MapR Streams, a global publish/subscribe event streaming system. It provides converged, continuous, and global capabilities. MapR Streams allows producers to publish billions of messages per second to topics, and guarantees immediate and reliable delivery to consumers. It also enables tying together geo-dispersed clusters globally. The document demonstrates MapR Streams capabilities with a live demo and discusses use cases for event streaming across various industries.
FS – Eastern Bank; Experian; TransUnion; Zions Bank
Security – Solutionary
Online services & software – Xactly; Liason; ancestry.com; Live Nation; Razorsight; Datasong
Media & entertainment – Beats Music
IoT is the third big wave of the Internet. To put this in perspective, the fixed Internet, which is really what we mostly thought about back in the 1990s, connected about a billion users to the Internet, primarily via their desktops. In the 2000s, we had the second wave, which connected about two billion people to the Internet via their mobile devices which has grown to 6B devices. What we’re talking about now with the Internet of Things is connecting about 50 billion or more things to the Internet by 2020
MapR provides a converged data application platform which consolidates compute engines on unified web-scale storage (maybe reuse the opening statement about what MapR provides, but shorten for public speaking so it’s not rote and stale)
If you double-click into MapR Enterprise, you see that we have the “MapR Alloy Data Operating System” (final name TBD) providing key data services to the compute engines, managed centrally by MapR “Management Services” (final name TBD). MapR provides the big data application platform that is the premier choice for leading enterprises building out the next phase of their data-driven business strategy.
First, let’s look at the requirements of these data-driven applications you see at the top of the diagram. Whether it’s analytical applications such as personalized recommendations on a website, fraud detection, or powering operational applications such as with managed service providers, email services and others, there are powerful compute/processing engines required to support them. These include big data analytics engines from the Hadoop and Spark ecosystems, global messaging which users and applications can publish/subscribe to, search, real-time database operations, interactive SQL, stream processing, and Web-scale network-attached storage (NAS).
Underneath these compute engines is the “MapR Data Platform Services” are the data services provided transientially (sp?) to provide performance, security, reliability, storage, resource management, and more. MapR Data Services (MapR DPS? – will need to think about how this gets shortened) was designed and engineered from the hardware up for modern big data workloads and scale with utility-grade reliability, performance, and unified administration. It is the production choice of the Global 2000 for mission-critical Hadoop and Spark workloads and is the reason why Forrester and other industry analyst firms consistently rank us as the top-ranked Hadoop distribution.
(from here, suggest having a separate slide which blows up and shows the internals of the MapR Data Services layer, how it works, why it’s better, and can have a loop supporting that, such as the updated 2nd call deck.
Similarly, should have a double-click on the individual projects in the distro for people that care about that and “what we support”)
MapR provides a converged data application platform which consolidates compute engines on unified web-scale storage (maybe reuse the opening statement about what MapR provides, but shorten for public speaking so it’s not rote and stale)
If you double-click into MapR Enterprise, you see that we have the “MapR Alloy Data Operating System” (final name TBD) providing key data services to the compute engines, managed centrally by MapR “Management Services” (final name TBD). MapR provides the big data application platform that is the premier choice for leading enterprises building out the next phase of their data-driven business strategy.
First, let’s look at the requirements of these data-driven applications you see at the top of the diagram. Whether it’s analytical applications such as personalized recommendations on a website, fraud detection, or powering operational applications such as with managed service providers, email services and others, there are powerful compute/processing engines required to support them. These include big data analytics engines from the Hadoop and Spark ecosystems, global messaging which users and applications can publish/subscribe to, search, real-time database operations, interactive SQL, stream processing, and Web-scale network-attached storage (NAS).
Underneath these compute engines is the “MapR Data Platform Services” are the data services provided transientially (sp?) to provide performance, security, reliability, storage, resource management, and more. MapR Data Services (MapR DPS? – will need to think about how this gets shortened) was designed and engineered from the hardware up for modern big data workloads and scale with utility-grade reliability, performance, and unified administration. It is the production choice of the Global 2000 for mission-critical Hadoop and Spark workloads and is the reason why Forrester and other industry analyst firms consistently rank us as the top-ranked Hadoop distribution.
(from here, suggest having a separate slide which blows up and shows the internals of the MapR Data Services layer, how it works, why it’s better, and can have a loop supporting that, such as the updated 2nd call deck.
Similarly, should have a double-click on the individual projects in the distro for people that care about that and “what we support”)