Frontend
Vue.js
The progressive framework. Approachable to start, disciplined enough to scale — when the team keeps it that way.
Overview
Vue is the framework people reach for when they want something between a jQuery-era sprinkle of interactivity and a full single-page application, and they want to move between those two without rewriting everything. You can drop Vue onto one section of an existing server-rendered page, wire up a bit of reactive behaviour, and ship it the same afternoon. You can also build a large Nuxt application with server-side rendering, typed stores and a routed component tree, using the same mental model the whole way up. That range — the ability to adopt it incrementally rather than all at once — is Vue’s defining trait, and it is why it survives in codebases that started small and grew.
The thing that makes Vue pleasant day to day is the single-file component: template, script and styles for one component live in one .vue file, and the template reads like HTML with a few directives rather than like a foreign syntax embedded in JavaScript. Vue’s reactivity system tracks what your state depends on and re-renders only what actually changed, so most of the time you mutate a value and the view updates without you thinking about it. There is genuine depth underneath — the Composition API, a proper reactivity model, an ecosystem of official libraries — but the on-ramp is gentler than almost anything comparable, and a competent back-end developer can be productive in Vue in days rather than weeks.
We build Vue applications and, because we operate what we ship, we live with the consequences of how we structure them. Vue gives you a lot of freedom, and freedom without discipline is how a two-year-old Vue codebase becomes a museum of three different state-management approaches. Our job is to pick the conventions early — Composition API, Pinia, typed props, a clear component boundary — and hold the line, so the codebase your team inherits reads the same on page ten as it does on page one.
Best for — Teams adding real interactivity to existing server-rendered apps, or building new SPAs where a gentle learning curve and a coherent official stack matter more than the size of the hiring pool.
Why teams choose Vue.js
Adopt it a page at a time
Vue does not demand a rewrite. You can mount it on one component of an existing page and expand from there, which means you can prove the value on a low-risk feature before you bet a roadmap on it.
A short path to productive
The template syntax reads like HTML and the reactivity model is intuitive, so back-end-heavy teams reach useful output quickly. Onboarding a new developer onto a well-structured Vue codebase is measured in days.
One coherent stack, officially maintained
Router, state and SSR come from libraries the core team maintains and versions together. You spend your time building features, not refereeing arguments between mismatched third-party dependencies.
Why businesses choose Vue.js
- You want interactivity added to an existing app without a big-bang SPA migration.
- Your developers are stronger on back-end and HTML than on front-end framework internals.
- You value a maintained, official stack over assembling and babysitting third-party choices.
- You are building a content or SEO-sensitive site and want Nuxt’s SSR without hand-rolling it.
What we build with Vue.js
The capabilities this technology is genuinely strong at — and what we most often build with it.
Single-file components
A .vue file holds the template, the component logic and its scoped styles together. Styles scoped to one component do not leak into others, so you refactor with confidence and read a component’s full behaviour in one place.
The reactivity system
Vue tracks the dependencies of your rendered output and updates precisely what changed when state mutates. You assign to a reactive value and the view follows, without manually declaring what depends on what in most cases.
Composition API vs Options API
The Options API organises a component by option type — data, methods, computed — and reads well for simple components. The Composition API groups code by feature and composes reusable logic into functions, which scales far better on complex components. We standardise on Composition for new work and keep it consistent.
Template directives
v-if, v-for, v-model and v-bind express conditional rendering, lists, two-way form binding and dynamic attributes directly in markup that still reads as HTML. Designers and back-end developers can follow a Vue template without learning a rendering DSL.
Pinia for state
Pinia is the current official store: typed, modular, dev-tools-friendly and far lighter than the Vuex it replaced. State lives in clearly-bounded stores rather than being threaded through props across half the component tree.
Nuxt for SSR and structure
Nuxt adds server-side rendering, file-based routing, data fetching and a project structure on top of Vue. It is the practical answer for SEO-sensitive sites and for teams who want conventions rather than a blank page.
Use cases
Interactive layers on a server-rendered app
A Laravel or PHP application that needs a reactive dashboard, a multi-step form or a live-filtering table on specific pages — Vue mounts on those islands without touching the rest.
Internal tools and admin panels
Data-dense CRUD interfaces where developer velocity and readable code matter more than a large public hiring pool. Vue’s clarity pays off in tools a small team maintains for years.
Content sites with Nuxt
Marketing sites, documentation and editorial platforms that need server rendering for SEO and fast first loads, with Vue’s component model for the interactive parts.
Customer-facing SPAs
Booking flows, account portals and configurators where a single-page experience is warranted and the team wants one coherent stack rather than an assembled one.
When Vue.js is the right choice
- You have an existing server-rendered application — Laravel, Rails, a PHP monolith — and you want to add rich interactivity to specific pages without committing to a full SPA rewrite. Vue’s incremental adoption is genuinely best-in-class here.
- Your team is strong on back-end and HTML but lighter on front-end framework experience. Vue’s template syntax and gentler learning curve get people productive faster than React’s JSX-and-hooks model or Angular’s heavier conceptual load.
- You want a coherent, officially-maintained stack — Vue Router, Pinia, Nuxt — rather than assembling a SPA from a dozen third-party libraries that each make their own choices.
- You are building a content-driven or marketing-heavy site that needs SSR and good SEO; Nuxt handles server rendering, routing and data fetching without you wiring it together by hand.
- Vue is the wrong choice if your organisation hires for React or Angular by default and the talent pool matters more than the technology — you will fight the market on every hire. It is also a poor fit if you specifically need a library or integration that only ships first-class support for React; the Vue equivalent may lag or not exist.
Vue.js: pros and cons
Strengths
- Genuinely gentle learning curve; readable single-file components keep template, logic and styles in one place.
- Best-in-class incremental adoption — works as a sprinkle or as a full application with the same model.
- First-party ecosystem (Vue Router, Pinia, Nuxt) that is coordinated and well-documented.
- Fast, fine-grained reactivity that re-renders only what changed, with little manual optimisation for most apps.
Trade-offs
- Smaller talent pool than React; in some markets hiring Vue engineers takes longer and costs more.
- The third-party ecosystem is smaller, so niche libraries and integrations sometimes ship React support first — or only.
- Its flexibility is a liability without discipline; large teams need enforced conventions or the codebase fragments.
- The Options-API-to-Composition-API shift left older tutorials and Stack Overflow answers pointing at patterns you should no longer copy.
How we structure a Vue application
We settle the conventions before we write feature code, because Vue’s flexibility is exactly what turns an unmanaged codebase into a patchwork. That means the Composition API for all new components, Pinia for shared state, typed props and events on every component boundary, and a clear rule for what belongs in a component versus a composable versus a store. These decisions are cheap to make on day one and expensive to retrofit on day two hundred.
Components stay small and single-purpose, with reusable logic extracted into composables — plain functions that use Vue’s reactivity — rather than duplicated or hidden in mixins. State that more than one component needs lives in a Pinia store; state that belongs to one component stays local. For anything SEO-sensitive or first-load-sensitive we build on Nuxt so rendering happens on the server and the client hydrates, rather than shipping a blank page that fills in after JavaScript runs.
Performance in practice
Vue’s reactivity is fine-grained, so it re-renders the parts of the tree that actually depend on changed state rather than everything beneath a component. For most applications that is enough, and premature optimisation just adds noise. The performance problems we see are rarely the framework — they are oversized bundles, unpaginated lists rendering thousands of rows, and data fetched in waterfalls instead of in parallel.
We keep bundles honest with code-splitting on routes and lazy-loaded components, virtualise long lists rather than rendering them whole, and use Nuxt’s server rendering to get meaningful content to the browser on the first response. Where a hot path genuinely needs it, we reach for computed properties, shallow reactivity and memoisation — but only after measuring, never on a hunch.
Security considerations
Vue escapes interpolated content by default, which closes off the most common cross-site scripting mistakes — the danger is v-html, which renders raw markup and must never receive unsanitised user input. We treat every v-html as a decision to justify, not a convenience, and sanitise on the server whenever untrusted content has to be rendered as HTML.
The rest is the discipline any SPA needs: a Vue front end is a public client, so authorisation and validation live on the server where they cannot be bypassed. We keep secrets out of the bundle, guard routes on the server as well as in Vue Router, and — with Nuxt — keep server-only code out of what ships to the browser. The client enforces nothing an attacker cannot disable.
Scaling a Vue codebase and team
Vue scales technically without much drama; the reactivity model and component system hold up in large applications. What does not scale automatically is consistency. On a big team, Vue’s freedom means five developers can solve the same problem five ways unless the conventions are written down and enforced in review. The frameworks that feel more rigid — Angular in particular — buy their rigidity precisely to prevent this, and on very large teams that trade can be worth it.
We scale Vue by narrowing choices deliberately: one state approach, one API style, one component pattern, checked in code review and, where practical, by lint rules. Nuxt’s conventions do some of this enforcing for you, which is part of why we lean on it for larger projects. Handled this way, a Vue codebase stays legible as it grows; handled loosely, it fragments faster than a more opinionated framework would.
Vue.js integrations & ecosystem
The technologies we most often pair with it — each links to how we work with it.
How we work
Senior engineers do the work — the people setting your conventions are the people writing the code and, afterwards, the people running it in production. We start by agreeing the architecture: API style, state management, component boundaries and whether you need Nuxt. Getting these right early is most of what separates a Vue codebase that ages well from one that does not.
From there we ship in small, reviewable increments with the conventions enforced in review rather than assumed. We are blunt about trade-offs as they come up, including when the honest answer is that Vue is not the right tool for a particular part of the job — and we would rather tell you that early than discover it in a rewrite.
The service behind it
Delivered throughCustom Software DevelopmentWhat we build with Vue.js
The disciplines this technology most often shows up in — from a first build to taking over and stabilising an existing one.
How we deliver
- 01
Discover
We map the system, the constraints and the business it serves — including the parts nobody documented.
Architecture brief
- 02
Architect
Decisions get made, written down and defended before a line of production code exists.
Decision records
- 03
Build
Short cycles against working software. You see progress in the product, not in a status deck.
Shipping increments
- 04
Operate
Monitoring, incident response and iteration. The system is alive, so the engagement is too.
Runbooks & SLOs
Industries we use Vue.js in
Domain knowledge changes what gets built. A few of the sectors we know before the first meeting.
Also in Frontend
Why teams choose us for Vue.js
We operate what we build
The engineers who choose your conventions are the ones who maintain the result, so we make decisions we will have to live with — not ones that look tidy in a proposal and hurt in month six.
Senior engineers only
No junior team learning Vue on your budget. The people writing your components have shipped and maintained Vue applications before, and know where its flexibility helps and where it bites.
Honest about the fit
If your hiring is built around React, or you need something Vue’s ecosystem does poorly, we will say so. We would rather lose the argument early than build you the wrong thing well.
Typical timeline
- 01
Discovery
We agree the conventions — Composition API, Pinia, Nuxt or plain Vue — and map the components, data and integrations the work needs. Usually one to two weeks.
- 02
Foundations
Project structure, state, routing, typing and the first vertical slice built end to end, so the pattern every later feature follows is proven early.
- 03
Delivery
Features built in small reviewable increments against milestones, with the conventions enforced in review rather than assumed.
- 04
Operate and hand over
We run it in production, fix what surfaces and hand over a codebase your team can actually read — with the conventions documented, not folklore.
How pricing works
- Discovery and architecture are scoped and priced up front, so you know the shape of the stack before we build on it.
- Delivery is time-and-materials with a senior team, billed against clear milestones you can check as we go.
- We are happy to start with a small, self-contained piece — one interactive feature on an existing page — so you can judge the working relationship on real output before committing further.
Hire Vue.js engineers
Need Vue.js capacity on your own team? We embed named senior engineers into your existing team — reporting to your leads, working in your rituals — so you add capacity without a hiring cycle.
Hire Vue.js engineersCommon questions
Should we choose Vue or React?
If your team is back-end-heavy, you want a coherent official stack, or you are adding interactivity to an existing server-rendered app, Vue is often the better fit and the faster on-ramp. If you hire for React by default, need the largest possible talent pool, or depend on a library that only supports React well, React wins on ecosystem and market depth. Both are excellent — the deciding factor is usually your team and your hiring, not the technology.
How does Vue compare to Angular?
Angular is more opinionated and prescriptive: it gives you structure, dependency injection and conventions out of the box, which large teams sometimes value precisely because it prevents fragmentation. Vue is lighter and more flexible, with a gentler learning curve, but that flexibility means you must impose the discipline Angular imposes for you. For very large teams that want guardrails baked in, Angular’s rigidity can be an advantage; for most teams, Vue’s approachability wins.
Can we add Vue to our existing app without a full rewrite?
Yes — this is one of Vue’s real strengths. You can mount Vue on a single component of an existing server-rendered page and leave the rest untouched, then expand as it proves itself. We often start exactly this way: one interactive feature, shipped and running, before anyone commits to a larger migration.
Should we use the Composition API or the Options API?
We standardise on the Composition API for new work. The Options API is fine for simple components and reads well, but the Composition API groups code by feature and lets you extract reusable logic into composables, which scales far better as components grow. Mixing both across a codebase is a recipe for confusion, so we pick one — Composition — and keep it consistent.
Do we need Nuxt, or is plain Vue enough?
Plain Vue is enough for internal tools, admin panels and SPAs behind a login where SEO and first-load speed are not priorities. Reach for Nuxt when you need server-side rendering for search visibility, fast first loads on public pages, or the structure and conventions its file-based routing and data fetching provide. We decide this in discovery rather than defaulting to the heavier option.
Building on Vue.js?
A technical conversation with the engineers who would do the work. If we are not the right fit, we will say so on the call.