SkySpark™
SkySpark™ helps you find what matters in the vast amount of data produced by today’s smart systems.

Collect

Store

Organize

Analyze

Visualize

Report

Export

Distribute

Embed

Install

Collect

Store

Organize

Analyze

Visualize

Report

Export

Distribute

Embed

Install

Collect

Get your Data

SkySpark™ works with data of all types whether via a live link to an automation system or smart meter, connection to a SQL database, import of historical data from Excel files, or a web service feed from an utility.

Store

High-Performance Database

At the heart of SkySpark is the high-performance Folio database specially designed for IoT data. Folio combines the speed of an industrial historian with the modeling capabilities of document and graph databases to store and organize heterogeneous data, creating unified models of your buildings, equipment, devices, and sensors.

Folio’s process historian uses advanced compression to efficiently store billions of time-series records in a fraction of the disk space compared to other technologies. Store live sensor data with microsecond access times.

SkySpark’s advanced data compression and world-class performance can drastically reduce your hardware server requirements.

Organize

Give your Data Meaning

SkySpark uses the industry-standard Project Haystack for semantic tagging of data. With proper tagging, analytics applications can quickly consume data from equipment systems and interpret patterns in operational data to identify faults, deviations, and trends that can be addressed to improve efficiency and ensure proper operation of equipment systems.

Analyze

Turn Data into Actionable Intelligence

Access to the data is just the first step. The new challenge is to effectively manage and derive value from the exploding amount of data available from smart and connected devices.

Our solution is Axon an analytic engine that automatically processes rules and algorithms on your data to find Sparksâ„¢ things that matter.

SkySpark then automatically generates visualizations, notifications, and reports that show the issue, time of occurrence, frequency, duration, and even cost.

Visualize

Apps to help you Find What Matters

SkySpark™ includes a rich set of applications to visualize your data and analytic results. All of these intuitive presentations are displayed in standard web browsers using HTML5 technology no plug-ins required. SkySpark can also output analytic results to 3rd Party applications via our open published APIs.

While the SkySpark Axon engine continuously applies analytics to your data, the real value comes when those results are presented to you via SkySpark Apps rich visual presentations that show how your systems are really performing.

Spark App

Show analytic results as timelines, bubbles, charts and tabular displays indicating timing, duration, frequency, and cost of issues.

KPI App

Automatically calculate key performance indicators and present as ,candle charts for easy comparison.

Energy App

A comprehensive suite for analysis of energy resources including electrical demand, consumption, cost, water and gas usage.

Historian App

Combine all types of data together along with analytic results to create views to meet specific needs.

Weather App

Read local forecasts and historical weather data and apply to rules and sparks to help evaluate equipment performance.

Rule App

Create custom rules for triggering sparks to identify issues, faults, deviations, and anomalies.

SkySparkâ„¢ Verticals

SkySpark? Verticals

SkySpark™ can be applied to virtually all types of data across a variety of industries.

  • Intelligent Buildings

  • Industrial Facilities

  • Agriculture

  • Energy

  • Government

  • Healthcare

  • Retail

  • Consultant and M&V

  • OEM & SaaS Providers

Analytic Function Library

SkySpark™ includes over 500 built-in analytic functions to help you find what matters.

Draw from the built-in library or create new rules that target the specific needs of your facilities, equipment, processes and project scope.

Analytic Function Library

SkySpark includes over 500 built-in analytic functions to help you find what matters.

Draw from the built-in library or create new rules that target the specific needs of your facilities, equipment, processes and project scope.

Report & Export

Apps to help you Find What Matters

Any Ankalytik view can be turned into a report in a variety of formats, including PDF. Or export the view for use in your favorite desktop word processing or publishing tool in formats including SVG, PNG, Excel and more.

Customize

Build your Own Views

SkySpark’s View Builder combines all the benefits of automatically generated analytics with the ability to create your own customized views quickly and easily.

View Builder provides an extensive library of display widgets and a simple point-and-click tool for creating custom views. Combine graphs, charts, tables, text, selection menus, data entry forms, and more.

Distributed

SkySpark™ Everywhere™ Deploy from the Edge to the Cloud

Grow SkySpark to meet any size project. SkySpark nodes can be clustered together using a protocol we call Arcbeam. Clusters allow SkySpark nodes to act as a single, seamless, unified system. The distributed architecture can span low cost edge devices, local servers, or the cloud. Arcbeam is designed to work well with your IT infrastructure. We use public/private key pairs for security, and our protocol is firewall friendly.

Embeddable

Run SkySpark at the Edge

SkySpark’s full feature set has been designed to run efficiently on small, low-cost IoT platforms that can be deployed at the edge. Work with one of our existing OEMs to buy hardware solutions already bundled with SkySpark, or build your own devices. SkySpark runs on any machine that supports a Java VM.

Minimum Tech Specs:
*1 GHz CPU
*512 MB RAM
For up to 100 points

Install

Flexibility to Deploy Where You Want

SkySpark allows maximum flexibility to deploy where you want ? On-Premise, in the Cloud, at the Edge, or even as a Desktop Tool. Any platform thats supports Java can run SkySpark, including Windows, macOS, and Linux.

Request a demo

Learn more about SkySpark and Get Connected with openBASSG

Get PDF

Download the In-Depth SkySpark Overview

Order Today!

Fill our SkySpark order form

BASSG products & services bundles are designed to lower implementation costs and
can be tailored to answer your project needs at an unbeatable value.

BASSG products & services bundles are designed to lower implementation costs and can be tailored to answer your project needs at an unbeatable value.

Get more info about SkySpark™

Let BASSG customize a products & services bundle for your next project.

Contact us via phone at +1 (512) 540-3010 or by email at

in**@ba***.com











 for a demo of our capabilities and consultation on how we can reduce your project cost.

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Universal Inputs

8 inputs are provided, which can be configured as follows:

Input Pt1000 NTC 0-10 V Contact
In1 – Yes – Yes
In2 – Yes – Yes
In3 – Yes – Yes
In4 – Yes – Yes
In5 Yes – – Yes
In6 Yes – Yes Yes
In7 Yes – Yes Yes
In8 Yes – Yes Yes
Versions Supply Comms
M/TIO-U 120 Vac Modbus RTU Slave
M/TIO-H 230 Vac Modbus RTU Slave
M/TIO-L 24 Vac Modbus RTU Slave

Relay Outputs

Five relay outputs are provided, each with 5A rating. Triac

Outputs

2 Triac outputs are provided with flexible configuration options, allowing control of on/off thermoelectric (PWM) or floating actuators or relays. The triacs can be independently configured to control different loads. However, due to internal connections, all loads must be supplied from the same AC voltage. Floating (three-position) configuration requires the use of both triacs.

Modulating Outputs

Four 0-10VDC analog outputs are provided for controlling modulating valve or damper actuators. Two of these points can be configured to function as digital inputs.

Expansion Port

Upto two RK4 relay modules can be connected to the device with a ribbon cable, providing up to a total of 8 additional relay outputs.

Real-Time-Clock

4 time-schedules can each be independently associated with a relay output through configuration parameters. Each schedule allows 28 sets of start/stop times per week.