Web Platforms & Web Apps
Web platforms that load in about a second
A page load is a cascade, and every request waits on the one above it. Fast is the shape of that cascade, never a number you tune at the end, and the shape is decided by architecture on day one.
One page load
0 → 2.5s
Only 3 requests are load-bearing. Everything past the line arrives after the page is already usable. That's the entire trick, and it's decided by architecture long before anyone tunes anything.
1.0s
Usable, not just started
Next.js
Server-rendered by default
WCAG
Accessible, not retrofitted
Preview deploys
On every change
The brief
Every team wants a fast platform. Almost nobody decides to have one.
Speed doesn't get lost in a bad week of coding. It gets lost in the first architecture conversation: the one about what renders where, what has to be in the HTML, and what a user is allowed to wait for. By the time anyone opens a performance tool, the ceiling has already been set, and tuning underneath it is expensive work with a small return.
The same is true of the parts nobody demos: the type system, the tests, the data layer. None of them show up in the launch screenshot, and all of them decide what the platform costs to own once it's real.
So we have that conversation in week one, while it's still free.
What belongs in the HTML, what can stream, what can wait, and what the data layer has to survive. Those four answers set the shape of the cascade, and the shape of the cascade is the number you'll be quoting to your board a year later.
What changes
Usable before the JavaScript lands
The content arrives in the HTML, rendered on the server. Users read and act while the app code is still downloading, instead of watching a spinner hold a blank page hostage.
Content search engines can actually read
Semantic markup, real URLs, proper metadata, and structured data. Crawlers get the page instead of an empty shell that needs a browser to become meaningful.
Spikes that stay boring
The data and API layers are designed for load and deployed on infrastructure that grows with it, so a launch, a campaign, or a busy season is a traffic chart instead of an incident.
A codebase the next developer can read
Type-safe, tested, and documented, so the person who inherits it, whether that's your team or ours, can add the next feature without first reverse-engineering the last one.
What we build
From the dashboard nobody can live without to the site everybody lands on
Dashboards and SaaS interfaces
Data-dense product screens that stay legible and quick on the hundredth visit of the day, the point at which most dashboards have quietly become unusable.
Portals and member areas
Role-aware spaces for customers, partners, and staff, where what someone can see and do is enforced on the server instead of hidden in the interface.
Marketplaces and platforms
Multi-sided platforms with the search, listings, and transaction flows that make them work: the parts that get hard precisely when the platform starts succeeding.
Internal tools
Back-office software that replaces the spreadsheet nobody admits is load-bearing, built for the handful of people who live in it all day.
Web apps and PWAs
App-like experiences that install to the home screen and keep working through a bad connection, without asking anyone to visit a store first.
Marketing and content sites
Fast, structured sites where the speed and the markup are the SEO foundation, and the content team can ship without filing a ticket.
The engagement
A quarter, in the order it actually runs
Week 1
Decide the shape of the load
What has to be in the HTML, what can stream, what can wait. This is an architecture conversation more than a tuning one, and having it first is the difference between fast and fast-ish.
Weeks 2–4
Design the flows
We shape the interface around how people actually move through the product, and around the data it has to carry, because a screen designed without its data is a screen that gets redesigned.
Weeks 5–12
Build it
Modern stack, tests from the first commit, preview deploys on every change. You see the real thing in a browser continuously, instead of a demo at the end.
Week 13
Launch
Shipped on infrastructure that suits the traffic, with monitoring wired in before the first real user arrives instead of after the first real outage.
After launch
Scale it
We harden and extend as usage grows, against what the monitoring actually shows instead of what we guessed at in week one.
How we work
Four phases, and the thing we won't bend on in each
The phases are the ordinary ones; everyone has these. What decides how the platform turns out is the rule we refuse to trade away inside each of them, usually around week nine when something has to give.
Design
Strict about the data. We won't design a screen without knowing what feeds it, because the prettiest interface in the world falls apart the first time it meets a real payload.
Build
Strict about the budget. Performance is a constraint we hold during the build, never a phase we schedule after it, by which point it's an archaeology project.
Launch
Strict about the boring parts. Monitoring, error tracking, and rollback exist before launch day, because that's the one day you can't add them.
Scale
Strict about evidence. We extend and harden based on what real usage shows, instead of the bottleneck we assumed would matter.
The decisions
Six choices, and what each one actually buys you
None of these are exotic. They're the standard answers, which is rather the point. What matters is that each one is a choice made on purpose, with a reason you can hold us to, instead of a default nobody remembers agreeing to.
Next.js
Server rendering and a rich app experience from one decision. The content is in the HTML, which is the same reason it's fast and the same reason it ranks.
Core Web Vitals from the first commit
Speed as a constraint the build has to live inside, instead of a cleanup phase that gets cut when the deadline moves.
Accessible to WCAG standards
A product usable by people on screen readers and keyboards. That's a larger audience than most teams assume, and increasingly a legal question as well as a kind one.
Type-safe, tested, documented
The next developer. Every one of these is a cost today and a refund every month afterward, which is exactly why they're the first things dropped.
Scalable data and API architecture
Room to grow. Most platforms fall over in the data layer, designed for the demo, long before a slow frontend becomes the problem.
CI/CD with preview deploys
A real URL for every change, before it merges. Review stops being an argument about a description and starts being a look at the thing.
Why it pays
Speed compounds
A fast page ranks better, converts better, and costs less to serve. It's the rare decision that pays into marketing, revenue, and infrastructure from the same investment.
Accessible is bigger than it sounds
Semantic, keyboard-navigable markup helps screen reader users, everyone on a bad connection, everyone on an old device, and every crawler. It's the same work, four times over.
You own the outcome
Clean, documented, tested code with no proprietary layer in the middle. Continuing with us is a choice you make each quarter, never a condition of the code running.
Fewer surprises at launch
Preview deploys and monitoring mean the risky moment is a Tuesday afternoon during the build, instead of the night you go live.
Selected work
Two platforms where browsing was the product
What you get
A platform, and the keys to it
Live, fast, accessible, monitored, and documented well enough that your team could take it from here tomorrow.
- 01A fast, responsive web platform on a modern, well-supported stack
- 02Core Web Vitals tuned against real-world conditions, beyond a lab score
- 03Accessible, semantic, SEO-ready markup throughout
- 04A data and API foundation designed for the traffic you're expecting
- 05CI/CD with preview deploys and monitoring wired in
- 06Clean, documented, tested code your team can own and extend
Where we've built them
Industries where the platform is the business
Real estate
Portals where browsing is the product, and every listing has to be fast, indexed, and findable.
Professional services
Client portals and internal tools that replace the spreadsheet the whole firm quietly depends on.
Travel and tourism
Search-to-checkout platforms that hold their speed through a seasonal spike.
Healthcare and dental
Patient-facing platforms where accessibility and clarity are requirements, never extras.
Logistics and distribution
Tracking and operations dashboards that stay legible when they're open all day.
E-commerce and retail
Content and catalog platforms where load time and search ranking are the same conversation.
Start here
Let's have the week-one conversation now
What renders where, what has to be in the HTML, and what your data layer has to survive. Bring us the product you want and we'll tell you the shape it needs.
Why us for this
We treat speed as architecture
Most teams tune at the end and find the ceiling was set in week one. We decide what renders where before the first component exists, because that's the decision that actually sets the number.
We build for the second year
Tests, types, and docs are the parts that get cut when a deadline moves. We don't cut them, because they're the entire difference between extending a platform and replacing it.
We'll argue with the brief
If a requested feature will cost more in load time than it returns in value, we'll say so before we build it, while it's still a conversation instead of a regression.
Working with Flaidex
01
No lock-in by design
Standard stack, your repository, your infrastructure accounts. Nothing in the build is arranged to make leaving expensive.
02
You watch it get built
Preview deploys mean there's a working URL from the first week. Progress is something you click, instead of a percentage in a status report.
03
One team, design through scale
The people who shaped the flows are the people who tune the queries. No handoff to a delivery team that wasn't in the room for the decisions.
Questions
What people ask before they commit
01Why Next.js?
Because it settles two problems with one decision. Server rendering puts your content in the HTML, which is simultaneously why the page is fast and why search engines can read it; most stacks make you choose. It's also widely supported and battle-tested at scale, which matters less on launch day and a great deal three years in, when you need people who can work on it.
02How fast will it actually be?
We build toward a page that's usable in about a second, and we treat that as a constraint during the build instead of a target we tune toward afterward. The honest caveat: speed depends on what the page has to do. A marketing page and a data-dense dashboard have different ceilings, and we'll tell you which one you're buying before we start.
03Will it work on mobile?
Everything we build is responsive and designed mobile-first. Where it suits your users we'll go further with a progressive web app that installs to the home screen and keeps working through a bad connection, but we'd only suggest that if your users actually need it.
04Can it handle a lot of traffic?
Yes, and the work for that happens in the data and API layers instead of the frontend, which is where platforms usually fall over. We design those for the load you're expecting and deploy on infrastructure that scales with demand, so a spike is a chart instead of an outage.
05Do you handle SEO?
We build the technical foundation completely: semantic markup, fast loads, proper metadata, structured data, clean URLs. That's the engineering half. The other half is content and strategy, which we'll advise on and happily work on alongside your team or your agency. We won't pretend a fast site alone will rank you.
06What happens after launch?
You get clean, documented, tested code your team can own outright. If you'd rather stay focused elsewhere, we can keep building and maintaining it with you, but that's an option, never the plan. The handover works whether or not you keep us.
More in Mobile & Web Applications
Let's talk
Running a large platform, shaping a first MVP, or getting a product ready for a funding round? Tell us where you are. We'll shape the process around it, and stay with you after launch.
