Insightful Automation Serves To Further Humanize Business

Japanese ‘robot hotel’, Henn-na, which was until recently managed almost completely by a robotic workforce was in the news earlier this year for firing half its robotic workforce in favor of a more efficient human workforce. Four years of robot managed hotel operations led to the realization that robots didn’t respond well in untrained situations. For instance, the main robotic concierge could not answer basic questions about nearby places, and robots employed to deliver luggage would stop working in adverse climatic conditions. Until technology has sufficiently evolved such that it can handle ‘exceptional’ situations just as well a human, insightful automation initiatives will be those that serve to further ‘humanize’ business.

Understanding the type of activities involved in your business processes and how suitable each type of activity is for automation can lead to a more insightful approach to automation.

  1. Menial activities that are repetitive in nature and take away a human workers time from more meaningful activities become prime candidates to automate first. Such tedious activities include data collection, and predictable physical work. Even when automating these menial tasks, do build in the provision of exception-handling by a human should there be an exceptional situation such as a system error or a business-edge case.
  2. Activities that require a low degree of human judgement such as data processing can also be automated. For instance, mortgage brokers spend a large portion of their time verifying applications against scanned documents or running external checks. Automating such data processing activities can free up time for mortgage brokers so they can spend more time advising clients. When automating such activities requiring low degree of human judgement, provision for a contingency manual approach should the automation encounter a business or system exception.
  3. Use technology to aid decision making in activities that require a high degree of human judgement such as reviewing legal contracts or managing other humans including employees or customers. Technologies such as artificial intelligence can be trained to provide an initial analysis and a tentative predictive judgement, which can facilitate the human expert’s more comprehensive analysis thereby saving time and reducing costs.
  4. Make your customer offerings omni-channel such that a customer can directly reach a human representative at any time in their service journey. Don’t let your customers experience the pain of having to navigate a complex maze of automated questions before they can reach a human representative.

In conclusion, while automation is a well-intentioned goal, do so to further ‘humanize’ your business. Should you have an interest to learn how technologies such as leading low-code platforms, robotic process automation and artificial intelligence can be used to further ‘humanize’ your business, contact us at

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Speeding up Appian Implementations through DevOps Automation

DevOps is a set of practices that ensures speedy and reliable delivery of business requirements. Popular use of Agile delivery methodologies such as SCRUM and Kanban requiring faster and more frequent release cycles can put a strain on release management processes. Adoption of DevOps practices can greatly ease this strain by improving collaboration between development and operations teams, and by automating key aspects of the development and delivery process.

Appian, a leading low-code platform, makes it easy to build enterprise grade apps at least 10x faster than traditional approaches. Agile methodologies such as SCRUM and Kanban are especially well-suited as the delivery methodology for building applications on Appian’s low-code platform. We discuss below some of the DevOps practices across the Appian development and delivery processes.

Continuous Integration (CI)

Continuous integration is an approach that advocates developers to check-in or integrate their developed objects into a common repository several times during the development stage, which are verified by an automated build. The benefit of continuous integration is that by integrating regularly, we can avoid the potential for cumbersome conflict resolution arising from larger less frequent check-ins and also detect errors quickly.

Appian provides a tool, Appian Versioning Manager, which enables frequent check-ins of developed objects into a common repository such as SVN or GIT to avoid the potential for cumbersome conflict resolution. Appian’s recent releases also provide a number of out-of-the-box capabilities to prevent conflicts that may arise from multiple designers editing the same object such as notifications about other edits taking place on the same object, and warnings before saving a new version of an out of date object. These intelligent features are especially helpful to manage shared development objects that are a part of multiple features marked for delivery on the same timeline. If shared objects are a part of multiple features marked for delivery on different timelines, then too conflicts can be managed through feature toggles with conditional logic to control visibility of not yet released features.

Appian’s Versioning Manager can also be used to create a consolidated build package either encompassing all developed objects in the specified branch or trunk, or encompassing a subset of developed objects typically only corresponding to the features ear-marked for delivery. A tool such as Jenkins or Bamboo can then work with Appian’s Versioning Manager to automate package builds based on pre-defined triggers.

Continuous Delivery (CD)

Continuous delivery is an approach in which teams produce software in short cycles, ensuring software can be reliably released more frequently.

Appian provides a tool, Appian Import Manager, which can be used to automate the deployment of package builds comprising application and patch contents to any environment. A tool such as Jenkins or Bamboo can then work with Appian’s Import Manager to automate deployment of builds into a target environment such as Test or Production environment, and enable continuous delivery.

Release Management and Automation

Once development has been completed, and code has been reviewed using Appian project implementation best practices checklists and Appian’s automated Health Check utility, a build can then automatically be delivered to Test environment using above described CI/CD practices for further testing and validation. Appian supports multiple automated testing approaches such as use of FitNesse Tool for automated end-user, system, integration, and regression testing, and automated testing of Appian Rules by executing a library of test cases. In case test results fail, necessary changes can be made to resolve identified defects in the development environment, and another validation cycle for a new build package can then be triggered. After tests are successful, the package can be marked as eligible for release to production, and all corresponding changed objects can be merged from branch to trunk in the repository. A build from trunk can then be released to the Production environment.

This overview is intended to provide an insight into how DevOps practices can ensure a more reliable and speedy development and delivery of applications built on the Appian platform by implementing practices such as continuous integration, continuous delivery and release automation using various tools. For a more detailed understanding of how DevOps practices can speed up your next Appian implementation, please feel free to contact us at

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Benefits of Adopting Business Process Modeling Systems – Case Study

We recently implemented business process modeling systems for one of the largest providers of innovative, value creating plastics solutions in U.A.E. To continuously stay ahead of the curve, they take very seriously the quality and continuous improvement of their business functions and processes.


Our client had been documenting business processes separately for each of their business functions across their organization. This had resulted in more than 30 verbose business process description documents often with non-standard modeling notations. Various challenges had emanated from this approach including:

  1. Misunderstandings about how the business process worked due to use of non-standard modeling notations.
  2. Misalignment in what was being documented and what was being performed by business and IT due to an inability to effectively control quality of such verbose business process description documents.
  3. Cumbersome exercise to maintain business process description documents due to the absence of an easy to use modeling tool, and modeling know-how.
  4. Difficult to locate business process description document for a business function due to absence of a single unified view that enabled easy browsing of business processes.

They had sought to overcome these challenges and achieve higher levels of organizational process maturity.


To overcome these challenges, we implemented a powerful enterprise-grade Business Process Modeling (BPM) tool, ARIS, that enabled creation of well-documented business processes, facilitated adoption of modeling standards across the organization, and maximized visibility of their business processes. As part of the implementation, we migrated their organization’s existing 300 or more business processes. This migration was achieved by first analyzing and standardizing business process hierarchy using industry accepted best practices, and subsequently migrating the business processes in ARIS using standard modeling notations such as VACD, BPMN, and EPC. Additionally, high-quality reports including navigable business process reports were automatically published to their organization’s internal SharePoint portal accessible by all employees, which served to democratize business process information to every employee. This solution laid the foundation for our client to overcome the challenges they had faced, and embark on a journey of continuous process improvement.


There were many benefits that this innovative provider of plastics solution realized after the implementation of business process modeling systems. Noteworthy benefits included:

  1. Increased process agility as it became much easier to maintain and continuously improve business processes.
  2. Enhanced quality as the tool enabled increased stakeholder participation for improving business processes, and implementing better process governance practices.
  3. Achieved higher business transparency as all business processes were documented using standard modeling notations. Also, ARIS provided a single unified view of all business processes that could be easily navigated.
  4. Linked KPIs on their corporate balanced scorecard with each business process. This paved the way for a metric-driven approach to future process improvement.
  5. Automated the creation of high quality reports that were previously created manually. This resulted in tremendous time savings for their business process specialists by eliminating the tedious task of maintaining verbose business process description documents. Instead, the process specialists could now focus on making the business processes more efficient.

These are among the key benefits this organization realized after adopting business process modeling systems. For a more detailed understanding of how your organization may also benefit from implementation of business process modeling systems, please don’t hesitate to contact us at

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