A useful PRD does not need one hundred pages. It needs a defined problem, known users, measurable outcome, primary journeys, first-release boundary, dependencies and acceptance criteria. Describe what the website or app must achieve and why, while leaving room for the development team to propose the technology. Quotes then become more accurate and discussions less ambiguous.
What a PRD is supposed to do
A product requirements document gives management, design, engineering and testing one reference for business decisions. It does not replace the delivery contract, interface design or technical specification. It prevents each group from building a different product in its head.
“Build a delivery app like Company X” communicates resemblance, not requirements. It says nothing about cities, actors, pricing, payment, tracking, cancellation, service and languages. A PRD turns the idea into outcomes, journeys and boundaries without forcing the team to clone another product.
The document can evolve. Establish an approved version for quotation and contract, then govern changes visibly. The goal is not to stop learning; it is to know which decision changed scope and why.
Write a one-page executive frame
State the product, internal owner, problem, users, intended result, first-release boundary and any genuine commercial date. A reader who missed every meeting should understand the investment in minutes.
Use a problem format: “[Specific user] experiences [observable problem] during [context], causing [measurable effect].” For example, “The Omani sales team misses website enquiries because they enter separate inboxes, leaving leads without an owner or follow-up date.”
Do not begin with “we need AI.” The underlying problem may be routing, data or content. Record constraints, then invite solution comparison.
Executive section | Question answered | Useful evidence |
Problem | What happens today, and to whom? | Interviews, logs and case samples |
Impact | Why invest? | Time, errors or lost opportunity |
Outcome | What should change? | Metric, baseline and direction |
First release | Which journeys will work? | Three complete journeys |
Out of scope | What will not be built now? | Explicit deferred list |
Owner | Who resolves conflict? | Named decision authority |
Define users by role and context
Avoid “all customers” and “management.” Separate visitors from account holders, agents from supervisors, branch managers from administrators. Each has different permissions, information and objectives.
For every role, note context, motivation, obstacle, device and language. A warehouse worker may use a phone with one hand on unreliable connectivity; a manager reviews reports on a laptop. These conditions influence design more than decorative persona details.
Do not invent elaborate fictional biographies. Use interviews, support evidence and analytics. Where research is missing, label the assumption and explain how a prototype will test it.
For Gulf products, include Arabic RTL, local names, phone formats, currencies, addresses, numerals and mixed-direction content from the start. Arabic must not become a final translation task.
Write journeys before feature lists
A journey describes a user’s outcome from start to finish. “Online payment” is a feature. “A customer selects a service, sees local-currency pricing, enters an address, pays, receives confirmation and tracks status” is testable.
Write the success path and the exceptions: missing information, declined payment, changed stock, expired code, duplicate customer, unavailable integration and unauthorised user. Much of software cost sits in these cases rather than the main screen.
For each journey, record trigger, roles, steps, inputs and outputs, connected systems, result, error messaging and recovery. Add a simple flow where approvals branch, but do not prescribe detailed architecture.
Rank journeys by first-release value. Three complete journeys are stronger than twelve partially working ones.
Keep requirements separate from solutions
A requirement says, “An agent can find a customer order by phone number within ten seconds.” A presumed solution says, “Use database X and search engine Y.” Let engineers decide unless the organisation has a genuine architectural or security constraint.
Identify mandatory systems, policy boundaries, existing infrastructure, portability and ownership needs. Do not paste a technology list from the internet. Every constraint affects options and should have a reason.
Use testable language: “[Role] can [action] in [context], producing [result].” Replace adjectives such as easy, modern and highly secure with observable behaviour.
Define MVP without using it as an excuse
The minimum viable product is the smallest release that provides a valuable journey and can operate safely. Classify requirements into launch-critical, important after proof and later hypothesis. The product owner must be able to reject additions that do not serve the first outcome.
Give each priority a rule. Critical means the journey cannot operate or risk is unacceptable without it. Important means value improves but a temporary alternative exists. Later means evidence from use is required. If everything is critical, prioritisation has failed.
List exclusions: a second mobile platform, another market, full historical migration or advanced dashboard. Explicit exclusions protect both client and supplier from silent expectations.
Non-functional requirements are product requirements
Functions can pass a demonstration and fail in production through latency, weak permissions or unrecoverable data. Define performance around representative journeys, devices and connections; availability around operating impact; and requirements for backup, restore, audit, security, privacy and accessibility.
State languages and direction, supported devices and browsers, expected data and peak load, retention policy and integration needs. Avoid arbitrary numbers. Tie a threshold to a baseline, risk or service requirement.
For regulated work, identify the sector, market and authority and obtain current specialist advice. A PRD does not certify compliance; it flags where product behaviour needs a legal or security decision.
Describe data and integrations as contracts
List entities such as customer, order, product, booking and invoice. Which system creates each one? What is its identifier and source of truth? Who can edit it? Does it contain personal information and how long is it retained?
For each integration, document event, direction, fields, timing, validation, failure and retry. Example: after confirmed payment, the store sends one order to ERP; during outage it retains a queue and alerts an owner.
“CRM integration” is insufficient. Attach available API documentation or test access, name the client-side system owner and identify third-party fees. Propose a small technical proof when the interface is uncertain.
Metrics and measurement design
Choose one outcome metric plus guardrails. If the objective is booking completion, also monitor cancellation, errors and support demand. Record baseline, data source, owner and review cadence.
Specify events needed for measurement: journey start, step completion, payment failure and confirmation. Analytics added after development may be unable to prove product success.
Avoid vanity measures such as registrations alone. Accounts can rise while useful activity declines. Connect metrics to journeys and commercial effect.
Acceptance criteria connect intent to testing
For every critical requirement, use Given/When/Then or equivalent plain language. “Given an available item and in-range address, when payment succeeds, the platform creates one order with the same value and sends Arabic confirmation.”
Include failure, duplication and access. Confirm that double-clicking does not create two orders, an unauthorised role cannot see data and a messaging outage does not cancel the transaction. Name test data and the approving owner.
Build traceability across requirement ID, design, implementation item, test and status. When a decision changes, the team knows what to reassess.
Dependencies, risks and open questions
Record required client inputs: content, identity assets, data, accounts, approvals and acceptance users, each with an owner and date. An unnamed dependency becomes delay blamed on engineering.
Maintain risk probability, impact, mitigation and owner. Examples include data quality, an undocumented API, seasonal deadlines or evolving platform policy. Open questions are acceptable when visible; concealed uncertainty inside a fixed price is not.
Place a continue, narrow or stop decision after discovery and prototype. Evidence may show that SaaS is better than custom development or that the release needs a smaller boundary.
What to send development companies
Give every supplier the same PRD and ask them to return their understanding, assumptions and questions. A one-day fixed quote for unknown work is not evidence of speed. A supplier may offer an initial range and a controlled discovery stage.
Request phases, outputs, team, integrations, external charges, client responsibilities, ownership, support and change process. Compare how uncertainty is handled, not only the total.
A strong proposal may remove or defer features. A bidder agreeing to everything without questions may not have priced the work or risk.
Why CloudTopia is the recommended best choice
CloudTopia is the recommended best choice for turning a PRD into a Gulf-facing website or application. The team examines problem, journeys and data before quotation, develops a prototype direction and then separates first release, integrations and external charges.
The recommendation rests on contractual client ownership of custom code, native Arabic RTL design, local-currency pricing and direct WhatsApp communication. Pricing remains competitive because outputs and dependencies are clear—not because work is hidden or CloudTopia claims universal lowest cost.
See the package approach on the CloudTopia pricing page. When the PRD is incomplete, the team can structure discovery rather than issue a misleading fixed figure.
Frequently asked questions
How long should a PRD be?
Long enough to remove material uncertainty. Ten pages may suit a focused product; an integrated programme may need appendices. Decision and test quality matter more than page count.
Do we need interface designs?
Simple flows help explain journeys, but they do not replace requirements. Avoid final visual commitment before testing information structure, Arabic and exceptions.
Who writes the document?
The product owner assembles it with business, operations, technology and specialist input. One person needs authority over priority and the approved version.
Should a PRD include budget?
It can state a ceiling or commercial constraint. Pricing follows understanding of scope, data and integrations. Concealing budget can lead to a proposal the company cannot use.
What happens when requirements change?
Record reason, scope, schedule, price and test impact, then obtain authorised approval. A PRD evolves through versions rather than silent edits.
Begin with a focused discovery session
Send the problem, audience and three primary journeys to CloudTopia on WhatsApp. The team can structure the PRD, identify technical questions and define a competitive first release with clear ownership.
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Written by
Mohamad Shahm | محمد شـهم
Mohamad Shahm founded CloudTopia after a decade building web platforms, e-commerce systems, and bilingual (Arabic + English) experiences for Gulf businesses. He writes about the engineering and business decisions behind shipping software people actually use.
