This document introduces Synchronicity's Integration Event Processing (IEP) platform. IEP analyzes data in transit between systems in real-time, enabling intelligent decision making. It uses a data integration engine to connect incompatible systems, a complex event processing engine to analyze events, and an adaptable workflow engine to automate processes based on predefined rules. Synchronicity is positioned to capture and analyze healthcare data across an enterprise in real-time.

1. Welcome to Cloud9

2. Synchronicity
Powering the exchange of healthcare information

3. Synchronicity
Introducing Integration Event Processing (IEP)

4. Synchronicity
Introducing Integration Event Processing (IEP)
• IEP is a new way to look at traditional data integration. Rather than simply
mechanizing the process of moving data from Point A to Point B, IEP adds a new
layer of sophistication by analyzing data while in transit.
• Allows real time analysis and intelligent decision-making.
• Detecting trends, exceptions and errors hidden within the data it transmits,
Synchronicity offers a whole range of new possibilities not possible with previous
systems

5. Synchronicity
Data Integration Engine:
• A specialized tool which connects otherwise incompatible systems
• Custom adapters can connect and interpret a wide range of protocols and data
formats.
• Enables the healthcare enterprises to unlock the value of the transactional data
held in legacy systems.

6. Synchronicity
Complex Event Processing
• The Complex Event Processing (CEP) engine allows sophisticated rule based
handling of multiple events. An exciting new technology, Complex Event Processing
consists of processing many events happening across all the layers of an
organization, identifying the most meaningful events within the event
cloud, analyzing their impact, and taking subsequent action in real time.
• CEP removes the need to continuously reference the source systems. Without
CEP, workflows can breakdown and systems can hinder, rather than enhance
productivity.
• Complex Event Processing technology allows numerous events to be evaluated and
outcomes to be derived non-deterministically.

7. Synchronicity
Adaptable Workflow Engine
• A scriptable workflow engine provides asynchronous real-time orchestration
between multiple events based on a set of predefined business rules. While data is
being routed through the system, it is also analyzed according to it’s content and
context.
• The workflow engine has the ability to make decisions and take actions based on
scripted rules. Synchronicity can provide users with relevant feedback in real-
time, which is crucial in settings where care givers must make decisions quickly. For
example, when a physician orders a lab test, the system can ensure that the same
test has not been recently conducted through another system, thereby reducing
the duplication of healthcare costs.

8. Synchronicity
Analytics
• Synchronicity is strategically positioned to capture and analyze the broad set of
data which flows through a healthcare enterprise or regional network.
• Allows real-time data analysis. Rather than being limited by the capabilities of the
source systems, Synchronicity can provide analytics and data visualization in ways
that were previously impossible.