Start with your existing materials. Scope, timing and fees are agreed before work begins.
Defined deliverables
Agreed review points
Usable handover
A clearer path through your website Illustrative imageryThe problem we address
When this work helps.
Corporate websites frequently suffer from slow load speeds, poor mobile responsiveness, confusing navigation paths, and messaging that fails to convert high-intent enterprise visitors.
Tangible outputs
What you take away.
Final deliverables are agreed around your brief.
01
Information Architecture & UX Wireframes
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Full site mapping, conversion funnels, and low-fidelity prototypes detailing hierarchy and content requirements.
02
High-Fidelity Responsive UI System
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Pixel-perfect designs across 360px, 768px, 1024px, and 1440px breakpoints in Figma with interactive states.
03
Production Codebase Repository
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A codebase using the agreed stack, with relevant validation results and documentation. Deployment, hosting and ongoing operations are scoped separately.
04
Core Web Vitals & Accessibility Audit
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A report of executed performance and accessibility checks, including tested routes, tools, results and limitations. Scores and conformance are not promised in advance.
A clear working agreement
The scope, without surprises.
What the work includes+
Information architecture, sitemap optimization, and user journey flow design.
UX wireframing and high-fidelity responsive UI design in Figma.
Custom frontend development using Next.js App Router, TypeScript, and Tailwind CSS.
Accessible interactions, keyboard navigation, and semantic HTML landmarks.
SEO metadata architecture, schema.org structured data, and performance optimization.
Content management modeling and deployment configuration.
What your team provides+
Approved messaging and brand asset guidelines.
Access to DNS / hosting environments (e.g. Cloudflare) for staging and production release.
Timely review of design milestones and content copy blocks.
What is outside this scope+
Custom billing gateway development (Stripe Connect / billing logic handled via client engineering or standard APIs).
Continuous 24/7 web infrastructure hosting management (deployed to client Cloudflare/Vercel environments).
How we could measure progress+
Core Web Vitals lab and field metrics (LCP, INP, CLS).
Form completion rate and reduction in abandonment at key conversion steps.
Time on key capability and solution pages by prospective buyers.
From brief to handover
A process you can follow.
01
Architecture & Buyer Journeys
What happens here
Mapping out the site structure, content models, and navigation pathways tailored to target industry stakeholders.
02
UX Prototyping & Copy Integration
What happens here
Crafting page layouts that pair compelling messaging with clear conversion journeys and trust milestones.
03
High-Fidelity UI & Frontend Build
What happens here
Building the component library in Next.js, integrating animations, and optimizing typography and layout.
04
Testing, Audit & Deployment
What happens here
Comprehensive cross-browser QA, accessibility testing, SEO schema validation, and deployment pipeline setup.
Timing depends on scope, feedback and approved inputs.
Which frontend technologies does BrandlyUp specialize in?+
We engineer primarily with Next.js App Router, React 19, TypeScript, and Tailwind CSS, prioritizing static export and serverless architectures for maximum speed and security.
Do you design custom graphics or use stock templates?+
The design direction follows your brief and existing brand assets. Original, reused and licensed elements should be identified in the agreed scope.
How do you check mobile layouts?+
Agree representative devices, widths and browsers for testing. Report which layouts and interactions were actually checked, together with unresolved issues.
Can you migrate our existing content from an older website?+
Yes. We audit existing URLs, create 301 redirect maps, and restructure historical content to align with the new information architecture.
How do you handle website security and compliance?+
By utilizing static and serverless architectures, the public attack surface is drastically minimized, and forms are protected with honeypot fields, rate limiting, and strict input validation.