Document 6502552

How to Handle EDI (and
HIPAA) Processing in IBM
Integration Bus with the IBM
Standards Processing Engine
Brian Wilson
Executive WebSphere Solution Architect/
Connectivity Team Lead, US North
[email protected]
© 2014 IBM Corporation
Please Note
IBM’s statements regarding its plans, directions, and intent are subject to change
or withdrawal without notice at IBM’s sole discretion.
Information regarding potential future products is intended to outline our general
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The information mentioned regarding potential future products is not a
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into any contract. The development, release, and timing of any future features or
functionality described for our products remains at our sole discretion.
Performance is based on measurements and projections using standard IBM
benchmarks in a controlled environment. The actual throughput or performance
that any user will experience will vary depending upon many factors, including
considerations such as the amount of multiprogramming in the user’s job stream,
the I/O configuration, the storage configuration, and the workload processed.
Therefore, no assurance can be given that an individual user will achieve results
similar to those stated here.
Agenda
IBM Integration Bus
• Integration capabilities
What is IBM Standards Processing Engine
• IBM Standards Processing Engine for Healthcare Payer
• IBM Standards Processing Engine for Supply Chain EDI
Using IBM Standards Processing Engine with IBM Integration
Bus
• The nodes
• The patterns
2
IBM Integration Bus
Introducing IBM Integration Bus v9
IBM’s Strategic Integration Technology
•
•
Single engineered product for .NET, Java and fully heterogeneous integration
scenarios
DataPower continues to evolve as IBM’s integration gateway
Integration
Gateway
Integration Bus
Edge
A Natural Evolution for WebSphere Message Broker users
•
•
Significant innovation and evolution of WMB technology base
New features for Policy-based WLM, BPM integration, Business rules and .NET
Designed to incorporate WebSphere Enterprise Service Bus use cases
•
•
•
Capabilities of WESB are folded in to IBM Integration Bus over time
Conversion tools for initial use cases built in to IIB from day one
WESB technology remains in market, supported. Migrate to Integration Bus
when ready
4
IBM Integration Bus – a Complete Solution
Advanced
Standard
Express
IBM Integration Bus
Simply connect FROM anywhere TO anywhere
Unparalleled range of protocols, routing, message formats and
transformation options
Easy to install, learn, develop, deploy and manage, including patterns to
simplify solution creation
High performing and scalable, with built-in failover support, optimized for
high throughput
Connectivity Packs for Industry specific content (e.g. Healthcare, Retail)
5
Hypervisor
IBM Integration Bus
Provides solutions to diverse integration requirements
•
Diverse set of connectors
– e.g. MQ, JMS 1.1, HTTP(S), SOAP, REST, File (incl.
FTP, FTE, Connect:Direct), DB, TCP/IP, Mobile, MQTT,
CICS, IMS, SAP, SEBL, .NET, PeopleSoft, JDEdwards,
SCA, CORBA, email
•
Diverse set of data formats
– e.g. Binary (C/COBOL), XML, CSV, DFDL, JSON,
Industry (SWIFT, EDI, HL7…), IDOCs, User
•
Diverse set of operations
– e.g. Route, Filter, Enrich, Point-to-point, Pub/Sub,
Sequencing, Timer, Aggregation, Security
– Custom Logic via Graphical Mapping, Java, JAXB,
ESQL, XSL, PHP, C & .NET
•
Diverse programming styles and orientations
– e.g. batch, real-time, service-oriented, event, dataoriented, resource CRUD access
•
Patterns for best practice and quick time-to-value
•
Added value through industry specific content
Flexible, dynamic, intelligent solution operation
•
Fast, robust, scalable, lightweight architecture
•
Various deployment options:
– Traditional OS, cloud, HVE, IWD, Pure and more
•
Broad applicability for different operational requirements
– Web UI, MQ, WAS, command line, Java, REST
•
Record and Replay, audit, technical / business monitoring
•
Built-in caching and high availability for resilient,
distributed workloads
6
6
Easy to Create Solutions
Built-in nodes encapsulate transports, technologies and applications
•
•
•
Makes common tasks easy, and the complex ones possible!
Use the built-in nodes to reduce the amount of custom code required
This makes best use of the built-in facilities like activity trace and resource statistics
7
Accelerating integration with Built-in Patterns
Reusable solutions that encapsulate a best practice approach to solving a common
architecture, design, or deployment task in a particular context
Can be quickly configured and deployed, and also extended to create new patterns
Service
Enablement
Service
Virtualization
Application
Integration
Encapsulating functionality and
presenting it through a serviceoriented interface
Loose coupling and mediation
between services
Enabling rapid integration of
applications across the enterprise
e.g. SAP
Message-based
Integration
File
Processing
Custom
Patterns
Providing routing, transformation
and logging services for
messages
Managed runtime environment for
processing files such as shredding
into individual transaction records
Create your own patterns to reuse across your organization
8
Graphical Transformations
IBM Graphical Data Mapper (GDM)
• Visually map and transform source to target data
• GDM designed for whole IBM product set, e.g.
–
–
–
–
–
•
IBM Graphical Data Mapper
InfoSphere MDM
RSA for WebSphere
IBM Integration Bus
IBM Integration Designer Rational Software Architect
Integration Bus V9, WebSphere Message Broker v8,
InfoSphere Master Data Management v10, Integration Designer v7.5/v8
Rational Application Developer for WebSphere Software v8.5
Rational Software Architect v8.5, RSA for WebSphere Software v8.5
Other products yet to announce
Rich feature set and simplicity make this a good default transformation
choice
Directly access stored procedures from within a map
• Complements existing database select, insert, update, delete
• Incorporate user-defined database functions into your graphical
transforms
• All standard broker databases supported, e.g. Oracle, DB2, SQLServer…
9
RAD for WebSphere
IBM Integration Bus Differentiators
Engineered for Performance
– Advanced parsing capability of messages
– Only need to parse to the point where routing decision is made
Service Mapping
APP
APP
Horizontal Scaling
App Server
Events
– Ability to scale linearly across
– Engineered to effectively utilize all available CPU resources
Integration Bus
Superior Transactional
– Ensures that a logical unit of work either completes successfully or provides compensation
Extensive .NET Integration Capability
– .NET input node allows developers to initiate integration logic from any .NET system
Pre-built patterns to speed time to market
– i.e. Multiple file merging with database update
Multiple Development Models available
– Supports XSLT, Java, ESQL, C++, .NET, WTX and 3rd Party integration nodes
Connectivity Model
– Very broad -- Integrates legacy systems, enterprise applications and Web Services (i.e. – ideal for heterogeneous
architectures)
200
180
IBM Integration Bus Idle Standby (HA)
160
– Standby broker instance can be started on a standby QM instance
140
Policy Defined Threshold Limits
100
120
80
– Set thresholds for integration data flow throughput and specify actions
60
40
Built-in Caching
20
– Improve mediation response times and dramatically reduce application load
10
0
The Wider Context…integrate to anything, anywhere
IBM Connectivity & Integration
• Cast Iron
for cloud service
integration
• IBM Integration Bus
• WebSphere MQTT
for integration backbone
for mobile, sensors
& device
connectivity
• IBM API
Management
for API management
• WebSphere MQ
• DataPower
for messaging backbone
for security and
integration gateway
• WebSphere Service • IBM Business Monitor
Registry & Repository for business visualization
for SOA governance
• Sterling File
Gateway
for trading
partner B2B
• Tivoli Composite
Application Mgr for SOA
for operational monitoring
11
What is IBM Standards
Processing Engine
Introduction: What’s driving IBM’s B2B Strategy ?
Existing capabilities
Emerging Capabilities
Traditional Requirements:
Government, Industry and
Regional Standards and
Mandates
Performance and
optimization
Expanding trading partner
communities
Feature/Function
enhancements
Customer mandates
Emerging requirements:
Highly available and
geographically dispersed
environments
New protocols
Smarter onboarding
Increasing data volumes
System & operational
visibility
Ease of deployment
13
Architecture: IBM’s Vision for B2B, Transformation &
Standards
Mailboxing
Edge
Edge
Edge
communications
Communications
Communications
Perimeter security
Community Management
Visibility
Orchestration,
Orchestration
Orchestration
Routing & &&
Infrastructure
Infrastructure
Infrastructure
Adapters
Adapters
Adapters
Modularize our approach to
address complex integration
challenges
Address changing market
requirements including high
availability, real-time
processing, archival, and
standards processing
Provide a best of breed, end
to end experience focused
on customer excellence
Built on the strategic IBM
technologies enterprises can
use to grow their business
and improve operational
efficiencies
Managed File Transfer
Industry Standards
Healthcare
14
Financial Services
Supply Chain
Customer Defined
Modular: Universal Transformation and EDI
Processing
•
IBM Standards Processing Engine is the next evolution of the IBM
Universal Transformation strategy, providing a modular and more
comprehensive solution for transforming documents based on industry
standards
Debulking
Validate and
Acknowledge
De-envelope
15
Mapping
Encoding
Enrichment
Addressing
Transform
Envelope
•
•
SBI
WTX
•
Drivers – execute doc processing
steps
Mapping & validation assets
Super
Pack
Drivers – Std. 2
Drivers – Std. 1
Unpackage
Deenvelope
Package
Envelope
Design
assets
Design Tools
•
•
•
TP UI Assets
WTX Design Studio
GDM for XSLT
SBI Map Editor
Limited
TP UI
Transform
Driver
XSLT
Industry packs
•
APIs
SPE core
Providers
•
API’s for headless operation
IIB nodes – primitives for creating IIB
flows
Providers – TP info & app persistence
for runtime processing
Engines – WTX, SBI, XSLT
UI to specify enveloping data
Engines
•
•
IIB
SPE Core
Nodes
SPE Components & Packaging
Std. 2
Std. 2
Std. 1
Std. 1
SBI
WTX
SBI
Validation
Validation
WTX
Validation
Validation
SBI
MDB
WTX
Trees
Design
Tools
SBI
Map Editor
16
WTX Design
Studio
Existing
WTX
packs
Defining Trading Partners
The user interface is designed to allow you to define a partner profile with
minimal required entries, taking common defaults for optional properties
“Advanced” properties changeable as needed
Automatic version control to version changes made
17
Modular: De-envelope Services
Inbound envelope definitions
define the business meaning
of incoming messages
Sender and Receiver and
other Standard IDs associate
incoming EDI data with
partners
Control number sequence
and duplicate checking is
optional
Validation may be enabled,
disabled or delegated to IBM
WebSphere TX
Acknowledgements may be
enabled and customized
Data is de-bulked and
optionally transformed,
allowing good transactions to
be handled differently from
transactions which contain
errors
18
Modular: Envelope Services
Outbound envelope definitions
instruct the engine on how to process
outgoing data
Sender and Receiver and other
Standard IDs associate outgoing EDI
data with partners
Control numbers may be assigned,
either locally or globally
Outgoing data may be transformed
and validated allowing valid
transactions to be handled differently
from transactions which contain errors
Outgoing data may be enveloped and
delivered immediately or deferred for
later batch processing
19
Modular: Transformation Services
Transformation maps define the structure of input and output data and the rules for
transformation between fields
In its initial release IBM Standards Processing Engine supports multiple strategic
mappers: WebSphere Transformation Extender, Sterling B2B Integrator and XSLT
maps
Maps may be persisted in
the provided map
repository, on a local file
system or stored in an
external repository and
passed to the engine in
memory
A repository for XML
schemas and DTDs is
provided and may be used
by the engine for runtime
validation
20
Modular: Business Integrity
Business Integrity is enforced within the IBM Standards Processing
Engine through the persistence of three kinds of data:
•
Trading Partner Management
Configuration data used to identify trading partners and establish the rules for
B2B document processing. Managed through a browser based User
Interface.
•
State and processing data
Runtime data used to maintain state between transactions. Managed
internally by the engine.
•
Analytics
Events generated during B2B document processing. Managed by external
visibility tools.
21
Benefits: Standards Processing Engine
1. Easy onboarding of Trading Partner.
2. Version Control.
3. Available to run in different platforms (Launcher, IIB and Java
program)
4. HIPAA Level 1 through 5 support
5. DeEnveloping and Enveloping simplified.
6. Ability to process WTX map, Sterling map and XSLT.
7. High performance throughput
22
Availability: IBM Standards Processing Engine
Editions
Includes
SPE
Includes WTX Includes
(except
Design
Launcher)
Studio
IBM Standards
Processing Engine
for Healthcare Payer
IBM Standards
Processing Engine
for Supply Chain EDI
IBM Standards
Processing Engine
Pack for Healthcare
Payer
IBM Standards
Processing Engine
Pack for Supply
Chain EDI
23
Includes
Sterling Map
Editor
Changing Requirements: Healthcare Payer
New US “Administrative
Simplification” mandates
will significantly increase
transaction complexity
and transaction volumes
for payers and
providers.
Acknowledgments: partner based TA1, 999 and
WEDI/SNIP settings
Claim Level rejection and reporting capabilities
(277CA)
5010 Errata: incorporating most recent updates
WEDI/SNIP: types 1 to 5 (including external
code sets)
Configurable Rules : ability to disable
WEDI/SNIP 3 & 4 rules
HIX: support for HIX messages needed for ACA
Claim/Clinical Attachments: Additional Information to support a Claim or Service.
Expected to be mandated 2014
PACDR: Post Adjudicated Claim version for 837P, 837I, 837D – new transactions
possible mandate post 2014
24
Changing Requirements: Supply Chain
Standards Process Engine combines two EDI
validation technologies used by thousands of
supply chain organizations
WTX Design Studio and SBI Map Editor combined
bring 30+ years of EDI mapping & validation
expertise
Out of the box support for sequencing of bulk / debulk, transformation, validation and automated
generation of acknowledgements with no process
orchestration dependency
Standards Process Engine for Supply Chain offers a rich array of X12 and EDIFACT
envelope parameters and provides EDI control number checking and nonrepudiation
functions
Correlations support operational visibility and message reconciliation
Data from Interchange Compliance Reports powers business reporting and
downstream analytics
25
WTX Design Studio – Deploy to SPE
26
Assets are under version control
27
Using IBM Standards
Processing Engine with IBM
Integration Bus
Strategic Technology: IBM Integration Bus
The Standards Processing
Engine has been designed to
leverage the connectivity and
orchestration capabilities
provided by IBM Integration
Bus
•
Transform Node
Wraps calls to the
Standards Processing
Engine’s transform
function to run a
WebSphere TX, Sterling
B2B Integrator or XSLT
map
Patterns are provided to quick
start the development of
inbound, outbound or
transformation Message Flows
De-envelope Node
Envelope Node
Events generated by the engine
may be published to a
WebSphere MQ queue for
consumption by external
visibility and analytics tools
De-envelopes input data
and returns deenveloped transactions,
acknowledgements and
transactions in error
Encodes input data and
either prepares
documents for deferred
enveloping, envelopes
previously prepared
documents or envelopes
documents immediately
Note: Requires IBM Integration Bus v9
29
Strategic Technology: IBM Integration Bus –
De-envelope Node
Use the De-envelope Node to de-envelope
input data
Send enveloped data to the in terminal
There are three output terminals and a
failure terminal
Transactions which pass validation are sent,
one at a time, to the out terminal
Transactions which fail validation are sent,
one at a time, to the error terminal
Acknowledgements are sent to the ack
terminal
Exceptions are routed to the failure terminal
The De-envelope Node has no basic
properties, but it can be configured to output
intermediate documents and a storage
payload threshold can be optionally
specified
Correlations and ProcessData are written to the LocalEnvironment
An Interchange Compliance Report may be written to the LocalEnvironment
for transactions that are in error
30
De-envelope example – inbound X12 document
There are 4 terminals:
Terminal 1 – OUT writes the translated output to queue Output and then is written to a FTP
server. It also writes out the Correlation and Process Data.
Terminal 2 – ACK writes out the acknowledgement (997, 999)
Terminal 3 – ERROR writes out the error along with the Compliance Report which is then
formatted by a WTX map to remove some characters that interrupts the XML output.
Terminal 4 – FAILURE writes out any failure information or data
31
Strategic Technology: IBM Integration Bus –
Envelope Node
Use the Envelope Node to encode input data
Send enveloped data to the in terminal
•
Documents may be sent individually or sent together using a Collector Node
There are two output terminals and a failure terminal
•
•
•
Enveloped transactions which pass validation are sent to the out terminal
Transactions which fail validation are sent, one at a time, to the error terminal
Exceptions are routed to the failure terminal
A SenderID, ReceiverID, AccepterLookupAlias and optionally an InterchangeID must
be specified in the LocalEnvironment before the Envelope Node is invoked
The Envelope Node has only one basic property which controls whether it prepares
documents for deferred enveloping, envelopes previously prepared documents or
envelopes documents immediately
It can also be configured to output intermediate documents, halt on error and a storage
payload threshold can be optionally specified
Correlations and ProcessData are written to the LocalEnvironment
32
Strategic Technology: IBM Integration Bus –
Envelope Node
Prepare documents for later enveloping
Envelope previously prepared documents
(batching)
Envelope documents immediately
33
Envelope example – immediate HIPAA document
SET OutputLocalEnvironment.SPE.SenderID = 'MYCOMPANY';
SET OutputLocalEnvironment.SPE.ReceiverID = 'YOURCOMPANY';
SET OutputLocalEnvironment.SPE.AccepterLookupAlias = '850';
34
Strategic Technology: IBM Integration Bus –
Transform Node
Use the Transform Node to call the Standards Processing Engine’s transform function and run a
WebSphere TX, Sterling B2B Integrator or XSLT map
Send input data to the in terminal
• Documents may be sent individually or sent together using a Collector Node when a
WebSphere TX map is used
• Messages in the MessageCollection are routed to similarly named input cards (in1, in2, etc.)
There is always one failure terminal, but output terminals can be created as needed
• Sterling and XSLT maps only produce one output, sent to the default out1 terminal
• Output cards from WebSphere TX maps are routed to similarly numbered out terminals (out1,
out2, etc)
• Exceptions are routed to the failure terminal along with a Translation Report in the
ExceptionList
The Transform Node has one basic property – the map name
• It can be configured with a storage payload threshold
The map may be specified in the
LocalEnvronment
• MapName – specifies a map in the
SPE repository
• MapServerLocation – specifies the
path to a map on a local file system
• DynamicMap – passes a map to
SPE as an array of bytes
Correlations and ProcessData are written
to the LocalEnvironment
35
Transform example – Use of Sterling map
36
Creating a New De-envelope Pattern Instance
37
Creating a New Instance – cont'd
38
Deenvelope Message Flow - Raw
39
LocalEnvironment Message Flow - Raw
40
Deenvelope Message Flow - Configured
41
LocalEnvironment Message Flow - Configured
42
Deploying De-envelope Message Flows /
Getting Data out from the Local Environment Review
43
Creating a New Envelope Pattern Instance
44
ImmediateEnvelope Message Flow - Configured
45
DeferredEnvelope Message Flow - Configured
46
GetDeferredEnvelope Message Flow - Configured
47
Deploying Envelope Message Flows
48
Setting Envelope Parameters in the Local
Environment - Review
49
Creating a New Transform Pattern Instance
50
Transform Message Flow - Configured
51
ComplexTransform Message Flow - Configured
52
Deploying Transform Message Flows / Setting a
Dynamic Map - Review
53
Example solution architecture
54
Demo
55
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experience will vary depending upon many factors, including considerations such as the amount of multiprogramming in the user's job stream, the I/O configuration, the storage
configuration, and the workload processed. Therefore, no assurance can be given that an individual user will achieve results similar to those stated here.
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