Insight
Are Your Projects Too Big to Succeed?
The project is approved. The business case survived review, every major feature has an owner, and the delivery plan tracks hundreds of activities. Ask what a customer, internal user, or operational process can use first, and the room goes quiet.
The scope is organized by sponsor, system, workstream, and budget line. Those categories explain how the project was assembled. They do not reveal how value can become consumable.
Approval boundaries make poor delivery boundaries
Large projects accumulate scope for understandable reasons. A sponsor has one chance to secure funding. Several systems must change together. Compliance obligations arrive beside customer features. Technical work joins the package because delivery depends on it. Each addition can be legitimate.
The trouble starts when the approved package becomes the smallest unit the organization knows how to deliver.
Every requirement inherits one timeline. Work begins across several fronts because the project plan rewards visible activity. Customer-facing capability, platform changes, operational controls, and reporting move in parallel. Integration becomes the first moment when the organization learns whether the pieces form anything usable.
The project may be well managed against its plan while its target waits for value. Milestones show that components are moving. They cannot show when those components become a coherent result someone can use.
The project is an approval container. It does not have to remain the delivery container.
Find the consumable boundary inside the project
A Value Increment is a discrete package of work that delivers known value. Its defining characteristic is consumability: a customer, internal user, or operational process can use what was delivered to realize the promised value.
A component, milestone, phase, interface, or short work item fails that test when its target must wait for other unfinished work before realizing value.
Smaller batches generally improve feedback and delivery options, but size alone cannot define an increment.
Project Splitting looks for that boundary.
Make the whole project visible
Start with the complete approved scope. Put functional requirements, technical work, user-experience needs, data changes, operational readiness, and control obligations on one canvas. Preserve the uncomfortable items. A clean map built from an incomplete inventory will produce attractive fiction.
The people in the room matter. Product and delivery perspectives can see intended outcomes and sequencing. Architecture, operations, user experience, and relevant control functions can expose work that a single discipline will miss. When one specialty performs the split alone, the resulting clusters can mirror that specialty’s view of the system.
Visibility comes before prioritization. The first job is to see the package the organization actually approved.
Group by outcome instead of system
Teams often cluster work by ownership. Database changes sit together. Interface work forms another group. Customer-facing screens become a third. That arrangement makes delivery administration easier while preserving the all-or-nothing result.
Group the work by the value it supports. Look for one persona completing a meaningful workflow, one operational process gaining a usable capability, or one business outcome becoming possible. Technical and control work moves with the outcome it enables when that work is required for consumability.
The first pass can produce imperfect candidates. Some clusters will be components. Others will contain several outcomes and need another split. A few may depend on work outside the project’s authority. The map is doing its job when those problems become visible early enough to discuss.
Test every candidate
For each cluster, name the target and ask what that target can do when the cluster is complete.
If the answer describes an internal milestone, the cluster is probably a component. If the answer requires several unfinished clusters, the boundary is incomplete. If the target can use the result to realize meaningful known value, the cluster is a candidate Value Increment.
Still-unscoped enabling work remains unclassified; the canonical Value Increments page owns the Enabling Value Increment test.
The test may force recombination. It may reveal that a proposed increment contains two consumable outcomes and should split again. Both findings are more useful than forcing every sticky note into a predetermined pattern.
Big Bank: one project reveals several outcomes
Big Bank, the anonymized financial-services case used throughout Applied End-to-End Flow: Enterprise, approved a real-time card-management project. Its scope combined customer controls, notification behavior, fraud-related rules, and operational support needs under one project boundary.
The work included lock and unlock capability, spending limits, merchant-category restrictions, international controls, alert configuration, and fraud-rule triggers. On a project plan, these items belonged together because they shared a budget and touched the same broad customer experience.
Project Splitting exposed four different outcome clusters. Customer Self-Service Controls brought together the choices customers would make directly. Notification Experiences covered how customers configured and received alerts. Risk and Fraud Controls grouped restrictions and fraud-model alignment. Operational and Support Enhancements collected the capabilities needed to operate and explain the service.
The customer-control cluster became the first candidate Value Increment: Real-Time Digital Card Management. The other clusters remained visible for further analysis. Some contained dependencies that reached beyond the immediate product boundary.
The approved scope did not disappear. Its delivery structure became inspectable. Leaders could see which work formed a consumable outcome, which work enabled another outcome, and which dependencies required a wider conversation.
Mark dependencies you cannot resolve
Project Splitting begins inside work you already control. That authority boundary matters.
When a candidate increment needs another product, platform team, shared service, or external decision, mark the dependency. Do not hide it inside the cluster and call the result independent. Do not redesign another group’s work from your own workshop.
Some dependencies can be handled through sequencing and explicit coordination. Others show that the customer outcome crosses project or product boundaries and needs value-stream-level planning. The VSM Adoption Continuum separates these moves deliberately. Single-project decomposition comes first. Cross-project coordination and synchronized delivery address the wider collision.
The dependency mark preserves an honest candidate boundary. It also shows where current authority ends.
Choose one candidate for the next conversation
A decomposition workshop can create several plausible increments. Turning all of them into commitments would replace one oversized plan with a pile of smaller guesses.
Choose one candidate for further validation. State who consumes it, what value becomes available, which enabling work belongs with it, and what could invalidate the boundary. Review its dependencies and unresolved assumptions with the people who would deliver and operate it.
This step does not approve delivery. It produces a better object for readiness, sequencing, and capacity decisions. The candidate may survive intact, split again, or recombine with work the first pass missed.
Decomposition continues as delivery generates evidence. Requirements change, dependencies sharpen, and an increment that looked coherent on the canvas may prove too large or incomplete. Revisit the map when the evidence changes the boundary.
Build one Project Split Map
Choose one active project whose approved scope is difficult to express as consumable outcomes. Bring the relevant product, delivery, architecture, user-experience, operations, and control perspectives into one working session.
- Expose the scope. Put every known functional, technical, operational, customer, data, and obligation item on one canvas.
- Name the target and value. State who should use the result and what value they should realize.
- Cluster by outcome. Group the work by persona, workflow, outcome, or business capability. Resist system-layer groupings that preserve the final big-bang assembly.
- Test consumability. Ask whether the target can use each cluster to realize meaningful value. Split, recombine, or reclassify candidates that fail.
- Mark dependencies and uncertainty. Record dependencies inside the project, dependencies outside its authority, and assumptions that require learning. Route unknown value or feasibility to an Innovation Increment hypothesis.
- Choose one candidate. Select the boundary that deserves the next readiness and delivery conversation. Record why it is consumable and what could invalidate it.
The output is a Project Split Map containing candidate Value Increments, components, still-unscoped enabling work, unresolved dependencies, uncertainty, and one candidate for further validation.
The map changes no scope, budget, governance, delivery commitment, or funding decision. It makes the current package understandable enough for the next decision.
Decompose before you redesign funding
Project-based funding can remain a constraint even after delivery improves. That upstream problem deserves its own treatment. Teams do not need to wait for the complete portfolio model before examining how approved work will flow.
Start with one project. Find the first consumable boundary. Make the dependencies explicit, then test whether the candidate survives contact with the people who must deliver, operate, and use it.
An approved project can remain one investment while becoming several deliberate delivery choices. That is enough to expose what the original project plan concealed.
Sources and lineage
This Insight is part of the Applied End-to-End Flow Library and is derived from the Project Splitting and VSM Adoption Continuum treatments in Applied End-to-End Flow: Enterprise, the canonical Value Increments page, the Funding Boulders Insight, and the February 2026 article that first used this title. Big Bank is existing anonymized case material. No new case detail, performance benchmark, prevalence claim, fixed duration, or guaranteed result is asserted.
Curtis Hibbs and Joshua Barnes are co-creators of Applied End-to-End Flow and co-authors of Applied End-to-End Flow: Enterprise. Their work combines enterprise diagnosis, value-delivery mechanics, and practical intervention patterns across strategy, portfolios, value streams, and teams.