Yes. We take over existing codebases regularly — WordPress, Next.js, React, custom PHP, Shopify themes — to fix bugs, improve speed and SEO, ship new features, and keep dependencies patched. We start with a code audit so we understand what we're inheriting before we change anything, then work in small, reversible steps on a month-to-month basis.
- We work in existing stacks — WordPress, Next.js, React, Vue, custom PHP/Node, Shopify and WooCommerce — rather than insisting on a rebuild we'd profit more from.
- Every takeover starts with a code audit: we read the repository, map the architecture, and check dependencies before changing a single line.
- You keep ownership of your code, repository, hosting, and accounts — we work inside your GitHub or git host, not a black box we control.
- Outdated dependencies are the most common risk we inherit; an abandoned WordPress or npm stack with years of unapplied updates is a security breach waiting to happen.
- Maintenance and improvement run month-to-month with transparent reporting — you see what changed, why, and what it cost, with no long lock-in contract.
Yes — and Why Taking Over Beats Rebuilding by Default
Yes, we improve and maintain existing codebases as a regular part of our web development work, and in most cases inheriting your code is the right call rather than starting over. A working application — even a messy one — represents real accumulated value: indexed URLs, integrations that already talk to your CRM and payment processor, business logic that encodes how you actually operate, and SEO history you'd reset to zero with a fresh domain or URL structure.
The instinct many agencies have is to quote a rebuild, because a greenfield project is cleaner to scope and more profitable to bill. That instinct often serves the agency, not you. A rebuild throws away the working parts along with the broken ones, takes months before it ships anything, and frequently reintroduces bugs the old system had already solved quietly over years of use.
There's a real line where a rebuild becomes the honest recommendation — a framework so old it no longer receives security patches, a platform you're locked out of editing, or architecture that makes every new feature cost more than the last. But that line is much further out than most takeover pitches suggest. The vast majority of codebases we're handed are improvable in place: the foundation is sound and the problems are concentrated in a few files, a few slow queries, or a stack of skipped updates.
So the question isn't really whether your code can be improved — almost always it can. It's whether you've got a team willing to read what's there, respect what works, and change only what needs changing. That's the posture we bring to inherited code.
What Stacks and Situations We Can Take Over
We take over the stacks that actually run Canadian small-business websites and apps, not just the trendy ones. That means WordPress and WooCommerce, Shopify themes and apps, Next.js and React, Vue, plain JavaScript front-ends, and custom back-ends in PHP, Node, or similar. If your site is on Wix, Squarespace, or another closed builder, the 'codebase' you can maintain is limited by the platform — we'll tell you honestly when you've outgrown it rather than pretend we can refactor a black box.
The situations that bring people to us are consistent. The developer or agency who built the site has gone quiet, raised their rates, or disappeared, and nobody else understands the code. The freelancer who built an MVP moved on and you need someone to keep it alive and growing. You inherited a site through an acquisition and have no documentation. Or the original build was rushed, works well enough to run the business, but breaks whenever someone touches it.
We also take over the unfinished — half-built features behind a flag, a redesign that stalled at 70 percent, a migration abandoned midway. Inheriting incomplete work is its own discipline, because you're reconstructing intent from code rather than reading a finished spec. We treat that as a first-class scenario, not an edge case.
The one honest prerequisite is access: the repository or source files, the hosting, the database, and any third-party accounts the code depends on. If those exist and you own them, we can almost always pick up the work. If the previous developer is holding your code hostage, getting you control of your own assets is the first job.
How a Takeover Actually Works — Audit First, Then Small Steps
Every takeover starts with a code audit before we change anything, because you can't safely improve what you don't understand. We read the repository, map how the application is structured, trace the critical paths — checkout, lead forms, login — and inventory the dependencies and their versions. We check what's tested, what's logged, and where the landmines are. The output is a plain-English picture of what you own: what's solid, what's fragile, what's a security risk, and what we'd touch in what order.
That audit also protects you. It's where we catch the things that turn a routine update into an outage — a framework two major versions behind, plugins that haven't been patched in years, custom code that monkey-patches the platform in ways an update would break. Knowing that up front means we sequence the work to avoid the cliff, rather than discovering it live.
Then we work in small, reversible steps. We get the code into version control if it isn't already, set up a staging environment so changes are tested before they reach customers, and ship improvements in tight increments rather than one big risky push. Each change is something we can roll back. For an inherited codebase with thin test coverage, this incremental discipline is the difference between steady improvement and the all-too-common 'we touched it and now the site's down.'
Throughout, you see what's happening. Transparent reporting isn't only a marketing line for us — for development work it means you get the actual changes, the reasoning, and the cost, in language you can follow, so maintaining your codebase never feels like paying into a black box.
What 'Improve' and 'Maintain' Each Include
Improvement and maintenance are two different jobs on the same codebase, and it helps to separate them. Improvement is the work that moves the business forward: shipping new features, speeding up slow pages, fixing the bugs customers actually hit, tightening the SEO and Core Web Vitals, refactoring the worst-tangled areas so the next change is cheaper, and improving accessibility so the site works for everyone and stays on the right side of compliance.
Maintenance is the unglamorous work that keeps the lights on. Applying security patches and dependency updates before they become vulnerabilities. Renewing and watching SSL, monitoring uptime, and fixing things when they break. Taking and testing backups so a bad day stays recoverable. Keeping the platform and its plugins or packages current enough that you're never stranded on a version nobody supports. Most painful incidents we get called into — a hacked WordPress site, a checkout that silently stopped working, a site that won't load after a server change — trace back to maintenance that quietly stopped happening.
The two reinforce each other. A well-maintained codebase is cheap to improve, because changes land on a current, patched, tested foundation. A neglected one makes every improvement expensive and risky, because each new feature has to navigate around years of accumulated debt and skipped updates. That's why we usually stabilize maintenance first — get dependencies current, backups running, staging in place — before piling on new features. Building on an unmaintained foundation just buries the problems deeper. Get the foundation current, then the improvements stack up safely on top of it.
Related questions
In most cases you don't need a rebuild. A working codebase carries real value — integrations, business logic, SEO history — that a rebuild throws away. We start with an audit and recommend a rebuild only when the foundation genuinely can't be improved in place, such as a framework that no longer receives security patches or a platform you can't edit. That line is much further out than most rebuild pitches suggest.
That's one of the most common situations we take over. We reconstruct how the application works by reading the code directly, mapping the architecture, and tracing the critical paths. Undocumented code takes longer to learn, which is exactly what the upfront audit is for — it turns an unknown inheritance into a clear picture before we change anything. The main prerequisite is access to the repository, hosting, and database.
Yes. Plenty of clients want us purely for maintenance — security patches, dependency updates, backups, uptime monitoring, and fixing things when they break — while their own team or another developer handles features. We can also flip the other way and ship improvements while you handle hosting. Because the work is month-to-month and you own the repository, you decide how much of it sits with us.
Always. We work inside your repository, your git host, and your hosting and third-party accounts — never a closed system we control and you can't leave. Client-owned assets are a core principle for us. If you ever stop working with us, the code, the history, and every credential stay with you, fully usable by your next developer.
It depends on the size of the codebase and how much active development you want. Light maintenance — updates, backups, monitoring, small fixes — sits at the lower end of a development retainer, while ongoing feature work scales with the hours involved. We scope it to what your code actually needs and keep it month-to-month, so you're never locked into paying for capacity you aren't using.
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