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Product & Features June 4, 2026 9 min read

What Stakeholders Should Know Before Starting a Software Project

Most software projects don't fail because of bad code. They fail because of unclear requirements, wrong expectations, and poor communication. Here is what to get right before writing a single line.

Lars Krueger
Lars Krueger
Founder & CEO
Software project planning guide

Most software projects don't fail because of bad code. They fail long before anyone writes a line β€” during conversations, planning sessions, and handshakes where expectations are set and misunderstood.

After years of building software for startups, agencies, and enterprises, the pattern is clear: the projects that succeed share a few things in common, and none of them are technical.

The Standish Group's CHAOS Report[1] has tracked software project outcomes for decades. Their research consistently finds that only about one-third of software projects are considered successful (on time, on budget, with satisfactory results). The primary reasons for failure aren't technical β€” they're organizational: unclear requirements, poor communication, and unrealistic expectations.

Why Software Projects Fail

The most common failure modes, in order of frequency:

1. Scope Creep Without Acknowledgment

Every project grows. That's normal. The problem isn't growth β€” it's unacknowledged growth.

"Can we also add..." is fine if it comes with "...and here's what we'll remove or delay." But most of the time it's presented as a small addition when it's actually a significant change.

A login page is simple. A login page with social OAuth, two-factor authentication, password recovery, and session management across devices is a different project entirely.

What to do: Treat every addition as a trade-off. If you add something, either the timeline extends or something else gets deprioritized. There is no third option.

2. Requirements Described as Solutions

"I need a dropdown menu" is a solution. "Users need to select their country" is a requirement.

When stakeholders describe solutions instead of problems, two things go wrong:

  • The development team can't suggest better alternatives
  • The requirement is ambiguous (what kind of dropdown? searchable? with flags?)

What to do: Describe what users need to accomplish, not how the interface should look. User feature requests work well for this: "As a [user], I want to [action] so that [benefit]."

3. No Definition of "Done"

"Build a dashboard" means different things to different people:

  • To a founder: "Something that looks like the mockup"
  • To a developer: "Something that passes all tests"
  • To a user: "Something that actually helps me do my job"

Without explicit success conditions, every delivery is either a disappointment or an argument.

What to do: Write success conditions for every feature. "The dashboard shows the user's 5 most recent transactions, sorted by date, with the ability to filter by category." Now everyone agrees on what "done" means.

4. Communication Gaps

The stakeholder describes something in a kickoff meeting. The developer starts building two weeks later from memory and meeting notes. The result doesn't match expectations because nuance was lost.

What to do: Short feedback loops. Review working software every 1-2 weeks instead of waiting for a final delivery. The earlier you catch a misunderstanding, the cheaper it is to fix.

PMI's Pulse of the Profession report[2] found that organizations with effective communication practices complete significantly more of their projects on time and within budget compared to those with poor communication. The single biggest differentiator isn't tools or process β€” it's whether stakeholders and developers talk frequently enough.

How to Evaluate a Development Partner

Whether you're hiring a freelancer, an agency, or a platform like Toolwiz, the evaluation criteria are the same:

Green Flags

  • They ask questions before quoting: A partner that quotes without understanding your business is guessing
  • They push back on scope: "You don't need that for an MVP" is a sign of experience
  • They show progress incrementally: Weekly demos, not monthly status reports
  • They explain trade-offs: "We can do A or B within budget. Here's the difference."
  • They have a clear process: You should know what happens after you sign, step by step

Red Flags

  • Fixed price with vague scope: If the scope isn't defined in writing, the price means nothing
  • No access to work in progress: If you can't see the code or the product until it's "done," run
  • They agree to everything: A partner that never pushes back is either desperate or not listening
  • Timeline without milestones: "12 weeks" without defining what happens each week is a number, not a plan
  • No process for changes: Projects always change. If there's no process for handling change requests, they'll either refuse changes or charge unpredictably

What Good Requirements Look Like

The difference between a requirement that works and one that causes problems:

Bad Requirement

"Build a user management system"

Better Requirement

"Admin users can invite new users by email. Invited users receive a link to set their password. Admin can deactivate users, which prevents login but preserves their data."

Best Requirement (User Feature Request Format)

As an admin user, I want to invite team members by email so that they can access the platform without me sharing credentials.

Success Conditions:

  • Admin enters an email address and clicks "Invite"
  • System sends an invitation email with a unique link
  • Link expires after 48 hours
  • Invited user sets their own password via the link
  • Admin sees pending invitations in the team settings

This level of detail prevents misunderstandings and gives the development team (or AI) exactly what they need to build the right thing.

How to Think About MVP Scope

The most common mistake with MVPs: building a complete product and calling it an MVP.

An MVP is the smallest thing you can build to validate your core assumption. Not the smallest version of your full product β€” the smallest test of your hypothesis.

Framework for Scoping

  1. What is your core hypothesis? ("Small businesses will pay for automated invoice reminders")
  2. What is the minimum feature set to test it? (Send email reminders for overdue invoices)
  3. What can you skip? (User dashboard, payment integration, multi-currency, templates)
  4. What must you include? (Invoice import, reminder scheduling, delivery confirmation)

If you can't describe your MVP in 5-10 user feature requests, it's probably not minimal enough.

The Value of Transparency

The single biggest factor in whether a stakeholder feels good about a software project: knowing what's happening.

This means:

  • Visible progress: A board or dashboard showing what's in progress, what's done, and what's next
  • Predictable costs: Effort unit-based pricing so you know what you're paying for before each development cycle
  • Regular reviews: Seeing working software every development cycle, not just hearing about it
  • Honest communication: When something is harder than expected, you hear about it immediately β€” not at the final deadline

Transparency doesn't prevent problems. But it prevents surprises, which is what actually destroys trust.

Before You Start

A checklist for any software project:

  • Core problem is defined (not the solution, the problem)
  • User feature requests written with success conditions
  • MVP scope is genuinely minimal (5-10 feature requests, not 50)
  • Success metrics are defined (how will you know it worked?)
  • Budget accounts for iteration (first version is never final)
  • Communication cadence is agreed (weekly reviews, daily updates, async board)
  • Change process is defined (how are new requests handled?)
  • You've seen the partner's process, not just their portfolio

Get these right and the technical execution becomes the easy part.


Starting a software project? Request early access β€” set up your project, and we'll scope and plan it with you.

Requirements Project Planning MVP Stakeholders Software Development

Sources & References

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Lars Krueger

Lars Krueger

Founder & CEO

15+ years building enterprise Symfony applications. Founded Toolwiz to combine deep engineering expertise with AI-accelerated software delivery.

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