20 Tips for a Better Web Design Process: From Strategy to Launch

A company may approve a polished homepage design and still discover during development that its services are difficult to explain, its navigation does not support the available content, important mobile actions are hidden, forms collect unnecessary information, and nobody agreed on how success would be measured.

Those are usually process problems—not simply design problems.

A web design process is a structured way to connect business objectives, customer needs, content, navigation, visual design, accessibility, technology, testing, and measurement. An effective process identifies risks early, reduces avoidable rework, and produces a website that can be maintained after launch.

The stages do not need to happen in a perfectly straight line. Research, content, design, development, and testing often overlap, and the amount of work should reflect the site’s purpose, audience, functionality, risk, budget, and internal resources.

What Is a Web Design Process?

A web design process is the sequence of decisions and activities used to turn a business requirement into a functioning website.

It may include:

•  Discovery and research 
•  Website strategy 
•  Content planning 
•  Information architecture 
•  Wireframing 
•  Visual direction 
•  Responsive design 
•  Prototyping 
•  Development collaboration 
•  Accessibility review 
•  Performance planning 
•  Testing 
•  Launch 
•  Measurement 
•  Maintenance 

These disciplines overlap, but they are not identical.

Web strategy defines why the site exists and what it should accomplish. Website design organizes information, interactions, layouts, and visual communication. Website development turns those decisions into functioning templates, components, integrations, and content-management workflows. Content production creates the words, images, video, and resources visitors use. Technical search work makes content accessible to crawlers and preserves existing URLs and signals. Maintenance keeps the site secure, accurate, compatible, and useful after launch.

Why a Defined Process Matters

A documented process can align stakeholders, reveal missing content, clarify responsibilities, expose technical limitations, address accessibility earlier, prepare development, and establish measurable acceptance criteria.

The process should support decisions rather than create unnecessary paperwork. A five-page local-business website may need a focused workshop and a modest component library. A multilingual content platform with several integrations may require formal research, governance, migration planning, and extensive testing.

SimplyRem’s published process moves through discovery, strategy, design, engineering, and stewardship, with working releases and documentation produced throughout the engagement rather than only at the end. 

1. Define the Website’s Business Purpose

Why it matters: A website cannot prioritize every business outcome equally. A referral-validation site, e-commerce store, recruiting site, customer-support resource, and lead-generation platform require different content and interaction decisions.

What to do: Define one primary purpose, supporting goals, intended audiences, and the actions the site should help visitors complete.

Questions: What business problem should the website address? What should visitors do? Which goal takes priority when goals conflict? How will success be evaluated?

Evidence: Business strategy, sales process, support inquiries, customer feedback, revenue model, current website data.

Deliverables: Project brief, goal hierarchy, stakeholder list, initial measurements, scope assumptions.

Warning signs: The only objective is “make it look modern,” every department receives equal priority, or success is defined only as receiving more traffic.

Participants: Executive sponsor, marketing, sales, operations, product owner, designer.

Next action: Write one sentence beginning, “The primary purpose of this website is to help…”

SimplyRem’s existing website guide similarly recommends defining the audience, information needs, and intended action before discussing platforms or visual design. 

2. Identify and Prioritize the Website’s Users

Why it matters: A website designed equally for prospects, customers, employees, vendors, investors, job candidates, and partners may serve none of them particularly well.

What to do: Identify primary and secondary audiences and document their goals, questions, context, devices, constraints, and decision criteria.

Questions: Who most affects the website’s success? What do they already know? Which questions prevent them from taking action? Are they visiting from a phone, office computer, or shared device?

Evidence: Customer interviews, sales calls, support tickets, search data, analytics, CRM records, form submissions, and user feedback.

Deliverables: Audience-priority matrix, task list, research summary, evidence-based user profiles.

Warning signs: Personas contain fictional lifestyle details but no useful task information, or internal stakeholders substitute their own preferences for customer research.

Participants: Customers, sales, support, marketing, product owner, researcher, designer.

Next action: Interview three to five people from the highest-priority audience and compare their questions with the proposed navigation.

3. Audit the Existing Website and Available Evidence

Why it matters: A redesign should not discard effective pages, useful content, external links, search visibility, or functional integrations simply because the visual design is dated.

What to do: Review pages, traffic, inquiries, search queries, mobile behavior, accessibility, performance, content quality, broken links, forms, analytics, hosting, CMS, integrations, and security.

Questions: Which pages attract qualified visitors? Which pages produce inquiries? Where do people leave? What must be retained, redirected, rewritten, or investigated?

Evidence: Analytics, Search Console, CRM attribution, crawl reports, accessibility tests, performance reports, support records, CMS inventory, stakeholder interviews.

Deliverables: Annotated audit, content inventory, technical-risk list, redirect candidates, retain-revise-remove recommendations.

Warning signs: The team assumes everything must be replaced, deletes pages without checking traffic or backlinks, or ignores available analytics.

Participants: Marketing, content, design, development, search specialist, accessibility reviewer, security reviewer.

Next action: Export all current URLs and give each one an owner and proposed disposition.

4. Research Competitors Without Copying Them

Why it matters: Competitor research can expose customer expectations, common language, content gaps, and opportunities to explain the business more clearly. It should not turn the project into an imitation exercise.

What to do: Compare audience, positioning, navigation, content depth, evidence, calls to action, mobile usability, accessibility, and performance across direct and indirect competitors.

Questions: What information appears on every competitor site? What is consistently missing? Which patterns help users, and which merely repeat industry habits?

Evidence: Competitor sites, search results, sales objections, customer interviews, public reviews, performance and accessibility observations.

Deliverables: Comparison matrix, pattern inventory, differentiation opportunities, list of practices to avoid.

Warning signs: Stakeholders request another company’s layout, wording, imagery, claims, or navigation structure without understanding why it exists.

Participants: Strategy, marketing, sales, content, designer, researcher.

Next action: Review five relevant websites and document one useful convention, one shared weakness, and one credible differentiation opportunity.

5. Define Scope, Constraints, Roles, and Decision Ownership

Why it matters: Websites often become expensive or delayed because nobody agreed on page count, functionality, content ownership, approvals, integrations, or who can make the final decision.

What to do: Document pages, templates, languages, features, integrations, content responsibilities, platform constraints, accessibility expectations, security needs, budget, timeline, and post-launch ownership.

Questions: Who approves strategy, content, and design? Who owns the domain and CMS? Who decides when stakeholders disagree? What is explicitly outside the project?

Evidence: Contract, existing systems, brand guidelines, technical standards, internal roles, legal requirements, budget constraints.

Deliverables: Scope statement, responsibility matrix, approval path, decision log, change process, exclusions.

Warning signs: Everyone can approve the design, nobody owns final copy, features arrive through informal messages, or the launch date was fixed before scope was understood.

Participants: Sponsor, project owner, marketing, content, design, development, security, legal or privacy reviewers.

Next action: Assign one accountable project owner and publish a one-page responsibility matrix.

6. Plan Content Before Finalizing Page Layouts

Why it matters: Content determines hierarchy, navigation, page length, component selection, calls to action, accessibility, search visibility, translation needs, and editing workflow.

What to do: Inventory existing and required pages, messages, imagery, downloads, policies, proof points, FAQs, metadata, and calls to action. Assign an owner and status to each item.

Questions: What must each page communicate? What evidence supports the claims? Who writes and approves the content? What happens when optional content is missing?

Evidence: Current copy, service documentation, sales materials, policies, customer questions, search research, brand guidance.

Deliverables: Content inventory, page briefs, messaging hierarchy, editorial calendar, migration plan.

Warning signs: High-fidelity layouts rely on placeholder text, nobody owns copy, or content length is dictated solely by mockup space.

Participants: Content strategist, subject-matter experts, marketing, designer, search specialist, legal reviewer.

Next action: Complete real draft copy for one important page before approving its final layout.

7. Create a Clear Sitemap and Information Architecture

Why it matters: Information architecture defines how content is grouped, labeled, related, and found. The sitemap is a visible representation of that structure.

What to do: Organize pages around visitor questions and tasks rather than the company’s organizational chart. Consider primary navigation, utility links, footer navigation, breadcrumbs, search, service groups, industries, locations, and resources.

Questions: Can visitors understand what the company offers? Are related subjects grouped logically? Can important pages be reached without unnecessary steps? Does each page have a distinct purpose?

Evidence: Content inventory, audience research, search behavior, existing analytics, business priorities.

Deliverables: Sitemap, navigation model, URL recommendations, taxonomy, content relationships.

Warning signs: Several pages target the same purpose, navigation reflects internal departments, or the sitemap grows without assigned content owners.

Participants: Strategist, content lead, designer, marketing, search specialist, development representative.

Next action: Test the proposed sitemap by asking unfamiliar participants where they would look for five common pieces of information.

8. Map Important User Journeys and Conversion Paths

Why it matters: A visitor rarely experiences the website as a list of pages. They enter at a particular location, look for evidence, make decisions, encounter friction, and either complete an action or leave.

What to do: Map important paths such as referral to inquiry, search result to service page, product to purchase, article to subscription, or existing customer to support.

Questions: Where does the journey begin? What question does the visitor have? Which evidence is required? What could prevent the action? What confirmation and follow-up occur?

Evidence: Traffic sources, sales process, support process, campaign plans, user interviews, conversion data.

Deliverables: Journey maps, conversion-path diagrams, call-to-action hierarchy, form requirements, confirmation and follow-up states.

Warning signs: Every page uses the same generic call to action, conversion requires unnecessary information, or the process depends on hidden fees, forced consent, or misleading labels.

Participants: Marketing, sales, support, content, UX designer, development, privacy reviewer.

Next action: Walk through the highest-value journey on a phone and list every decision and source of friction.

9. Wireframe Key Pages and Templates

Why it matters: Wireframes test structure, hierarchy, relationships, and component requirements before visual styling distracts the review.

What to do: Wireframe the homepage, service or product templates, articles, contact page, campaign landing page, search or category pages, forms, error pages, and relevant empty states.

Questions: Is the most important information visible at the right point? Is the next action clear? Which components repeat? What changes on smaller screens?

Evidence: Sitemap, content briefs, journey maps, requirements, real draft copy.

Deliverables: Annotated wireframes, responsive-priority notes, component inventory, unresolved-question list.

Warning signs: Stakeholders skip directly to visual concepts, wireframes use unrealistic placeholder copy, or only the homepage receives structural review.

Participants: UX designer, content lead, strategist, development representative, project owner.

Next action: Review one key wireframe using only structure and real copy before discussing colors or imagery.

10. Establish a Visual Direction Based on the Brand

Why it matters: Visual design communicates tone, hierarchy, confidence, and emphasis. It should support the company’s positioning and content rather than merely follow current design trends.

What to do: Define typography, color roles, spacing, imagery, illustration, iconography, layout rhythm, motion principles, and interaction tone.

Questions: What should the company feel like? Which visual choices improve comprehension? Can the direction scale beyond the homepage? Does the available photography support it?

Evidence: Brand strategy, existing identity, audience research, content, accessibility requirements, technical constraints.

Deliverables: Mood boards, style explorations, key page concept, typography system, color roles, image direction.

Warning signs: The concept copies a fashionable competitor, brand colors fail contrast requirements, or the visual approach depends on content and photography that do not exist.

Participants: Brand owner, visual designer, content lead, accessibility reviewer, developer.

Next action: Apply the proposed direction to a content-heavy internal page—not only a dramatic homepage section.

11. Build an Appropriate Design System

Why it matters: Reusable rules and components improve consistency, accessibility, development speed, and future maintenance. The system should match the website’s scale.

What to do: Define tokens and patterns for typography, colors, spacing, grids, buttons, links, forms, cards, navigation, alerts, tables, content blocks, and interaction states.

Questions: Which patterns genuinely repeat? Who maintains the system? How will design and code stay aligned? Does the project need a full system or a focused component library?

Evidence: Validated pages, content patterns, technical framework, brand rules, accessibility requirements.

Deliverables: Component library, tokens, states, usage guidance, accessibility notes, mapped engineering components.

Warning signs: Dozens of theoretical components are created before real pages are validated, or components lack focus, loading, error, disabled, and success states.

Participants: Product or visual designer, front-end developer, accessibility reviewer, content lead.

Next action: Extract the smallest reusable system from approved real pages and implement one component jointly in design and code.

SimplyRem advises validating real patterns before investing in a large system and pairs design components with engineering implementations where appropriate. 

12. Design Responsively Around Content and Tasks

Why it matters: Responsive design is not merely shrinking a desktop page. Layout, navigation, text, forms, media, tables, touch targets, and performance must work across a range of screen sizes and input methods.

What to do: Design around content needs and available space rather than a few named devices. Test narrow, intermediate, wide, portrait, landscape, touch, mouse, and keyboard conditions.

Questions: Is important information still available? Can controls be reached comfortably? How do tables and menus behave? Are images cropped appropriately? Does the form require excessive typing?

Evidence: Audience-device data, real content, analytics, browser support requirements, task priorities.

Deliverables: Responsive layouts, behavior specifications, image rules, table and navigation patterns.

Warning signs: Only desktop and one mobile mockup exist, intermediate widths break, or mobile removes important content without justification.

Participants: Designer, front-end developer, content lead, accessibility reviewer, QA.

Next action: Test each key template continuously from a narrow to a wide viewport instead of reviewing only fixed screenshots.

Responsive design is an approach for making layout, content, media, and performance work across devices with different physical characteristics. Google also uses mobile content for indexing and recommends equivalent primary content and metadata across mobile and desktop experiences. 

13. Include Accessibility From the Beginning

Why it matters: Accessibility affects structure, content, color, navigation, forms, motion, authentication, media, and component behavior. Late remediation is usually more disruptive than early consideration.

What to do: Include semantic headings, keyboard access, visible focus, sufficient contrast, alternatives for images, labels, useful errors, captions, target size, reduced motion, zoom, reflow, consistent help, and accessible authentication.

Questions: Can every action be completed without a mouse? Is focus visible? Does screen-reader output make sense? Are instructions conveyed by more than color? What happens at 200% or 400% zoom?

Evidence: WCAG criteria, accessibility requirements, assistive-technology testing, content inventory, component specifications.

Deliverables: Accessibility requirements, annotated designs, test plan, issue log, conformance evidence where required.

Warning signs: The plan relies on an overlay, automated testing is treated as complete coverage, or accessibility begins only before launch.

Participants: Designer, developer, content lead, QA, accessibility practitioner, legal adviser where appropriate.

Next action: Conduct a keyboard and screen-reader review of one key journey before the component system is finalized.

WCAG 2.2 is the current W3C Recommendation in the WCAG 2 family; it includes criteria covering areas such as focus visibility, target size, consistent help, redundant entry, and accessible authentication. Following WCAG does not by itself settle every legal question, and automated tools cannot identify every barrier. 

14. Design Complete States, Not Only Ideal Screens

Why it matters: Users encounter loading, empty, no-result, validation, permission, session, integration, and service errors—not only the polished state shown in a presentation.

What to do: Design loading, empty, no-result, error, success, offline, expired-session, permission-denied, missing-content, long-copy, short-copy, form-confirmation, service-unavailable, and 404 states.

Questions: Can the user recover? Is work preserved? What caused the problem? What should happen next? Could a duplicate submission occur?

Evidence: Requirements, integration behavior, content variations, error logs, support scenarios, technical constraints.

Deliverables: State matrix, error copy, recovery behavior, edge-case designs, acceptance criteria.

Warning signs: Mockups contain perfect data, error messages are left to developers, or long and missing content have never been tested.

Participants: Designer, content designer, developer, QA, product owner, support representative.

Next action: Create a state inventory for every form, search tool, integration, and asynchronous component.

15. Involve Developers Before Design Is Finished

Why it matters: Developers can identify responsive, content-management, accessibility, performance, integration, and browser constraints before they become expensive redesigns.

What to do: Review structure and interactions with engineering throughout design. Prototype technically risky ideas, define component behavior jointly, and use shared acceptance criteria.

Questions: Can the CMS support the content model? What data is available? How will animation perform? Can the component be reused? What happens without JavaScript or when an integration fails?

Evidence: Technical architecture, CMS capabilities, API documentation, browser requirements, performance budget.

Deliverables: Feasibility notes, coded prototypes, component contracts, decision records, implementation acceptance criteria.

Warning signs: Design is “handed off” as a finished file, engineering sees the work only after approval, or visual concepts depend on unknown data and unsupported interactions.

Participants: Designer, front-end developer, back-end or CMS developer, content lead, accessibility reviewer.

Next action: Schedule a design-and-engineering review before every major fidelity increase.

SimplyRem describes design handoff as a continuing conversation, with engineering feasibility reviewed before fidelity increases and risky interactions sometimes prototyped in code. 

16. Plan Performance and Technical Search Requirements Early

Why it matters: Large imagery, video, fonts, animation, JavaScript, chat tools, analytics, and embedded media can affect loading, interaction, visual stability, crawling, and maintenance.

What to do: Establish performance budgets and define image, video, font, script, caching, CMS, URL, metadata, internal-linking, structured-data, redirect, sitemap, and robots requirements.

Questions: What is the primary content? Which scripts are essential? How will pages be rendered? Which URLs must be preserved? Will mobile contain equivalent content?

Evidence: Current performance data, content plan, analytics, URL inventory, search data, infrastructure plan.

Deliverables: Performance budget, technical-search requirements, redirect map, metadata model, monitoring plan.

Warning signs: Hero video is approved without size limits, every department adds scripts, redirects are postponed until launch day, or one automated score is treated as the full definition of quality.

Participants: Designer, front-end developer, cloud engineer, content lead, search specialist, analytics owner.

Next action: Measure an early production-like template with realistic imagery, fonts, scripts, and content.

Current Core Web Vitals measure loading through Largest Contentful Paint, responsiveness through Interaction to Next Paint, and visual stability through Cumulative Layout Shift. Google’s recommended “good” thresholds are LCP within 2.5 seconds, INP at 200 milliseconds or less, and CLS at 0.1 or less at the 75th percentile. PageSpeed Insights combines user-experience data with automated diagnostic suggestions, but a score alone does not determine business success or overall website quality. 

17. Include Security, Privacy, and Consent in the Design

Why it matters: Forms, registration, password reset, payments, uploads, analytics, cookies, pixels, and administrative access all create security and privacy decisions that affect the interaction and architecture.

What to do: Collect only necessary information, explain why it is requested, use clear consent choices, protect sensitive fields, plan spam and abuse controls, limit administrator access, and assign retention and deletion responsibilities.

Questions: Is every field necessary? Who can access submissions? How long is information retained? Which third parties receive data? What happens when consent is declined?

Evidence: Data inventory, business purpose, third-party scripts, analytics plan, legal and privacy review, security requirements.

Deliverables: Data-flow map, form specification, consent states, retention responsibilities, access model, security requirements.

Warning signs: Optional consent is preselected, administrator access is shared, sensitive information is collected through ordinary forms, or third-party scripts are added without review.

Participants: Designer, developer, security practitioner, privacy or legal reviewer, marketing, analytics owner.

Next action: Review every form field, cookie, script, and third-party embed and document its purpose and owner.

NIST recommends integrating secure development practices into the software lifecycle, while the OWASP Top 10 provides an awareness baseline for major web-application risks. Google’s consent tooling also distinguishes tag behavior according to consent state, although applicable consent requirements must be determined by qualified legal and privacy advisers. 

18. Prototype and Test Important Assumptions

Why it matters: Static mockups cannot validate every navigation, comprehension, interaction, animation, scheduling, checkout, search, or form assumption.

What to do: Use clickable or coded prototypes for high-risk journeys and test them with representative users.

Questions: Can participants find the right service? Do they understand the offer? Can they complete the form? Where do they hesitate or make errors? Does the prototype represent realistic content?

Evidence: Research goals, participant criteria, hypotheses, realistic tasks, prototype, observation notes.

Deliverables: Prototype, test plan, findings, recordings or notes where permitted, prioritized design changes.

Warning signs: Internal stakeholder approval is treated as user validation, participants receive excessive instructions, or only positive comments are recorded.

Participants: Representative users, researcher, designer, content lead, product owner, developer for coded prototypes.

Next action: Test one high-value journey with several representative users before building the full template set.

19. Perform Structured Pre-Launch Quality Assurance

Why it matters: Launch combines content, design, code, integrations, hosting, analytics, security, accessibility, and search configuration. Informal browsing rarely covers them adequately.

What to do: Create a QA plan covering content, links, forms, email delivery, navigation, responsive behavior, browsers, devices, accessibility, performance, structured data, redirects, analytics, consent, security, backups, error pages, and CMS roles.

Questions: Who owns each test? What is the expected result? How severe is a failure? Has the fix been retested? Which known issues are accepted?

Evidence: Requirements, design specifications, content inventory, redirect map, browser matrix, accessibility criteria, launch plan.

Deliverables: Test cases, issue register, severity, owner, retest status, launch decision record.

Warning signs: Testing begins the day before launch, only the project team tests, or readiness is defined as “no known issues.”

Participants: QA, design, development, content, accessibility, security, analytics, project owner.

Next action: Hold a formal launch-readiness review with documented accepted risks and rollback criteria.

For redesigned sites with changed URLs, Google recommends mapping old URLs to new destinations, configuring permanent redirects, verifying Search Console properties, submitting sitemaps, and monitoring the migration. 

20. Treat Launch as the Start of Measurement and Stewardship

Why it matters: Content changes, browsers evolve, integrations fail, dependencies need updates, accessibility issues emerge, and visitor behavior exposes assumptions that pre-launch testing could not confirm.

What to do: Verify DNS, redirects, sitemaps, analytics, forms, monitoring, backups, security, and performance at launch. Establish ownership for content, CMS updates, defects, accessibility, search monitoring, and improvements.

Questions: Who responds to form failures? Who reviews inquiries and search data? How often is content reviewed? Who owns security and CMS updates? Which measurements guide improvements?

Evidence: Baseline analytics, performance results, issue tracking, support records, content calendar, maintenance agreement.

Deliverables: Launch report, monitoring dashboard, maintenance plan, content-review schedule, improvement backlog.

Warning signs: No post-launch owner exists, analytics were never verified, outdated content remains indefinitely, or maintenance is considered only after a failure.

Participants: Website owner, marketing, content, development, security, analytics, support.

Next action: Schedule 30-day and 90-day post-launch reviews before the website goes live.

SimplyRem’s process and website-development practice both treat launch as a milestone followed by ongoing stewardship, performance work, new content, and technical maintenance. 

Common Web Design Process Mistakes

Common process failures include:

•  Beginning with visual trends instead of a business goal 
•  Designing for every audience equally 
•  Ignoring current analytics and search data 
•  Copying competitors 
•  Building the sitemap from the organizational chart 
•  Writing content after layouts are complete 
•  Using placeholder copy throughout the project 
•  Designing only the homepage 
•  Testing only desktop and mobile extremes 
•  Treating accessibility as final QA 
•  Designing expensive interactions without developer review 
•  Adding animation without purpose 
•  Using large imagery without performance planning 
•  Collecting unnecessary form data 
•  Ignoring loading, error, and empty states 
•  Testing only with internal stakeholders 
•  Launching without redirects 
•  Failing to verify analytics and forms 
•  Assigning no post-launch owner 

How Much Does a Web Design Project Cost?

There is no universal price.

Cost may depend on research, audiences, page and template count, content strategy, copywriting, photography, brand work, custom design, component systems, prototypes, animation, accessibility, usability testing, CMS requirements, integrations, e-commerce, languages, development, migration, performance, security, QA, and maintenance.

SimplyRem currently publishes the following engagement ranges:

•  Marketing website build: $25,000–$120,000
•  E-commerce build: $40,000–$200,000
•  Website redesign or replatform: $30,000–$150,000
•  Landing-page or campaign sprint: $8,000–$30,000
•  Growth and optimization retainer: from $6,000 per month

These are SimplyRem’s current published ranges rather than universal market prices. A lower-cost proposal may exclude research, copywriting, responsive states, accessibility, testing, development, migration, documentation, or post-launch support. 

How Long Does the Web Design Process Take?

There is no universal duration.

Timing depends on page count, content readiness, stakeholder availability, user research, brand work, design complexity, development, integrations, languages, accessibility and security review, legal approval, migration, and testing.

SimplyRem currently publishes planning ranges of approximately four to twelve weeks for marketing sites, six to sixteen weeks for e-commerce builds, six to fourteen weeks for redesigns, and one to three weeks for focused campaign pages. Those are service-specific planning ranges—not guaranteed completion dates. 

Delayed content, fragmented approvals, and unresolved technical dependencies frequently affect the schedule more than drawing the initial layouts.

How SimplyRem Can Help

SimplyRem’s verified website and product-design capabilities include:

•  Website strategy and discovery 
•  Existing-site and analytics review 
•  User and competitor research 
•  Content models and information architecture 
•  UI/UX product design 
•  Responsive visual design 
•  Design systems 
•  Interactive prototypes 
•  Editorial marketing websites 
•  CMS and headless CMS implementation 
•  WordPress and traditional CMS builds 
•  E-commerce 
•  Front-end engineering 
•  Accessibility-conscious component design 
•  Performance planning 
•  Analytics and structured data 
•  Redirect and content migration 
•  Cloud deployment 
•  Application-security review 
•  Ongoing design and engineering stewardship 

SimplyRem also provides custom web application development, mobile application development, Cloud and DevOps engineering, AI and machine-learning engineering, and cybersecurity assessments when a website connects to more complex systems. 

The goal is not to produce the largest collection of pages or the most elaborate visual treatment. The goal is to create a clear, useful, accessible, maintainable website that supports the business and the people using it.

Phase 1: Discovery

•  Business objectives 
•  Stakeholders 
•  Primary and secondary audiences 
•  Existing-site audit 
•  Technical constraints 
•  Risks 
•  Evidence collection 

Phase 2: Strategy

•  Website purpose 
•  Success measurements 
•  Content strategy 
•  Sitemap 
•  User journeys 
•  Scope 
•  Ownership 

Phase 3: Design

•  Wireframes 
•  Visual direction 
•  Component patterns 
•  Responsive layouts 
•  Accessibility 
•  Prototypes 
•  User testing 

Phase 4: Development

•  CMS 
•  Components 
•  Templates 
•  Integrations 
•  Analytics 
•  Performance 
•  Security 
•  Staging releases 

Phase 5: Validation

•  Content review 
•  Functional QA 
•  Accessibility testing 
•  Usability testing 
•  Performance testing 
•  Security review 
•  Browser and device testing 

Phase 6: Launch

•  Content migration 
•  Redirects 
•  Analytics 
•  Monitoring 
•  Forms 
•  DNS 
•  Search configuration 
•  Rollback readiness 

Phase 7: Stewardship

•  Maintenance 
•  Measurement 
•  Content updates 
•  Security work 
•  Accessibility reviews 
•  Performance improvement 
•  Design-system maintenance 

These phases may overlap. Content may continue during design, development may begin with validated components, and testing should occur throughout rather than only at the end.

•  Primary business objective 
•  Primary audience 
•  Secondary audiences 
•  Primary call to action 
•  Secondary calls to action 
•  Current website inventory 
•  Analytics access 
•  Search Console access 
•  CRM or inquiry data 
•  Existing content 
•  Required new content 
•  Brand guidelines 
•  Photography 
•  Video 
•  Integrations 
•  CMS requirements 
•  Languages 
•  Accessibility requirements 
•  Privacy requirements 
•  Security requirements 
•  Hosting 
•  Domain and DNS ownership 
•  Technical contacts 
•  Legal or privacy reviewers 
•  Content owners 
•  Approval process 
•  Budget 
•  Timeline 
•  Post-launch owner 

Not every website requires every content type.

•  Homepage 
•  Services 
•  Products 
•  About 
•  Team 
•  Industries 
•  Locations or service areas 
•  Contact 
•  Frequently asked questions 
•  Testimonials 
•  Case studies 
•  Articles or resources 
•  Support information 
•  Careers 
•  Privacy and legal policies 
•  Forms 
•  Error messages 
•  Form confirmations 
•  Page titles and descriptions 
•  Alternative text 
•  Download descriptions 
•  Redirect requirements 
•  Content owner 
•  Review date 

•  Purpose is clear. 
•  Priority audience is clear. 
•  Value proposition is understandable. 
•  Navigation is predictable. 
•  Calls to action are relevant. 
•  Content hierarchy is clear. 
•  Typography is readable. 
•  Contrast is appropriate. 
•  Focus states are defined. 
•  Mobile layouts are complete. 
•  Intermediate widths are reviewed. 
•  Forms are understandable. 
•  Error states are designed. 
•  Empty states are designed. 
•  Images have a purpose. 
•  Motion respects user preferences. 
•  Components are consistent. 
•  Realistic content fits. 
•  Development feasibility is reviewed. 
•  Performance implications are reviewed. 
•  Accessibility is reviewed. 

•  Logical heading hierarchy 
•  Semantic landmarks 
•  Keyboard access 
•  No keyboard traps 
•  Visible focus 
•  Focus order 
•  Focus not obscured 
•  Sufficient text contrast 
•  Sufficient non-text contrast 
•  Alternative text 
•  Decorative images ignored appropriately 
•  Form labels 
•  Instructions and errors 
•  Error recovery 
•  Captions and transcripts 
•  Target sizes 
•  Zoom and reflow 
•  Reduced-motion support 
•  Consistent navigation 
•  Consistent help 
•  Accessible authentication 
•  Screen-reader testing 
•  Automated testing 
•  Manual review 
•  Qualified specialist review where required 

•  Narrow-screen layout 
•  Intermediate widths 
•  Wide-screen layout 
•  Portrait and landscape 
•  Touch targets 
•  Keyboard navigation 
•  Mobile menu 
•  Long navigation labels 
•  Readable text length 
•  Responsive images 
•  Intentional image cropping 
•  Video behavior 
•  Tables 
•  Forms and keyboards 
•  Sticky elements 
•  Modals 
•  Downloads 
•  Phone and map actions 
•  Equivalent primary content 
•  Equivalent metadata 
•  Performance on mobile networks 
•  Real-device testing 

Content

•  Copy approved 
•  Spelling and grammar reviewed 
•  Claims verified 
•  Contact details verified 
•  Downloads tested 
•  Alternative text reviewed 

Design

•  Templates match approved specifications 
•  Responsive layouts verified 
•  Interaction states present 
•  Motion reviewed 
•  Components consistent 

Functionality

•  Navigation works 
•  Search works 
•  Integrations work 
•  Error pages work 
•  Links are valid 

Forms

•  Required fields are appropriate 
•  Validation works 
•  Spam controls work 
•  Confirmations work 
•  Email delivery is verified 
•  Submissions reach the correct owner 

Accessibility

•  Keyboard testing completed 
•  Focus verified 
•  Screen-reader testing completed 
•  Contrast reviewed 
•  Zoom and reflow tested 
•  Automated checks reviewed manually 

Performance

•  Core templates measured 
•  Images optimized 
•  Fonts optimized 
•  Unnecessary scripts removed 
•  Caching configured 
•  Realistic mobile testing completed 

Security

•  HTTPS configured 
•  Administrator access reviewed 
•  CMS roles reviewed 
•  Dependencies reviewed 
•  Form and upload controls tested 
•  Security headers considered 

Privacy

•  Data inventory reviewed 
•  Consent behavior verified 
•  Privacy policy linked 
•  Third-party scripts reviewed 
•  Retention owner assigned 

Search

•  Titles and descriptions reviewed 
•  Canonical URLs reviewed 
•  Structured data tested 
•  Robots directives reviewed 
•  XML sitemap generated 
•  Redirect map tested 

Analytics

•  Property ownership confirmed 
•  Page views verified 
•  Key actions verified 
•  Consent behavior verified 
•  Internal traffic handling reviewed 

Hosting and Backups

•  Production environment ready 
•  DNS plan approved 
•  Backups configured 
•  Restore process understood 
•  Rollback plan documented 

Ownership and Training

•  Domain ownership confirmed 
•  CMS ownership confirmed 
•  Repository and hosting access transferred 
•  Administrators trained 
•  Documentation delivered 
•  Maintenance owner assigned 

Monitoring

•  Uptime monitoring configured 
•  Error monitoring configured 
•  Form monitoring assigned 
•  Performance baseline recorded 
•  Post-launch reviews scheduled 

•  Verify forms regularly. 
•  Review uptime and application errors. 
•  Monitor search indexing and redirects. 
•  Review analytics and inquiry quality. 
•  Update outdated content. 
•  Remove obsolete pages carefully. 
•  Apply CMS and dependency updates. 
•  Review administrator accounts. 
•  Test backups and recovery. 
•  Review accessibility after major changes. 
•  Monitor Core Web Vitals. 
•  Recheck third-party scripts. 
•  Review cookies and consent behavior. 
•  Test important journeys. 
•  Update the component library. 
•  Review broken links. 
•  Refresh policies and contact information. 
•  Review security findings. 
•  Maintain documentation. 
•  Prioritize the next improvement cycle. 

•  How will you understand our business? 
•  How will users be researched? 
•  Who will lead the project? 
•  Who will design the site? 
•  Who will develop it? 
•  Is any work outsourced? 
•  How will content be planned? 
•  Is copywriting included? 
•  How will the sitemap be created? 
•  How will accessibility be addressed? 
•  How will responsive layouts be designed? 
•  How will performance be managed? 
•  How will security and privacy be considered? 
•  How will users test the design? 
•  Which browsers and devices will be tested? 
•  Which CMS do you recommend, and why? 
•  Who owns the domain, code, designs, content, and accounts? 
•  Which documentation is included? 
•  What is excluded? 
•  How are changes handled? 
•  What happens after launch? 
•  What maintenance is available? 
•  How will success be measured? 
•  What happens when the engagement ends? 

•  A design is promised before the business is understood. 
•  The provider asks only about visual preferences. 
•  Competitor sites are copied. 
•  There is no discovery process. 
•  There is no content plan. 
•  There is no sitemap. 
•  Mobile layouts are not included. 
•  Accessibility is not discussed. 
•  Performance is postponed until launch. 
•  Developers are not involved during design. 
•  No testing plan exists. 
•  No analytics plan exists. 
•  No redirect plan exists. 
•  Domain and account ownership are unclear. 
•  The provider controls the business’s domain. 
•  Outsourcing is not disclosed. 
•  A template is presented as custom without disclosure. 
•  Search rankings or conversion improvements are guaranteed. 
•  No maintenance plan exists. 
•  No documentation or handoff process exists. 

Frequently Asked Questions

What is a web design process?

A web design process is a structured approach for connecting business goals, user needs, content, navigation, visual design, accessibility, technology, testing, launch, and maintenance. The stages may overlap and should be adapted to the website’s size, purpose, risk, and available resources.

What are the main stages of web design?

The main stages are discovery, strategy, design, development, validation, launch, and stewardship. Discovery establishes goals and evidence; strategy defines content and structure; design creates layouts and interactions; development implements them; validation tests the result; launch publishes it; stewardship maintains and improves it.

What should happen before visual design begins?

The team should define the website’s business purpose, priority audiences, content requirements, existing-site findings, sitemap, user journeys, scope, constraints, and decision ownership. Visual design becomes more reliable when it responds to real content and agreed goals rather than assumptions.

Should website content be written before design?

Important content should be drafted before final layouts are approved. Early page briefs and realistic copy help determine hierarchy, navigation, component requirements, page length, calls to action, and responsive behavior. Some content and design work can proceed in parallel, but placeholder text should not remain the primary design input.

What is the difference between a sitemap and a wireframe?

A sitemap shows which pages exist and how they are organized. A wireframe shows the structure and hierarchy within a page or template. The sitemap addresses the website’s overall information architecture, while wireframes address the arrangement of content and actions on individual pages.

What is information architecture?

Information architecture is the organization, labeling, grouping, and relationship of website content. It helps visitors understand what the company offers, where information is located, and how to move between related subjects. Navigation and sitemaps are visible expressions of the underlying information architecture.

Should a website be designed mobile first?

Mobile-first design can be a useful starting approach, but the larger requirement is responsive design across real content, screen widths, input methods, and devices. Mobile users should not automatically receive less useful information, and desktop tasks should not be neglected.

How is accessibility included in web design?

Accessibility should influence structure, color, typography, navigation, forms, focus behavior, motion, media, error handling, and authentication from the beginning. A responsible process combines design review, development review, automated checks, manual testing, assistive-technology testing, and qualified accessibility or legal review where required.

What is a website design system?

A website design system is a reusable collection of rules, tokens, components, states, and guidance for designing and implementing consistent interfaces. A small website may need only a focused component library, while a large content platform may justify a more formal, documented system.

When should developers become involved?

Developers should become involved during strategy and early design—not only after final mockups are approved. Early collaboration helps validate responsive behavior, CMS requirements, accessibility, performance, integrations, animation, component reuse, data availability, browser support, and implementation effort.

How should a website design be tested?

Test structure and navigation through wireframe reviews, important interactions through prototypes, comprehension through representative-user sessions, and implementation through functional, responsive, accessibility, browser, device, performance, security, and content testing. Internal stakeholder approval alone is not sufficient user validation.

How long does a web design project take?

There is no universal duration. Timing depends on research, page and template count, content readiness, stakeholder availability, brand work, development, integrations, languages, accessibility and security review, migration, and testing. Delayed content and fragmented approvals frequently extend the schedule.

How much does professional web design cost?

Cost depends on strategy, content, design complexity, templates, CMS, integrations, accessibility, testing, development, migration, and support. SimplyRem currently publishes ranges from $8,000 for focused campaign work to $200,000 for more substantial e-commerce engagements, depending on scope.

What should be tested before launch?

Before launch, test content, navigation, links, forms, confirmations, email delivery, responsive behavior, browsers, devices, accessibility, performance, integrations, structured data, redirects, analytics, consent, administrator access, backups, security controls, error pages, and monitoring.

What happens after a website launches?

After launch, the owner should monitor forms, errors, performance, analytics, search indexing, security updates, accessibility, content accuracy, browser compatibility, and third-party services. The team should review actual visitor behavior and maintain a prioritized improvement backlog.

Can SimplyRem redesign, design, and develop a website?

Yes. SimplyRem provides website strategy, user and competitor research, content models, UI/UX design, responsive layouts, design systems, prototypes, CMS implementation, front-end development, performance work, migration, analytics, launch, and ongoing stewardship. The scope depends on the website’s business goals and technical requirements. 

A dependable web design process connects strategy, users, content, navigation, visual design, accessibility, development, performance, security, testing, measurement, and maintenance.

The strongest websites are not necessarily the most visually elaborate. They are the ones that help the right people find information, understand the company, complete important actions, and return when they need help.

Planning a new website or redesigning an existing one? Contact SimplyRem to discuss your business goals, customers, content, design requirements, technical platform, accessibility, integrations, and long-term website strategy.