Post-platform enterprise pattern: EEYORE

Post-platform enterprise pattern: Enterprise-Enterprise Yet Open Robotic Environment (EEYORE)

With thanks to John Morris (@JohnHMorris) and Michael Poulin (@m3poulin) for their valuable comments.

An updated version of the article is available at https://bpm.com/blogs/post-platform-enterprise-pattern-faster-and-cheaper-inter-enterprise-ecosystem-business


In the modern business world, the vast majority of work is done by joint efforts of two or many enterprises. Inter-enterprise “working together” is a norm right now. It may have different longevity: one-off or sporadic or permanent (as B2B partnership). Can such “working together” be used systemically? For example, a modern enterprise is trying to get competitive advantage by
  1. perfecting, digitizing and innovating its core-business capabilities, and 
  2. using the best “other” enterprises for provisioning “other” capabilities needed to achieve the particular goal (even its mission); note that, those “other” capabilities for the enterprise point of view are the core-business capabilities from “other” enterprises point of view. 

In other words, an enterprise may combine its own “internal” capabilities with “external” capabilities obtained from other enterprises to achieve the particular goal.

Thus every enterprise involved is carrying out only its core-business capabilities! This is a big difference with the current situation in which some of enterprise’s capabilities (i.e. core-business) must compete in the world-wide market and some of enterprise’s capabilities (supporting) have no competitor at all.

The economist Ronald Coase - said that “Firms exist when the transaction cost of doing something within the firm, even with all its overhead, is lower than cost of doing things through a marketplace of free agents”. At present, an enterprise possesses core-business capabilities and supporting capabilities. Historically, the cost of intra-enterprise transactions is lower than the cost of inter-enterprise transactions. At the digital age the costs of inter-enterprise transactions are constantly dropping as digital technology develops (the so-called "API economy" is a good example of this). Of course, the cost contracting out versus direct management is only one of many factors such as risks, time lag, security, etc. to be taken into account.

Thus, the famous classic representation of an enterprise may be redrawn as shown in the illustration below. Note: Also logistics, marketing and sales may be considered as non core-business capabilities and be provided by “other” enterprises.

Ability of several enterprises to work together with maximum synergy and minimum overhead (thus much better than a classic enterprise) is critically important. Potential list of common activities to achieve that is not long but daunting:
  • formally define a work to be done ; 
  • find the best other enterprises for this work to be done; 
  • contract selected other enterprises; 
  • activate and configure a trusted working environment for all participating enterprises; 
  • carry out the work with secured sharing some data and information among participating enterprises and 
  • complete all contracts related to this work to be one. 
Certainly if modern digital technologies are properly architected together then they can enable this new way of working by making it more efficient and more effective that the current way of working.

Explicit, formal, machine-readable and machine-executable processes can act as a neutral and natural referee for coordinating inter-enterprise work. A potential implementation is an BPM-suite tool. A target is to position a BPM-suite tool as an independent and trusted 3rd party (a referee or a coordinator) to execute legally-bound processes for 2 or more mutually non-trusted parties. See http://improving-bpm-systems.blogspot.com/2016/07/digital-contract-as-process-enables.html

Of course, when many enterprises contribute into some common work, records management must be centralized (i.e. accepted by all the participants) and suitable for digital way of working. A digital archive with good availability and integrity can act as an escrow for some transactions and documents. Potential implementation is the blockchain technology.

An example of such a “disaggregation” of a classic enterprise – https://news.cgtn.com/news/35636a4e33637a6333566d54/share_p.html


Working together for the same goal requires sharing some things (business and technical artefacts) and, probably, some agreed means. Such a sharing is lesser for cooperation (different enterprise for different activities) and greater for collaboration (different enterprises for same activities).

Imagine that 10 enterprises have decided to work together. Shall each of them implement business processes required for this engagement? Add complex EDI infrastructure for communicating between processes from different enterprise? Keep everything within each enterprise? It looks a bit difficult. If something that must be shared is done once for everyone then everyone will gain. Thus some processes related to this engagement may be implemented once at an independent provider and linked to existing processes in each enterprise.

WHAT to share
Supporting means
Data (see the DIKW pattern)
hashes, cryptographic keys
common immutable storage
Information (see the DIKW pattern)
business objects
Interoperability, e.g. in interfaces
common immutable storage
audit trails, signed documents, agreed goals, demonstrated KPIs, inputs & outputs of inter-enterprise transaction
common immutable storage
some facts important for business
synchronization of work
common event queue
agreed business logic
regulation of work
common decision mechanism
agreed procedures, agreed SLAs, agreed protocols
common scripts in domain-specific languages
agreed testing methods
coordination of work
common coordination mechanism
KPI calculations
agreed formulas and results of calculations
common view on performance
common dashboard
agreed algorithms and results
common view on planning
common prediction mechanism
some proposals for better working
better joint performance
common set of digital models and agreed scenarios
Estimations of uncertainty which are evolving along the time
participants opinions on some factors
non-biased corporate security for all the enterprises involved
common immutable storage
Estimations of risk which are evolving along processes
participants opinions on adverse impacts
non-biased corporate security for all the enterprises involved
common immutable storage
payment mechanism
minimizing transactions with banks
own local currency

Things, which are shared in the particular case, must be a) architected together and b) digital (explicit, formal, machine-readable and machine executable) to achieve desired values of the important emergent characteristics such as:
  • the transactional cost for inter-enterprise transactions, 
  • risks, 
  • time lag, 
  • security, 
  • manageability, 
  • etc. 


New application architecture for inter-enterprise agile engagements can be built on the following pillars:
  • Immutable common digital archive (FACTS) to store all versions of all the artefacts. 
  • Microservices (ACTIONS), potentially in a serverless computing environment (because a digital archive is used as a common immutable storage). Please note that microservices are normal services (according to OASIS) except that one unit-of-functionality is one-unit-of-deployment is one-unit-of-execution. 
  • Machine-executable processes (COORDINATION). 
These pillars perfectly work together (in a robotic way without high level of creativity) – process templates define the granularity and interfaces for microservices and digital archive keeps all the artifacts (of course, they must be versioned). Process instances define validity of various facts.
See also http://improving-bpm-systems.blogspot.com/2018/06/architecting-modern-digital-systems.html

Some hurdles – processes modelling

Modelling of inter-enterprise processes is not easy because such processes are distributed (each of them may be executed in its own computing environment) and they communicated by exchanging of messages thus it is necessary to handle exceptions in communicating processes. Good modelling styles and process patterns will help.

Some hurdles – process execution

Some BPM-suite tools are already connected to the blockchain which is used as a common immutable storage.

1) Ultimus can use blockchain as a data storage - "Ultimus uses Tierion to create an audit trail for business processes and prove the integrity and timestamp of documents." See https://medium.com/tierion/ultimus-integrates-tierion-for-blockchain-digital-process-automation-f8331d76216a

2) Bonita can use blockchain – https://www.youtube.com/watch?v=lkwvko2Uy24

3) ConsenSys uses Camunda BPM-suite to use blockchain as a data storage, creating new users and executing smart-contracts https://www.youtube.com/watch?v=oww8zMzxvZA&feature=youtu.be
Some hurdles – process execution as a smart contract

One of the option to bring process to existing blockchain implementations is to implement a BPMN-like interpreter as a smart contract in the blockchain technology.

Some hurdles – blockchain mentality

People from the blockchain domain follow the “if you have a hammer then everything is a nail” negative pattern. https://blog.apla.io/report-of-the-egaas-team-556e5e4717bd

See http://ipe-lab.com/publication/223/?sphrase_id=41 as a case of the blockchain for control of third-party services. This an attempt to change a group of processes (from a few B2B partners) into a blockchain application. On the bottom picture (TO-BE), actual processes from the top picture (AS-IS) were lost. And, “Erroneous behaviour is judged by voting among all participants”, not by thorough analysis!


This pattern opens new perspective for the traditional Business Process Management which becomes also Inter-Enterprise Ecosystem Business. In other words, processes will expand outside enterprises to enable faster and cheaper “working together” for enterprises. 

And a quote from Alberto Manuel‏ (@AlbertoManuel) "Architecting expanded Value chain in the era of digital ecosystems and shared capabilities."



Architecting modern digital systems #entarch #bizarch #apparch #bpm #security #microservice

Mini-course at VFU

1 Title

Architecting modern digital systems

2 The problem to be addressed

At present, there are many IT-related methodologies, technologies, tools and schools of thoughts which overlap and contradict each other. The best practices are actually the best only in particular situations. Often decisions about software-intensive solutions are taken on the in-complete and subjective base. All of this tremendously complicates the modern digital systems thus reducing their potential effectiveness and efficiency. 

3 Objectives

The purpose of this course is to provide the basic knowledge and experience necessary to better understand how to deal with the increasing complexity of the information technologies to obtain the synergy between business needs and IT potentials. 

4 The approach

The course is based on the practical use of Enterprise Architecture (EA) which a methodology and practice for architecting solutions. EA provides an overarching guideline for understanding a “problem space” and take necessary decision about the “solution space” to deliver which addresses the problem. 

5 Learning outcomes

The trainees will
  • learn a systematic approach for architecting digital solutions; 
  • learn about some modern information technologies; 
  • learn how those technologies are working together for a systematic architecting, design, implementation, operations and evolution of digital systems; 
  • carry out a practical architecting exercise. 

6 Target audience

Bachelor and master level students specialising in IT. 

7 Requested knowledge

General knowledge of IS/IT. General programming experience. 

8 Layout of the teaching

Teaching will be given as six 1.5-hour lectures. The first 4 lectures will be about presenting some methodologies and technologies. Then the students will be asked to architect a solution based on a practical situation. The last session will be about presenting the student’s solution and wrapping up this mini-course.