Frontend
Vue.js Development Company
The progressive framework. Approachable enough to add to one page this afternoon, disciplined enough to carry a whole product, provided somebody holds the conventions.
Overview
Vue is what you reach for when you want something between a sprinkle of interactivity on a server-rendered page and a full single-page application, and you want to move between those two positions without rewriting everything you have already shipped. You can mount Vue on one section of an existing page, wire up some reactive behaviour, and have it in production the same afternoon. You can also build a large Nuxt application with server-side rendering, typed stores, file-based routing and a component tree hundreds of files deep, using the same mental model the whole way up. That range is Vue’s defining trait. It is the reason Vue survives in codebases that started as a small experiment and quietly became the product, and it is a genuinely different proposition from a framework that asks you to commit wholesale on day one.
The thing that makes Vue pleasant day to day is the single-file component. Template, script and scoped styles for one component live together in one .vue file, and the template reads like HTML with a handful of directives rather than like a foreign syntax embedded inside JavaScript. A designer can look at it. A back-end developer can follow it. That sounds like a small thing next to architectural arguments, and in practice it is one of the largest determinants of how quickly a mixed team gets moving, because the barrier to contributing is genuinely lower.
Underneath the friendly surface there is real depth. Vue’s reactivity system tracks precisely which rendered output depends on which piece of state, so when you assign to a value only the affected parts of the view update, with no dependency arrays to maintain and no manual memoisation for the ordinary case. The Composition API gives you a way to group code by feature and extract reusable stateful logic into plain functions, which is where Vue stops being a convenient template layer and starts being a serious application framework. Pinia gives typed, modular stores. Nuxt adds server rendering, routing, data fetching and a project structure. The official libraries are maintained by the core team and versioned in step, so you are not refereeing arguments between packages that each made their own decisions.
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 great deal of freedom, and freedom without discipline is exactly how a two-year-old Vue codebase becomes a museum with three different state-management approaches and two API styles on display. Our job is to settle the conventions early, Composition API, Pinia, typed props and events, a clear rule about what belongs in a component versus a composable versus a store, and then hold the line in review, so the codebase your team inherits reads the same on page ten as on page one. That is the part that decides whether Vue’s flexibility was an asset or a liability, and it is not a decision the framework makes for you.
Best for: Teams adding real interactivity to existing server-rendered applications, and small to mid-sized product teams building new applications 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 as an entry fee. You can mount it on one component of an existing page, leave everything else untouched, and expand from there as it earns trust. That means you can prove the value on a low-risk feature, in production, before anyone commits a roadmap or a budget to a migration.
A short path to productive
The template syntax reads like HTML and the reactivity model behaves the way people intuitively expect, so back-end-heavy teams reach useful output quickly. Onboarding a developer onto a well-structured Vue codebase is measured in days, and that changes what a small team can realistically take on.
One coherent stack, officially maintained
Router, state and server rendering come from libraries the core team maintains and versions together. You spend your time building features instead of adjudicating disputes between mismatched third-party dependencies, and upgrades tend to be coordinated rather than a game of compatibility chicken.
Reactivity that just works
Vue tracks dependencies automatically, so you assign to a value and the view follows. There is no dependency array to keep in sync, no manual memoisation for ordinary components, and no whole category of bugs that come from telling a framework what your code depends on and getting it slightly wrong.
Why businesses choose Vue.js
- You want real interactivity added to an existing application without a big-bang single-page migration and the risk that carries.
- Your developers are stronger on back-end work and HTML than on front-end framework internals, and you want them contributing this month rather than next quarter.
- You value a maintained, official stack over assembling, curating and babysitting a set of third-party choices that will drift apart over time.
- You are building a content-led or SEO-sensitive site and want Nuxt’s server rendering without hand-rolling it or bolting it on later.
- You have a small team that will maintain this software for years, and readability and onboarding speed matter more to you than the depth of the public hiring market.
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. Scoped styles do not leak into other components, so you can refactor without fear of breaking something visually three screens away, and you can read a component’s complete behaviour in one place rather than across three files in three directories.
The reactivity system
Vue tracks which parts of the rendered output depend on which reactive state, and updates precisely those when state changes. You assign to a value and the view follows. There is no dependency array to maintain and no manual memoisation in ordinary components, which removes a whole family of subtle bugs that come from declaring dependencies by hand.
The Composition API
Code is grouped by feature rather than by option type, and stateful logic is extracted into composables: plain functions that use Vue’s reactivity and can be tested on their own. This is what makes Vue scale on complex components, and it is why we standardise on it for all new work rather than leaving the choice open per component.
Template directives
v-if, v-for, v-model and v-bind express conditional rendering, lists, two-way form binding and dynamic attributes in markup that still reads as HTML. A designer or a back-end developer can follow a Vue template without first learning a rendering abstraction, which changes who can usefully contribute to the front end.
Pinia for shared state
Pinia is the current official store: typed, modular, dev-tools-friendly, and considerably lighter than the Vuex it replaced. Shared state lives in clearly bounded stores rather than being threaded through props across half the component tree, and the typing is good enough that refactoring a store is safe rather than exploratory.
Nuxt for rendering and structure
Nuxt adds server-side rendering, static generation, 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 would rather have conventions than a blank directory, and it does much of the enforcing that Vue itself leaves to you.
Composables over mixins
Reusable logic lives in composables, ordinary functions returning reactive state and behaviour, so its inputs and outputs are explicit. That replaced the old mixin approach, where properties appeared on a component from an unclear source and name collisions were silent, and it is a large part of why modern Vue codebases stay traceable.
Transitions and the dev tools
Built-in transition and animation primitives handle enter, leave and list-move animation declaratively, and the browser dev tools show the component tree, reactive state, Pinia stores and a timeline of what changed. Debugging a reactivity problem is usually a matter of looking rather than of adding logging.
Use cases
Interactive layers on a server-rendered application
A Laravel, Rails or PHP application that needs a reactive dashboard, a multi-step form, a live-filtering table or a rich editor on specific pages. Vue mounts on those islands and leaves the rest of the application exactly as it is, which keeps the change reversible and the risk small.
Internal tools and admin panels
Data-dense CRUD interfaces where developer velocity and readable code matter far more than a large public hiring pool. Vue’s clarity pays back repeatedly in tools a small team maintains for years and returns to infrequently, which is most internal software.
Content and marketing sites with Nuxt
Editorial platforms, documentation, campaign sites and marketing estates that need server rendering for search visibility and fast first loads, with Vue’s component model handling the genuinely interactive parts rather than the whole page being an application.
Customer-facing single-page applications
Booking flows, account portals, configurators and calculators where a single-page experience is warranted and the team wants one coherent stack they can reason about rather than an assembled one they have to maintain agreements with.
Progressive migration away from a legacy front end
Replacing jQuery-era interactivity page by page, or moving off an unmaintained framework, without stopping feature delivery. Vue is unusually good at this because the migration boundary can be a single component rather than a whole route.
Embedded widgets and micro front ends
Self-contained interactive components dropped into someone else’s page or a legacy platform you cannot restructure, where a small footprint and no assumptions about the surrounding application are prerequisites.
When Vue.js is the right choice
- Right when you have an existing server-rendered application, a Laravel or Rails app or a PHP monolith, and you want rich interactivity on specific pages without committing to a full single-page rewrite. Vue’s incremental adoption is genuinely best in class, and the ability to prove value on one feature before betting a roadmap is worth a lot.
- Right when your team is strong on back-end work and HTML but lighter on front-end framework internals. The template syntax and the reactivity model get people productive in days rather than weeks, which is a real and measurable saving on a team that does not have front-end specialists to spare.
- Right when you want a coherent, officially maintained stack (Vue Router, Pinia, Nuxt) rather than assembling an application from a dozen third-party libraries whose maintainers do not talk to each other and whose release schedules do not align.
- Right when you are building a content-driven or SEO-sensitive site and want Nuxt to handle server rendering, routing and data fetching properly rather than hand-wiring it or discovering late that your search visibility depends on JavaScript executing.
- Right for internal tools, admin panels and dashboards maintained by a small team over years, where developer velocity and code you can still read next year matter more than the size of the public hiring market.
- Wrong when your organisation hires for React by default and the talent pool matters more than the technology. You will fight the market on every hire, and in some cities that is a slow and expensive fight. That is an organisational constraint, not a technical one, but it is real and it decides projects.
- Wrong when you depend on a specific library or vendor SDK that only ships first-class React support. The Vue equivalent may lag, may be a community port, or may not exist, and discovering that halfway through a build is an unpleasant place to be.
- Wrong when you have a very large engineering organisation that specifically wants guardrails imposed by the framework rather than by agreement. Vue expects you to bring the discipline; Angular brings its own. If you know your teams will not hold conventions voluntarily, the more prescriptive framework is the honest answer.
Vue.js: pros and cons
Strengths
- A genuinely gentle learning curve, with readable single-file components that keep template, logic and scoped styles in one place where you can see all of them at once.
- Best-in-class incremental adoption. The same framework works as a sprinkle on one page and as a full application, with the same mental model, so growth does not mean a rewrite.
- A first-party ecosystem (Vue Router, Pinia, Nuxt, the dev tools) that is coordinated, well documented and maintained by the people who maintain the framework.
- Fine-grained reactivity that re-renders only what actually changed, with little manual optimisation needed for the overwhelming majority of applications.
- The Composition API composes stateful logic into plain functions that are easy to test in isolation and easy to reuse, without the inheritance-flavoured awkwardness of the mixins it replaced.
- Excellent documentation, which is an underrated practical advantage when a team is learning and the alternative is a decade of contradictory blog posts.
Trade-offs
- A smaller enterprise hiring pool than React or Angular, and this is the objection that most often decides against Vue. In many markets a Vue role takes longer to fill and costs more, and large organisations with established React practices will not restructure recruitment around a framework preference. The technology is not the constraint here; the labour market is, and it does not care that Vue is pleasant.
- The Options API versus Composition API split still causes real confusion. Both are supported and both are valid, which means a codebase can contain two styles, and the enormous body of older tutorials, courses and answers demonstrates patterns you should no longer copy. A team learning from search results will absorb both and mix them, and the resulting inconsistency is exactly the thing Vue’s flexibility makes easy to create and hard to unwind.
- The third-party ecosystem is smaller and shallower than React’s. Component libraries, analytics SDKs, payment widgets and niche integrations frequently ship React support first and Vue support later, or never. You will occasionally wrap something yourself, and occasionally discover the community wrapper is unmaintained.
- Flexibility is a liability without enforcement. Vue will happily let five developers solve the same problem five ways, and nothing in the framework objects. On a larger team that fragments the codebase faster than a prescriptive framework would allow, and the discipline has to come from conventions, lint rules and review rather than from the tooling.
- The Vue 2 to Vue 3 transition was disruptive, and its shadow persists. Some organisations still carry Vue 2 code past end of life, some libraries never made the jump cleanly, and the migration left a residue of caution that is not entirely unfair even though Vue 3 has been stable and excellent for a long time.
- TypeScript support is good and has improved substantially, but it is not as seamless as in a framework designed around types from the outset. Template type checking works well with the right tooling and setup, and it takes deliberate configuration rather than being the default state of the world.
How we structure a Vue application
We settle the conventions before writing feature code, because Vue’s flexibility is precisely what turns an unmanaged codebase into a patchwork. That means the Composition API for all new components with no exceptions, Pinia for shared state, typed props and emitted events on every component boundary, and an explicit rule for what belongs in a component versus a composable versus a store. These decisions cost almost nothing on day one and are expensive to retrofit on day two hundred, when there are already four hundred components and three opinions.
The rule we use in practice is straightforward. Components stay small and single-purpose, and are presentational wherever they can be. Logic that more than one component needs, or that has non-trivial behaviour worth testing on its own, is extracted into a composable, which is a plain function using Vue’s reactivity and therefore testable without mounting anything. State that more than one part of the application needs lives in a Pinia store with a clear boundary and a clear owner; state that belongs to a single component stays local, because the fastest route to an incomprehensible Vue application is putting everything in a global store because it was convenient once. Server data is fetched through a data-access layer and cached deliberately rather than copied into a store and then slowly desynchronised from reality.
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 downloads and executes. Nuxt also does some of the enforcing that plain Vue leaves to you, through file-based routing and its project conventions, which is a large part of why we lean on it for anything beyond a small application. Where a project stays on plain Vue, we compensate with a documented structure and lint rules, because the conventions have to live somewhere the build can see them rather than in a wiki page nobody opens after the first week.
Performance in practice
Vue’s reactivity is fine-grained, so it re-renders the parts of the tree that genuinely depend on changed state rather than everything beneath a component. For the overwhelming majority of applications that is enough, and premature optimisation just adds noise and indirection that the next engineer has to read past. The performance problems we are actually called in to fix are rarely the framework: they are oversized bundles carrying a date library and a chart library that one screen uses, unpaginated tables rendering thousands of rows into the DOM, images nobody sized, and data fetched in a waterfall of sequential requests where they could have run in parallel.
So we start where the wins are. Code-splitting on routes and lazy-loading heavy components keeps the initial download honest. Long lists are virtualised rather than rendered whole. Nuxt’s server rendering gets meaningful content to the browser on the first response instead of after a round trip and a parse, which is usually the single largest improvement available on a public page. Requests are parallelised and cached at the right layer. Only after that do framework-level techniques earn their place: computed properties instead of recomputing in the template, shallowRef where a large object does not need deep reactivity, v-memo on genuinely hot list rendering, and careful watcher design so one state change does not cascade into three more.
We measure before and after on real devices and real connections, because a developer laptop on office broadband is a poor proxy for a user on a mid-range phone. The tooling is good: the Vue dev tools show what re-rendered and why, and the bundle analyser makes it obvious which dependency is costing you. Where the honest answer is that the page did not need a framework at all, we say so, because the fastest interactive Vue page is still slower than the static HTML it replaced, and some pages should simply be static HTML.
Security considerations
Vue escapes interpolated content by default, which closes off the most common cross-site scripting mistakes without anyone having to think about it. The obvious danger is v-html, which renders raw markup and must never receive unsanitised user input. We treat every use of v-html as a decision to be justified in review rather than a convenience, and where untrusted content genuinely has to be rendered as HTML, such as rich text from a content management system, it is sanitised on the server with a proper allow-list rather than filtered in the browser where an attacker controls the environment. Dynamic component names and dynamically bound href attributes deserve the same scrutiny, since both are routes to executing something you did not intend.
The rest is the discipline any client-side application needs, applied consistently. A Vue front end is a public client: the bundle is readable, the network requests are visible, and route guards are user experience rather than security. Authorisation and validation live on the server where they cannot be bypassed, and we are explicit about that in review because a well-built permissions model in the client is very good at creating a false sense of coverage over an API that will serve anything to an authenticated user. Secrets do not ship in the bundle, which sounds obvious and is nonetheless the most commonly found problem in front-end code reviews.
With Nuxt there is an additional and specific concern worth naming: the server and client share a codebase, so it is genuinely easy to leak a server-only value into what ships to the browser through runtime configuration or an incautiously placed import. We keep server-only code in server directories, use the public and private runtime configuration split deliberately, and check what is actually in the client bundle rather than assuming. Dependencies are audited in CI, because the front-end supply chain is a real and actively exploited attack surface, and a component library with a wide dependency tree is a meaningful part of your exposure.
Scaling a Vue codebase and team
Vue scales technically without much drama. The reactivity system and the component model hold up in large applications, Nuxt handles substantial routed sites, and the framework is not where you hit a wall. What does not scale automatically is consistency, and that is the honest constraint. On a larger team, Vue’s freedom means five developers can solve the same problem five ways and nothing in the tooling objects. The more prescriptive frameworks buy their rigidity precisely to prevent this, and on a very large engineering organisation that trade can be worth making.
We scale Vue by narrowing choices deliberately and then enforcing the narrowing. One API style, Composition, everywhere. One state approach, Pinia, with clear store boundaries. One component pattern, one folder convention, one way to fetch data. These are checked in review and, wherever possible, in lint rules and CI rather than in a document, because conventions that depend on a reviewer remembering do not survive a deadline. Nuxt’s conventions do some of this work for you by making the structure a property of the framework rather than of your agreement, which is part of why we reach for it on larger projects even when server rendering is not the primary motivation.
Team scaling has an organisational dimension too, and we would rather raise it early than have it surface at the worst moment. If your recruitment pipeline is built around React, growing a Vue team is slower, and that is a legitimate reason to choose differently no matter how good the technology is. Where a client is committed to Vue, we mitigate it by keeping the codebase conventional and legible so a competent React or Angular developer can become productive quickly, since the transferable part, component thinking, reactivity, state boundaries, is most of the job. Handled this way a Vue codebase stays clear as it grows. Handled loosely it fragments faster than a prescriptive framework would allow, and no framework can save a team from decisions it declined to make.
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, which tends to concentrate the mind on decisions you will have to live with rather than ones that look tidy in a proposal. We start by agreeing the architecture: the API style, state management, component boundaries, and whether you need Nuxt or plain Vue. Getting those right at the start is most of what separates a Vue codebase that ages well from one that becomes a rewrite argument in year three.
From there we ship in small, reviewable increments, with the conventions enforced in review and in lint rather than assumed. Where we are adding Vue to an existing application, we start with one self-contained feature, get it into production, and let it prove itself before anyone commits to a wider migration. That sequencing is deliberate: it gives you real evidence about performance, developer velocity and how your team finds the framework, at a cost you can absorb if the answer turns out to be no.
We are blunt about trade-offs as they arise, including when the honest answer is that Vue is not the right tool for a particular part of the job, or for the job at all. Handover is treated as part of the work rather than a final invoice line: documented conventions rather than folklore, a setup that runs from a clean checkout, and a codebase your team can genuinely read. If your developers cannot confidently change what we built after we step back, we have not finished, whatever the acceptance criteria say.
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
Weighing up Vue.js?
A short call with engineers who build in it and operate the result. If Vue.js is the wrong tool for what you are doing, we would rather tell you now than bill you later.
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 rather than ones that look tidy in a proposal and hurt in month six when the codebase has grown around them.
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 precisely where its flexibility helps and where it quietly bites eighteen months later.
We enforce conventions, not just recommend them
Vue’s freedom is only an advantage if somebody narrows it deliberately. We settle the API style, the state approach and the component boundaries at the start and hold them in review, which is the single largest factor in whether a Vue codebase ages well.
Honest about the fit
If your hiring is built around React, or you need something the Vue ecosystem does poorly, or the page in question does not need a framework at all, we will say so. We would rather lose that argument early than build you the wrong thing competently.
Incremental by default
We would usually rather ship one feature into your existing application and let it prove itself than sell you a migration. It is lower risk for you, it produces evidence instead of assurances, and it is how most of our long engagements actually started.
Typical timeline
- 01
Discovery
One to two weeks agreeing the conventions (Composition API, Pinia, Nuxt or plain Vue) and mapping the components, data and integrations the work needs. This is also where we confirm Vue is the right choice for your team and your hiring situation, not only for the technical problem.
- 02
Foundations
Project structure, state, routing, typing, the component conventions and the first vertical slice built end to end, so the pattern every later feature follows is proven in production rather than sketched in a document.
- 03
Delivery
Features built in small reviewable increments against agreed milestones, with the conventions enforced in review and in lint rules rather than assumed, and pattern drift corrected as it appears instead of tolerated as personal style.
- 04
Polish
Bundle and rendering performance on real devices, accessibility, server rendering where it matters for search visibility and first paint, and a security pass covering v-html use, dependency auditing and anything the client bundle should not contain.
- 05
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 rather than remembered, and the upgrade path understood.
How pricing works
- Most engagements start with a paid discovery phase. We map the components, the data, the integrations and the rendering requirements, and decide between plain Vue and Nuxt on evidence rather than habit, so the estimate reflects your actual requirements instead of an optimistic guess.
- Defined pieces of work are quoted fixed-scope: one interactive feature added to an existing server-rendered application, a Nuxt content site, a migration from an unmaintained front end, or a Vue 2 to Vue 3 upgrade with an agreed definition of done.
- Longer programmes run as a monthly senior engagement, with a defined team building and operating against agreed outcomes on a regular review cadence, and no penalty for scaling down or stopping when the work is complete.
- We are happy to begin with something small and self-contained, a single interactive feature shipped to production, so you can judge the working relationship on real output before committing to anything larger. We would rather earn the next phase than be contracted into it.
- Third-party costs (hosting, content management platforms, component library licences, analytics and error tracking) are billed to your own accounts at cost, with no mark-up from us. You hold the accounts and the invoices, and they stay with you regardless of what happens to our engagement.
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 application, Vue is usually the better fit and much the faster on-ramp. If you hire for React by default, need the largest possible talent pool, or depend on a library or vendor SDK that only supports React properly, React wins on ecosystem and market depth. Both are excellent frameworks and the technical difference is smaller than the internet suggests. The deciding factor is almost always your team and your hiring, not the technology, and we will ask about both before recommending either.
How does Vue compare to Angular?
They are opposite answers to the same question. Angular is prescriptive: it decides routing, forms, HTTP, dependency injection and testing for you, expects wholesale adoption, and imposes consistency across a large organisation whether or not the team would have chosen it. Vue is progressive: gentler to learn, adoptable one page at a time, and it leaves the structural decisions to you. That flexibility is an advantage on a small or mid-sized team who will actually hold conventions, and a liability on a large one that will not. If you need the framework to be the guardrail because agreement will not hold, Angular is the honest recommendation.
Can we add Vue to our existing application without a full rewrite?
Yes, and this is one of Vue’s genuine strengths rather than marketing. You can mount Vue on a single component of an existing server-rendered page and leave the rest of the application completely untouched, then expand as it proves itself. We often start exactly this way: one interactive feature, shipped and running in production, before anyone commits to anything larger. It keeps the risk contained, it gives you real evidence rather than a promise, and if the answer turns out to be that Vue is not for you, you have lost one feature and not a roadmap.
Should we use the Composition API or the Options API?
We standardise on the Composition API for new work, and we do not leave it as a per-developer choice. The Options API is perfectly fine for simple components and reads well, but the Composition API groups code by feature and lets you extract reusable stateful logic into composables that are testable on their own, which scales far better as components grow and as the codebase does. Mixing both across one codebase is a reliable source of confusion, particularly for a team learning from older tutorials that predate the shift, so we pick one and hold it.
Do we need Nuxt, or is plain Vue enough?
Plain Vue is enough for internal tools, admin panels and applications behind a login where search visibility and first-load speed are not commercial concerns. Reach for Nuxt when you need server-side rendering for search, fast first paint on public pages, or simply the structure its file-based routing, data fetching and project conventions provide, which on a larger team is worth having even setting rendering aside. We decide this in discovery on the actual requirements rather than defaulting to the heavier option, and we have talked clients out of Nuxt as often as into it.
Is the smaller hiring pool a genuine problem?
It can be, and we will not pretend otherwise, because it is the most common reason organisations reject Vue and it is a fair one. In many markets Vue roles take longer to fill than React roles, and if your recruitment pipeline is already built around React you will be fighting it on every hire. Two things soften it. Competent React or Angular developers pick Vue up quickly, because component thinking, reactivity and state boundaries transfer almost entirely and the syntax is the easy part. And a conventional, well-documented Vue codebase is much easier to hire into than a fragmented one. But if hiring volume is your binding constraint, that is a legitimate reason to choose React and we will say so.
We are still on Vue 2. What should we do?
Vue 2 has reached end of life, so this is a security and maintenance question rather than a preference. The migration to Vue 3 is well trodden with a documented path and a compatibility build, but it is genuine work, particularly where you depend on libraries that never made the jump or where the codebase leans on patterns Vue 3 changed. We start by auditing the dependency surface, because that is where the real cost sits and it is what determines whether this is a routine upgrade or a partial rebuild. Then we migrate incrementally, keeping the application shippable throughout, rather than disappearing for a quarter and returning with something that needs a full regression pass.
How do you stop a Vue codebase from fragmenting as it grows?
By narrowing the choices deliberately and enforcing the narrowing mechanically. One API style, one state approach, one folder convention, one way to fetch data, all decided at the start and checked in lint and CI rather than left to a reviewer’s memory on a Friday afternoon. Composables carry reusable logic so it is not duplicated with variations. Nuxt’s conventions do some of the enforcing structurally. None of this is exotic, and all of it has to be done at the start, because retrofitting consistency onto four hundred inconsistent components is the most thankless work in front-end engineering and nobody ever budgets for it.
Building on Vue.js?
Tell us what you are building and where it is stuck. A senior engineer reads it and gives you an honest read on whether Vue.js is the right fit for the problem, or what we would reach for instead.
- 01A senior engineer reads it. Not a form queue, and not an account manager.
- 02We reply either with questions or with a straight answer that we are not the right fit.
- 03If it looks like a fit, a technical call with the person who would actually run the delivery.
- 04Then scope, effort and risk in writing, before anyone signs anything.