1. Warp 10™ Storage Engine
    1. Different versions for different scales
  2. Warp 10™ Analytics Environment
  3. Learn more about the Data Model

What is Warp 10™?

storage

Warp 10 is a platform designed to collect, store and analyze sensor and Time Series data. Warp 10™ is both a Time Series Database and an associated analytics environment.

Warp 10™ goes beyond simple Time Series by supporting Geo Time Series™ which result from the fusion of a Time Series of sensor readings with the location of the sensor at each measurement.

The analytics environment offered by Warp 10™ is based on a data flow programming language called WarpScript™. With a number of available functions approaching 1000, WarpScript™ makes Warp 10™ the most advanced time series platform.

Warp 10™ Storage Engine

The Time Series Database provided by Warp 10™ is called the Warp 10™ Storage Engine.

  • Support for the Geo Time Series™ data model support
  • Built for performance and scalability
  • Secure by design, strong authentication/authorization
  • Use of standard protocols and formats for ease of use

Different versions for different scales

Distributed

Standalone


Edge


Warp 10™ Analytics Environment

The analytics environment offers a data flow programming language called WarpScript™ with close to 1000 functions tailor made for time series data.

The analytics environment smoothly integrates with existing tools and ecosystems with a strong compatibility with everything Hadoop.

Through extension mechanisms, the WarpScript language can be used on time series data hosted in any storage layer, from SQL databases to object stores, including any time series database.

See WarpScript™ and the WarpScript™ reference

Learn more about the Data Model

The Warp 10™ platform handles a single type of data called Geo Time Series™ or GTS for short. A GTS is obtained by merging a time series of measurements, a sequence of timestamp/value pairs, with the three time series of the sensor location (latitude, longitude, elevation), at time of the measurement. This handy data structure allows for efficient manipulation of moving sensor measurements. If you do not have location information for your sensors, Warp 10™ also support plain old time series.

In order to support the most diverse set of use cases, values of GTS can be of four types, long, double, boolean or UTF-8 string. You can mix value types in a single GTS, it will be handled at read time when you manipulate the data with the WarpScript™ language.

Each Geo Time Series™ is uniquely identified by a class and a set of labels (key/values). The class can be interpreted as the type of sensor, and the labels as uniquely identifying a specific instance in the class. GTS can also have attributes which are another set of key/values, the only difference with labels is that attributes do not identify the GTS, they are simply there to provide additional information, and since they do not identify the GTS they can be modified during the lifetime of the Geo Time Series.

For maximum flexibility, classes and label names and values can be any valid UTF-8 string. If your strings contain characters which are difficult to type, you only have to URL encode your strings using %hh to replace those hard to type characters.

See