PHP 8.3 · CodeIgniter 4 · CakePHP 5
PHP Development Services — Custom PHP, CodeIgniter, CakePHP, and Legacy Modernisation
Fourteen years of production PHP work from an Ahmedabad team. Custom PHP builds, CodeIgniter 4 and CakePHP 5 web apps, and legacy modernisation from PHP 5.6 or 7.x to PHP 8.3, Laravel 11, or Symfony 7 — shipped without breaking the business it powers.
- ✓Custom PHP 8.3 web apps with typed properties, PHPStan level 6, and Pest tests
- ✓CodeIgniter 4 and CakePHP 5 builds — admin panels, portals, and REST APIs
- ✓Legacy PHP 5.6, 7.0, 7.4 modernisation to PHP 8.3 with zero-downtime cutover
- ✓Framework migration paths: CodeIgniter → Laravel, CakePHP → Symfony, custom → framework
- ✓Deploys to AWS, DigitalOcean, cPanel, or on-premise — your code, your Git, your cloud
Why PHP is still the pragmatic choice for custom web apps in 2026
Roughly seventy-six percent of the server-rendered web still runs on PHP in 2026. That share has been climbing again since PHP 8.0 shipped in 2020 — the language is faster, better typed, and easier to reason about than the PHP most engineers remember from 2015. The JIT compiler in PHP 8.3 delivers 15 to 25 percent throughput improvement on typical web workloads over PHP 7.4, and readonly classes, enums, first-class callable syntax, and improved static analysis have turned PHP into a serious language for long-lived enterprise codebases.
The economics matter too. A mid-level PHP developer in India costs roughly forty percent less than a mid-level Node.js or Python developer of equivalent skill, and the hiring pool is deeper by a factor of three. For a client whose future maintenance team will run from India on a modest engineering budget, that difference compounds — a five-year PHP roadmap often lands at half the total cost of the same product on a Node or Django stack.
We have shipped PHP since 2012. That is thirteen years of production PHP work spanning raw PHP, CodeIgniter 2 through 4, CakePHP 2 through 5, Zend, Symfony, and Laravel 4 through 11 — roughly six hundred production builds and a codebase pattern refined enough that a new engineer merges pull requests inside their first week. That maturity is the reason our PHP builds still run five and seven years after go-live without a rewrite.
What we build with PHP — the four project shapes we ship most often
Almost every PHP engagement we take on falls into one of four shapes. Each has a repeatable module set we have already built and hardened over hundreds of projects, so we do not charge the client for us to learn the pattern on their money. The plumbing is boring and reliable, which is exactly what a PHP client should be paying for.
- ›Custom PHP web applications — dashboards, portals, and internal tools on PHP 8.3 with a lean MVC layer
- ›CodeIgniter 4 builds — admin panels, REST APIs, and content-driven apps where footprint and speed matter
- ›CakePHP 5 builds — convention-heavy CRUD apps, ORM-driven back-offices, and CakePHP 2 modernisation targets
- ›Legacy PHP modernisation — PHP 5.6 or 7.x upgraded to PHP 8.3, with framework migration where it pays back
- ›PHP REST and GraphQL APIs — JWT auth, versioning, rate limits, and OpenAPI specs for mobile and SPA clients
- ›PHP + MySQL LMS, HRMS, CRM, and ERP builds where a heavy admin, roles, and business rules dominate
- ›PHP integrations — Tally, Razorpay, Stripe, PayU, WhatsApp Business, HubSpot, Zoho, QuickBooks, Salesforce
- ›PHP performance tuning — query profiling, OPCache, Redis, and horizontal scaling for apps under real load
When to choose PHP over Node.js, Python, or Ruby
Framework and language wars waste client money. The honest position is that PHP, Node.js, Python (Django or FastAPI), and Ruby on Rails are each the right choice for different projects — and part of a discovery call is figuring out which one your project actually needs, not defending the one we happen to know best.
PHP wins when the project centres on a database-driven admin panel, complex business rules, invoicing, payments, and long-lived data models — the ninety percent of enterprise software that is neither real-time nor bandwidth-heavy. It wins again when the client's team will run future maintenance from India or Southeast Asia on a modest engineering budget, because the hiring pool is two to three times deeper than any other server-side ecosystem. And it wins on total cost of ownership over five years — hosting is cheaper, developer rates are lower, and the language does not force a full rewrite every three years to stay current.
Node.js wins when the workload is real-time (chat, live collaboration, WebSocket streams) or when the team is already React-heavy end to end. Python wins for data-science-adjacent applications where the same team writes pandas notebooks and API endpoints. Ruby on Rails wins for early-stage SaaS where the founder-team is coding themselves and Rails' conventions ship the MVP fastest.
We build in all four. When we recommend PHP — custom PHP for something bespoke, CodeIgniter for footprint-sensitive apps, CakePHP for convention-driven CRUD, or Laravel when the project size justifies a full-fat framework — it is because the project shape genuinely fits it, not because it is what we happen to know.
- ›Choose PHP — heavy admin panel, database-driven, invoicing, payments, long-lived data models
- ›Choose PHP — future maintenance will run from India on a modest engineering budget
- ›Choose PHP — five-year TCO matters more than shipping in the trendiest language of the quarter
- ›Choose Node.js — real-time chat, live collaboration, WebSocket-first workloads
- ›Choose Python (Django / FastAPI) — data-science-adjacent apps sharing code with ML pipelines
- ›Choose Ruby on Rails — small founder-team building an early-stage SaaS themselves
- ›Choose Laravel over raw PHP — when the app is large enough to justify a full-fat framework
- ›Choose CodeIgniter over Laravel — when footprint, shared-hosting, or a simpler learning curve matter
Legacy PHP modernisation — PHP 5.6, 7.x, CodeIgniter 2/3, CakePHP 2/3
Roughly one in three PHP engagements we take on in 2026 is a modernisation project rather than a greenfield build. The pattern is the same across most of them: a business-critical PHP application built five to twelve years ago on CodeIgniter 2, CakePHP 2, Zend 1, or raw PHP 5.6 that still works, still generates revenue, but is now expensive to change, insecure against modern threats, and hosted on a PHP version that hit end of life years ago.
The temptation is a full rewrite. In our experience, that is almost always the wrong call. A rewrite takes twelve to twenty-four months, burns two to three times the budget of a phased modernisation, and creates a period of eighteen months where the business runs on two codebases at once — the old one that still generates revenue and the new one that does not yet. Two-thirds of the rewrites we have been called in to rescue never finished.
The alternative is a phased modernisation. We audit the codebase, build a dependency graph, run the code through Rector to auto-upgrade syntax to PHP 8.3, patch security-critical libraries, add PHPStan and Pest coverage on the business logic, and cut over to the new PHP version behind a load balancer in a single maintenance window. Where the framework has to change — CodeIgniter 2 to CodeIgniter 4, CakePHP 2 to CakePHP 5, or a full jump to Laravel or Symfony — we run the two frameworks side by side on the same database, migrate one module at a time, and only decommission the old codebase when every route has moved.
A typical modernisation runs eight to sixteen weeks against the twelve-to-twenty-four months a rewrite would take, at roughly one-third the cost, and the business never has a day of downtime. The audit report at week one tells you honestly which path fits your codebase — upgrade in place, framework migration, or, in the rare case where the code is genuinely beyond saving, a phased rewrite.
- ›PHP 5.6, 7.0, 7.2, 7.4 → PHP 8.3 upgrade with Rector-assisted syntax modernisation
- ›CodeIgniter 2 or 3 → CodeIgniter 4 migration with routing, ORM, and session layer rewrites
- ›CakePHP 2 or 3 → CakePHP 5 migration or a full jump to Laravel / Symfony where scope justifies
- ›Zend Framework 1 or 2 → Laminas or Laravel migration with module-by-module cutover
- ›Legacy jQuery + PHP monolith → PHP API + React or Vue SPA, without full rewrite
- ›Shared-hosting PHP → Dockerised deployment on AWS, DigitalOcean, or your existing cloud
- ›MySQL 5.6 or 5.7 → MySQL 8 or MariaDB 11 upgrade with query-plan verification
- ›Zero-downtime cutover behind a load balancer — no maintenance window longer than 30 minutes
How a PHP build runs at Fruxinfo — the seven-step process
The process is the same seven steps we use for every custom web build, tightened for PHP specifics — including a mandatory legacy audit as step zero on any modernisation engagement. Each step ships a deliverable that the client signs off on before the next step starts, so scope, timeline, and budget stay predictable across an eight-week to six-month engagement.
- ›Discovery (or legacy audit) — sit with your team, map every workflow; on legacy work, produce a full codebase, security, and dependency report
- ›Blueprint — ERD, module list, API contract, permissions matrix, wireframes, and a fixed-price quotation with a week-by-week timeline
- ›Design — Figma mockups for admin panel, dashboards, and any public-facing pages, walked through in a review call before code starts
- ›Development — PHP 8.3 build in weekly sprints with a staging URL updated on every merge; on legacy work, incremental module cutover
- ›Data, integrations, and testing — migrations, seeders, Pest or PHPUnit coverage on business logic, and third-party wiring in staging
- ›QA, performance, and security — query profiling, OPCache tuning, N+1 hunt, PHPStan level 6, and an OWASP-aligned security pass
- ›Launch and support — production deploy on your cloud, monitoring wired up, and an annual retainer for changes at your own pace
The PHP projects our team has shipped
The PHP work in our portfolio spans thirteen years and roughly six hundred production builds. Naming clients under NDA is not appropriate, but the project shapes are — because they are the same shapes new PHP engagements usually take.
A hospital ERP built for a Rajkot multi-speciality hospital on CodeIgniter 3, forty active users, OPD scheduling, TPA claims workflow, HL7 integration to the pathology equipment, still in production nine years after go-live. A B2B textile portal for a Surat exporter on custom PHP 7.4, roll-level inventory, buyer-specific rate matrices, export documentation generated as PDFs, migrated to PHP 8.3 in 2025 across a six-week engagement with zero downtime. A LMS on CakePHP 4 for a Bangalore edtech serving 40,000 monthly active learners, Stripe billing, per-plan feature gating, migrated from a CakePHP 2 codebase over five months. A US-based staffing firm HRMS on Laravel 10, two thousand contractors, ACH payouts through Plaid, QuickBooks Online sync for accounting. A Vadodara chemical exporter portal on Symfony 6 with MSDS management, batch tracking, and IndiaMART lead sync.
The through-line is consistent. A heavy admin, real business rules, integrations that have to work in production on the first Monday morning after go-live, and a client who wants to still be running the same codebase in year five. PHP — in whichever framework fits — earns that job.
PHP integrations, packages, and tooling we standardise on
A PHP codebase is only as good as the libraries it leans on and the discipline the team maintains. We standardise on a small, well-maintained set so every new engineer knows the toolbox on day one, and dependency upgrades never turn into archaeology.
For frameworks, Laravel 11 is our default when the app is large enough to justify a full-fat framework; CodeIgniter 4 comes in when footprint and hosting constraints matter; CakePHP 5 is the right call for convention-driven CRUD or CakePHP 2 modernisation work; Symfony 7 when the client is already invested in the ecosystem. On raw PHP we lean on Composer, PSR-4 autoloading, and a lightweight router or Slim for micro-services.
Testing runs on Pest (or PHPUnit on Symfony), with feature and unit coverage on business logic by default. Static analysis runs on PHPStan level 6 or Psalm level 3. Code style is enforced by PHP-CS-Fixer or Laravel Pint on every pull request. Legacy modernisation leans on Rector for syntax upgrades and Deptrac for architectural boundaries. Deployments run through GitHub Actions, GitLab CI, or Bitbucket Pipelines to Docker, cPanel, Laravel Forge, or a plain Ubuntu VPS — whichever your infrastructure prefers.
For third-party integrations, we have shipped PHP wiring to Razorpay, Stripe, PayU, Cashfree, and Authorize.net for payments; HubSpot, Zoho CRM, and Salesforce for lead sync; Tally, Zoho Books, and QuickBooks Online for accounting; SendGrid, Mailchimp, Msg91, and Twilio for messaging; WhatsApp Business API through Gupshup or Meta directly; DocuSign and Zoho Sign for signatures; and S3, GCS, and DigitalOcean Spaces for object storage.
- ›Frameworks — Laravel 11, CodeIgniter 4, CakePHP 5, Symfony 7, or raw PHP 8.3 with Slim
- ›Testing — Pest (or PHPUnit) with feature + unit coverage on business logic by default
- ›Static analysis — PHPStan level 6 or Psalm level 3 running on every pull request
- ›Legacy tooling — Rector for auto-upgrades, Deptrac for architecture, Composer audit for security
- ›Payments — Razorpay, Stripe, PayU, Cashfree, Authorize.net wired to any PHP framework
- ›Accounting + messaging — Tally, Zoho Books, QuickBooks, SendGrid, Twilio, WhatsApp Business API
- ›Deploys — Docker, cPanel, Laravel Forge, DigitalOcean, AWS Elastic Beanstalk, or on-premise
- ›Observability — Sentry, New Relic, Datadog, or self-hosted Grafana + Prometheus
What a PHP build actually costs
Custom PHP development at Fruxinfo starts at roughly ₹1.25 lakh for a compact custom PHP or CodeIgniter admin panel with two or three modules — enough to replace a spreadsheet workflow for a team of ten. A mid-sized PHP web application with a proper admin, user roles, one payment gateway, and one or two integrations lands in the ₹2.5–7 lakh range. A multi-module PHP platform — LMS, HRMS, CRM, or B2B portal — with subscription billing and a real feature footprint sits in the ₹7–18 lakh range depending on module count and integration depth.
Legacy PHP modernisation projects are quoted separately after a week-one audit. A PHP 5.6 or 7.x → PHP 8.3 in-place upgrade usually lands in the ₹1.5–4 lakh range for most single-instance applications. A CodeIgniter 2 → CodeIgniter 4 or CakePHP 2 → CakePHP 5 migration typically runs ₹3–9 lakh depending on custom code footprint. A framework jump (CodeIgniter → Laravel, or CakePHP → Symfony) sits in the ₹5–15 lakh range across an eight-to-sixteen-week engagement.
For US and UK clients paying in USD, the equivalent brackets are $1,800 for a compact PHP admin, $5,000–$16,000 for a mid-sized web app, $16,000–$40,000 for a multi-module platform, and $3,500–$18,000 for a legacy modernisation project. US-domestic PHP shops routinely quote three to five times these numbers for comparable scope.
Every engagement is fixed-scope and fixed-price after discovery — modernisation quotes are fixed after the week-one audit. The number in your quotation is the number you pay. Milestone invoicing keeps the finance side predictable, and ongoing support is a modest annual retainer if you want us on call for changes.
Book a PHP scoping call — or a legacy PHP audit
The best way to know whether PHP is the right fit for your project is a thirty-minute discovery call. For a new build, we will ask about your workflow, the tools you use today, the users the app has to serve, and the timeline. For a legacy modernisation, we will ask for read-only access to your codebase or a recent zip, and come back with a written audit inside a week — dependency report, security scan, upgrade path, and a fixed-price quotation.
Call +91-99245-12890 or fill the enquiry form. First discovery call and blueprint document are complimentary. For clients outside India, we schedule inside the morning EST or afternoon PST overlap so nobody has to work at midnight.
PHP development questions we hear most often
Everything a founder, CTO, or engineering lead asks before commissioning a new PHP build or a legacy PHP modernisation. If yours isn't here, our team will answer it on the first discovery call.
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