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E01 | The Impact of BPM and Workflow Orchestrators on Business Sustainability

  • apastorello
  • 21 mai
  • 9 min de lecture

Dernière mise à jour : 25 juin

In the previous episode, we explored how leveraging the synergy between business processes and data lineage provides a competitive advantage in digital solution design. Now, to activate these synergies effectively, we need to understand the importance of each pillar and how technology can come to help. This episode focuses on the foundational role of business processes and the digital solutions available to optimize them.



📍The Central Role of Business Processes in Digital Transformation


Business processes are the core expression of how your organization creates, delivers, and protects value.They embody roles, decisions, controls, and interactions, making them the true lens through which change becomes tangible.


2 examples to identify the key signals

Let's explore how they indicate when a process is suboptimal and how we can set functional targets to optimize and streamline them for better efficiency and customer satisfaction.


The order-to-Cash process in a Retail Company

Customer Journey

CURRENT PROCESS

  • Unclear order status

  • Late or inconsistent order confirmations

  • Delays not communicated

  • Returns are difficult

🚀 OPTIMIZED PROCESS

  • Real-time updates/notifications (order accepted, shipped, invoiced)

  • Transparent handling of exceptions: clear explanation of delays or additional requests

  • Clear rules and tracking for return requests


Cost to the organisation

CURRENT PROCESS

  • Manual verification of customer credit at every order

  • Repeated validation of master data (payment terms, VAT, delivery address)

  • Maintenance overhead due to fragmented systems

  • Duplicate stock checks

🚀 OPTIMIZED PROCESS

  • Credit and master data validated once at the onboarding or contract level

  • Clean reference data reused across process steps

  • Synchronised orders & stock

  • Fewer exceptions through rules


Operational Flow Efficiency

CURRENT PROCESS

  • Orders routed manually to different departments for fulfillment and invoicing

  • Delivery and invoicing not synchronized, leading to delays in revenue recognition

  • Exceptions handled case-by-case via email

  • Inaccurate picking or shipping due to lack of process control

🚀 OPTIMIZED PROCESS

  • Rule-based routing of orders based on product type or customer segment

  • Fulfillment and invoicing steps orchestrated as part of an integrated process

  • Exceptions categorized and directed through standard handling paths (e.g., missing PO, credit block)

  • Picking and shipping guided by order validation rules and standard instructions

Loan Origination & Approval Process

Customer Journey

CURRENT PROCESS

  • Document requirements not clearly communicated upfront (e.g., income proof, co-applicant info)

  • Documents requested piecemeal, causing frequent back-and-forth with the applicant

  • Long wait times without feedback after submission

  • Lack of visibility on application status or reasons for rejection

🚀 OPTIMIZED PROCESS

  • Comprehensive document checklist and eligibility rules provided at the start

  • Single submission with clear guidance on required attachments

  • Timely notifications on progress (e.g., document review, credit decision)

  • Transparent feedback on decisions with guidance on missing or rejected elements


Cost to the organisation

CURRENT PROCESS

  • High manual effort in collecting and cross-checking applicant data across systems

  • Duplicated KYC/AML reviews when customers apply for multiple products

  • Inefficient processing leads to customer drop-off and higher cost per acquisition

🚀 OPTIMIZED PROCESS

  • Centralized and reusable customer profile across loan products

  • Risk-based compliance logic to streamline low-risk applications

  • Funnel monitoring to detect drop-off early and reduce processing waste


Operational Flow Efficiency

CURRENT PROCESS

  • Fragmented workflow with inconsistent steps across branches, digital channels, and brokers

  • Risk assessment handled manually or late in the process, creating rework

  • Exception cases (e.g., missing documents, scoring anomalies) handled via email or outside the system

🚀 OPTIMIZED PROCESS

  • Unified workflow across channels with standard task routing (intake, scoring, approval)

  • Early-stage credit scoring and eligibility checks to streamline downstream activities

  • Embedded exception handling with predefined rules and escalation paths (e.g., low score, need for additional guarantees)


These examples are just starting points! Your organization must first define its own identity, way of working, and transformation goals. Once that is clear, it's time to explore which technological approach best fits your path.

To help you navigate that choice, let’s take a look at today’s leading paradigms and when each one makes more sense

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What are the key approaches to process optimization, and how do they differ in scope and impact?

🔎 BPM vs. Workflow Orchestration: Clarifying the Distinctions


When optimizing business processes, organizations often choose between Business Process Management (BPM) and Workflow Orchestration, two approaches that serve distinct needs. While both aim to improve efficiency and automation, their fundamental difference lies in their architectural philosophy: BPM is centralized and Workflow Orchestration is decentralized.

BPM

Centralized Control


In a BPM-driven approach, process governance is consolidated within a single platform, offering a unified front-end for managing and optimizing all business workflows. This centralization ensures:

  • end-to-end visibility,

  • standardization and governance across processes and sub-processes.


Particularly useful in environments requiring strict control, compliance, and a holistic operational view.

Workflow Orchestration Decentralized Flexibility


A Workflow Orchestration takes a modular and decentralized route. Rather than enforcing a single governance layer, it allows:

  • autonomous subsystems to function independently,

  • while remaining orchestrated within a broader logic.


This makes it ideal for dynamic, fast-evolving organizations, where tools, teams, and systems need to stay flexible and loosely coupled, yet synchronized.


⚖️ Pros and Cons of Each Approach

BPM

Centralized Control


✅ ADVANTAGES

  • Unified governance and compliance

  • End-to-end visibility and reporting

  • Standardized process optimization


⚠️ CHALLENGES

  • Can be rigid and complex

  • Requires significant upfront investment

  • Less adaptable to rapid business changes

Workflow Orchestration Decentralized Flexibility


✅ ADVANTAGES

  • Greater flexibility and adaptability

  • Easier integration of specialized tools

  • More scalable for evolving architectures

⚠️ CHALLENGES

  • Risk of fragmentation and silos

  • More challenging to maintain end-to-end visibility

  • Requires strong coordination between independent workflows

Technical Considerations That Make the Difference


Beyond governance, BPM and Workflow Orchestration (WFO) differ in how they handle execution, scalability, resilience, and auditability, all critical for long-term success.


Process Execution & State Management

  • BPM: Typically uses stateful engines, ideal for long-running workflows with retries, wait times, and escalation handling.

  • WFO: Often stateless or event-driven, requiring external state handling (e.g., via APIs or message queues), which increases flexibility, but also complexity.

Exception Management

  • BPM: Offers native support for fallbacks, compensations, and branching logic.

  • WFO: Exception handling is distributed and often custom-coded, demanding strict coordination across services.

Process Modeling & Abstraction

  • BPM: Visual tools like BPMN make it business-friendly and collaborative.

  • WFO: Often built using code or config files (YAML, JSON), giving developers control but limiting visibility for business stakeholders. (But there are few exceptions on the market 😉)

Auditability & Compliance

  • BPM: Centralized execution makes traceability and compliance straightforward.

  • WFO: Requires a distributed audit trail, with each component contributing logs and context.

Scalability & Resilience

  • BPM: Scales vertically with the platform, suitable for structured loads.

  • WFO: Scales horizontally across services, perfect for microservices and cloud-native environments, but needs robust monitoring and failure handling.


✅ Making the Right Choice for Business sustainability

The best approach depends on who you are as an organization and where you want to go:

  • Need control, compliance, and standardization? → BPM may be your fit.

  • Need agility, modularity, and scale? → Workflow Orchestration could be the better path.


That said, the right choice does not depend only on your ambitions, but also on your starting point. Both your current technical architecture and your organizational maturity will strongly influence the feasibility of the shift. Trying to move from one end of the spectrum to the other, for example, from a fragmented, code-driven orchestration setup to a fully centralized BPM, may introduce unexpected costs, integration friction, and cultural resistance.


A sound plan must consider not only where you want to go, but also how far you are from it, both in business practices and in system landscape. The closer the fit between your needs and the model you choose, the higher the chance of sustainable success.


In many cases, a hybrid model works best: Let BPM govern the core, while WFO empowers the edges to adapt and evolve.
A Practical Example of a Hybrid Model

Imagine a bank managing its loan origination process:

  • The core process, from application intake to credit assessment and approval, is managed using a BPM platform, ensuring full visibility, auditability, and regulatory compliance.

  • However, the document collection and fraud screening subprocesses are handled by specialized tools integrated through workflow orchestration logic. These tools operate autonomously but are triggered and tracked as part of the larger BPM-managed process.

This hybrid model allows the organization to maintain control where needed, while still enabling flexibility and rapid adaptation where innovation is most needed.


You’ve chosen the perfect model to optimize your processes. But are you ready to start building your roadmap?

⚠️ The Dependency on Data: Why Process Optimization Alone Is Not Enough


Before taking the first step, it’s worth asking: are your data foundations solid enough to support the journey ahead? Because even the best-designed process can fail when disconnected from trustworthy, consistent, and contextualized data.


Process optimization without data integration is like building a high-speed train on unstable tracks. No matter how well-designed or well-executed the workflow, it will struggle to deliver sustainable value if the underlying data is inaccurate, fragmented, or misaligned with other systems.

Process design in isolation can produce short-term gains. But without reliable data flows and traceable dependencies across systems, it often results in brittle automation and hidden technical debt. Business Process Management (BPM) and Workflow Orchestration might streamline the how of operations, but without aligning with the what and why driven by data, organizations risk automating inefficiencies, or even scaling risk.

As the saying goes in data science: "Garbage in, garbage out" !

Perhaps one of the most widely experienced examples of the disconnect between processes and data can be found in healthcare, a domain nearly all of us have experienced directly or indirectly. In this environment, the consequences of bad data are not just inefficiencies, but risks to patient safety and regulatory compliance.


A case in point: a hospital deploys a workflow orchestrator to automate patient discharge procedures. On paper, the process is well-structured and efficient.  However, if diagnosis codes are inconsistently recorded across departments or if prescription and medication data originate from disconnected systems, the discharge summary can contain errors. Prescriptions may be incomplete, and follow-up instructions misaligned. In this case, the process runs smoothly, but in the wrong direction.
A case in point: a hospital deploys a workflow orchestrator to automate patient discharge procedures. On paper, the process is well-structured and efficient.  However, if diagnosis codes are inconsistently recorded across departments or if prescription and medication data originate from disconnected systems, the discharge summary can contain errors. Prescriptions may be incomplete, and follow-up instructions misaligned. In this case, the process runs smoothly, but in the wrong direction.

It’s easy to say, “data should be clean” but when process teams and data teams work in silos, standards and ownership often diverge. Without shared models, business glossaries, and validation rules, systems have no reliable way to distinguish authoritative sources from redundant or inconsistent ones.


Worse, poor-quality data from one process often flows unchecked into the next, creating downstream failures that are hard to diagnose and even harder to prevent.


This isn’t just a technical challenge; it’s a strategic one.

That’s why data readiness must go hand-in-hand with process optimization. To unlock true digital advantage, companies need to ensure that their process models are:

  • Connected to trustworthy, high-quality data sources

  • Enriched with business context through metadata and lineage

  • Able to evolve with real-time data insights and exceptions


This integration between processes and data not only avoids errors, but it also creates a feedback loop where business execution continuously improves through analytics and insight.


In short, data isn't just fuel for automation; it’s the compass. It tells the organization whether it’s moving in the right direction, not just whether it’s moving faster.

Ultimately, sustainable transformation is about more than digitizing workflows. It requires strategic choices around data governance, systems integration, and long-term resilience, so that digital acceleration leads to real impact, not scaled dysfunction.


🎯 Key Takeaways


Business processes are not just a layer of execution! They are the structural skeleton that supports the entire organization. They define how value is created, controlled, and delivered across teams, systems, and customers.


In this episode, we explored the digital approaches available for optimizing business processes and the key drivers that can help guide your choice, by learning that:


  1. BPM and Workflow Orchestrators are digital approaches to process optimization, with BPM best suited for control and standardization, and WFO for flexibility and modularity. They can be combined in hybrid models to achieve both stability and adaptability.

  2. Technical architecture and organizational maturity matter; your starting point influences whether a centralized, decentralized, or hybrid model is sustainable.

  3. Data readiness is not optional; disconnected or poor-quality data can break even the most efficient process.

  4. Process and data must evolve together; traceability, consistency, and cross-system reliability require intentional integration.



What to Expect in the Next Articles

Now that we have explored The Impact of BPM and Workflow Orchestrators on Business Sustainability→ How automation, standardization, and orchestration contribute to efficiency, resilience, and long-term value creation; we’re ready to take the conversation further.


In the upcoming articles, we will dive deeper into:
  • Implementing Effective Data Lineage for Process Transparency and Better Decision-Making→ How organizations can map, govern, and optimize their data flows to enhance transparency, compliance, and business agility.

  • Building an Actionable Roadmap for Digital Transformation→ How to strategically combine BPM and data lineage, prioritize initiatives, and create a phased approach to ensure measurable impact and long-term success.

  • Each article will provide concrete insights and actionable strategies to help organizations build robust, resilient digital ecosystems.

Stay tuned for the next episode, we’ll uncover how mapping, tracing, and enriching your data flows through effective lineage can unlock greater transparency, ensure consistency across systems, and how it all ties back to making your processes smarter, not just faster!

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