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Apache Cordova is an open-source framework that allows developers to build native mobile applications for iOS and Android using web technologies (HTML, CSS, JavaScript). Instead of writing platform-specific code, developers create a single codebase in JavaScript and Cordova wraps it in native containers, exposing device APIs through a JavaScript bridge. This hybrid approach reduces development time and cost compared to native development while maintaining reasonable performance for many use cases.
Cordova gained popularity around 2010-2015 when native mobile development was expensive and time-consuming. While the hybrid mobile landscape has evolved, Cordova remains in use primarily in legacy enterprise applications, rapid prototyping scenarios, and teams already invested in JavaScript expertise. Cordova powers apps used by millions globally, particularly in enterprise, banking, and e-commerce sectors where the initial investment is now sunk.
The framework works by embedding a WebView (an in-app browser) that runs your JavaScript application, then providing JavaScript APIs to access device features like camera, geolocation, storage, and contacts. Performance is acceptable for most applications that don't require real-time graphics or intensive computations, though Cordova apps generally feel slightly heavier than fully native apps due to the abstraction layer.
Cordova is mature and stable as of 2024 (version 12.x). Security patches and updates are released regularly. The ecosystem includes plugins (cordova-plugin-camera, cordova-plugin-geolocation, etc.) maintained by the community and Apache. Hiring Cordova developers is less common than React Native or Flutter, but expertise exists in LatAm among developers with 5-10+ years of experience and those maintaining legacy applications.
You should hire a Cordova developer primarily if you're maintaining an existing Cordova application. New greenfield projects should strongly consider React Native or Flutter instead, which have more active ecosystems and better performance. However, there are limited scenarios where Cordova is the right choice.
Hire Cordova if you have legacy mobile apps built with Cordova that need bug fixes, feature additions, or modernization. Cordova's value proposition in 2024 is primarily maintaining existing systems, not building new ones. Teams with substantial JavaScript codebases that must run on mobile can justify Cordova, particularly if web and mobile code can be shared significantly. For example, a company with a React web app might consider Cordova to share business logic, though React Native would be a better choice for performance-critical mobile features.
You should not hire Cordova if you're building a new mobile application that requires high performance, complex animations, or significant device interaction. You should not choose Cordova if your team is unfamiliar with JavaScript or prefers native languages. The learning curve for JavaScript and Cordova's tooling is still non-trivial, and newer frameworks like Flutter and React Native have eliminated many of Cordova's original advantages.
If you do hire for Cordova, prioritize developers with 5+ years of production experience. Cordova is rarely taught in schools, so junior developers are uncommon. Most Cordova developers today come from web development backgrounds (jQuery, older Angular, or simple JavaScript) and have adapted their skills to mobile. Look for developers who understand both the web (DOM manipulation, JavaScript event model) and mobile development constraints (performance, battery usage, platform differences).
Cordova expertise is a combination of strong JavaScript fundamentals, familiarity with Cordova's plugin system and tooling, understanding of mobile platform differences, and experience diagnosing issues across the web-to-native bridge. Here is what to assess by seniority level.
Junior (1-2 years): Should have solid JavaScript fundamentals (ES6, closures, asynchronous patterns). Should understand how Cordova wraps web code and have built at least one simple app (e.g., note-taking app, calculator, image viewer). Should be comfortable with npm and basic command-line Cordova tooling. Should understand the difference between Cordova plugins and custom JavaScript. Red flags: confusing native plugins with JavaScript libraries, inability to debug JavaScript in browser, poor understanding of mobile constraints.
Mid-level (3-5 years): Should have shipped multiple Cordova applications to production, with experience handling platform-specific bugs and quirks. Should be comfortable integrating third-party plugins, troubleshooting plugin compatibility, and writing custom plugins when needed. Should understand performance optimization strategies (asset bundling, lazy loading, minimizing DOM churn). Should have experience with at least one Cordova UI framework (Ionic, Framework7, or similar). Should understand cross-platform testing and deployment pipelines. Red flags: unfamiliarity with Android or iOS build processes, inability to debug native-side issues, lack of experience with plugin integration.
Senior (5+ years): Should have deep expertise maintaining large Cordova codebases and leading teams through migration strategies. Should understand Cordova's internals (the JavaScript bridge, WebView versions, platform-specific quirks). Should be comfortable writing and maintaining native plugins in Objective-C/Swift (iOS) or Java/Kotlin (Android). Should have experience modernizing legacy Cordova apps, refactoring for performance, and managing plugin dependencies. Should be comfortable with DevOps aspects (CI/CD, automated builds, distribution). Should have established opinions on when to migrate away from Cordova.
Soft skills are critical for remote work with Cordova. Most Cordova developers are maintaining legacy systems, so communication about technical debt, clear documentation of workarounds, and patience with older tooling are valuable. Look for developers who have successfully migrated teams away from Cordova or modernized Cordova applications incrementally.
1. Walk me through a Cordova application you've maintained or built. What was the most challenging aspect? Look for understanding of real-world Cordova issues (plugin compatibility, platform-specific bugs, performance). Can they articulate lessons learned? Did they consider alternatives to Cordova during development? Strong answers acknowledge Cordova's limitations and explain strategic decisions about when to use it.
2. Tell me about a time you had to integrate a third-party Cordova plugin into your application. What was the process? This tests practical knowledge of the plugin ecosystem and integration workflows. Strong candidates explain version management, compatibility checks, troubleshooting plugin issues, and fallback strategies when plugins don't work as documented.
3. Describe a performance issue you encountered in a Cordova app and how you diagnosed and fixed it. Look for systematic debugging approaches. Can they discuss using browser developer tools, native profilers, and understanding where bottlenecks occur (JavaScript, DOM, native bridge)? Strong answers show understanding of mobile performance constraints.
4. Have you ever migrated a Cordova application or considered it? What factors would drive that decision? This signals maturity and strategic thinking. Strong candidates discuss technical debt, team capabilities, market changes, and trade-offs. They acknowledge that Cordova was a reasonable choice at the time but may no longer be optimal.
5. How would you approach onboarding a team member new to Cordova development? This tests teaching ability and understanding of Cordova's complexity. Strong answers address setup challenges, common gotchas, and resources for learning the framework.
1. Explain how Cordova's JavaScript bridge works. How does calling native APIs from JavaScript differ from calling web APIs? Correct answers show understanding that Cordova injects native code into a WebView and routes JavaScript API calls through a bridge. Explain the asynchronous nature of native calls and potential latency implications. Strong answers mention specific Cordova plugins and how they're implemented.
2. You notice a Cordova plugin you're using is incompatible with your current Android version. How would you investigate and resolve this? Strong candidates mention checking plugin documentation, GitHub issues, version requirements, and native API changes. Discuss fallback strategies, forking the plugin, or writing your own plugin wrapper. Show understanding of semantic versioning and dependency management.
3. Describe the steps to build and deploy a Cordova app to iOS. What are the common pitfalls? Correct answers cover provisioning profiles, signing certificates, Xcode configuration, and build commands. Strong candidates mention testing on physical devices, simulator options, and debugging native code. Discuss version management and app store submission requirements.
4. How would you structure a large Cordova application to avoid performance issues and manage complexity? Look for answers that discuss modularizing code, using a JavaScript framework (Ionic, React, Vue), lazy loading, separating concerns, and using build tools to optimize assets. Strong answers address long-term maintainability and scaling strategies.
5. Explain the difference between Cordova plugins and npm packages in a Cordova application. When would you use each? Correct answers show understanding that plugins provide native functionality while npm packages provide pure JavaScript. Strong answers discuss dependency management, testing strategies, and integration challenges with mixing the two.
Take-Home Task: Build a Cordova App with Native Plugin Integration (3-4 hours)
Requirements:
Evaluation rubric:
Apache Cordova developers are harder to find than React Native or Flutter developers, and rates reflect specialization in a mature but declining technology.
US-based Cordova developers (senior) typically cost $120,000-$160,000, making LatAm hiring an even stronger value proposition. Cordova developers with cross-platform expertise (iOS/Android native skills) command higher rates due to rarity.
All-in staffing rates through South include payroll, benefits, and compliance. Direct hire arrangements cost 15-25% more but provide direct management control.
Latin America has a mature contingent of Cordova developers, many of whom built mobile applications in the 2010-2018 period when Cordova was a primary hybrid mobile solution. Time zone alignment is excellent: most LatAm developers are UTC-3 to UTC-5, providing 6-9 hours of overlap with US East Coast and 4-6 hours with US West Coast.
Brazil has the largest Cordova talent pool in LatAm, with many experienced developers in São Paulo and Rio de Janeiro. Argentina and Mexico also have established Cordova communities. The ecosystem is less visible than React Native or Flutter, but expertise exists and is often concentrated among developers maintaining legacy systems at established companies.
English proficiency is high among LatAm Cordova developers (B1-C1 level). Most have worked with distributed US-based teams. Cultural fit with North American work practices is strong. Cost efficiency is significant: a mid-level Cordova developer in Brazil costs roughly 40-50% less than equivalent US talent.
The main challenge in hiring Cordova developers is finding active candidates. Most are embedded in long-term roles at large companies maintaining existing applications. Recruitment requires patience and often targets developers willing to transition from legacy systems to newer frameworks.
South's process for matching Cordova developers is the same as other specialties, with one adjustment: we actively recruit experienced developers from legacy system teams.
1. Requirements clarification: You share your Cordova project scope, version of Cordova you're using, target platforms (iOS, Android), and desired seniority. We discuss whether you're maintaining a legacy app, building new features, or planning a migration strategy.
2. Targeted sourcing: South taps a pre-vetted network of Cordova specialists across LatAm. We prioritize developers with production shipping experience and recent Cordova work. We filter for communication skills and time zone fit.
3. Interview and assessment: You interview candidates directly. We provide an interview framework focused on real-world Cordova scenarios. Once you select, onboarding begins immediately.
4. Replacement guarantee: If a developer isn't a fit within the first 30 days, we provide a replacement at no additional cost. This reduces hiring risk and aligns our incentives with your success.
The process typically takes 10-14 business days due to the specialized nature of Cordova hiring. Ready to move forward? Start your Cordova hiring process today.
Yes. Apache Cordova is actively maintained by the Apache Software Foundation with regular security patches and updates (version 12.x as of 2024). However, the project is mature and stable rather than actively evolving. New features are limited.
No. For new applications, strongly consider React Native or Flutter. Both have larger ecosystems, better performance, and more active development. Cordova is best suited for maintaining existing applications.
Cordova is a web-to-native wrapper, while React Native and Flutter are frameworks with native-first designs. React Native and Flutter have better performance and larger ecosystems. Cordova is simpler if you have JavaScript expertise but less suitable for complex applications.
Partially. You can share JavaScript business logic, but UI code is typically different. For maximum code reuse, consider React with React Native or Vue with a native framework.
For maintenance work on legacy apps: mid-level developer is usually sufficient. For building new features or refactoring: senior developer recommended due to the complexity of Cordova's quirks and plugin integration.
Mid-level developers cost $50,000-$70,000/year in Brazil. Senior developers cost $75,000-$110,000/year. Significantly cheaper than US equivalents.
10-14 business days. Cordova is more specialized than React Native, so sourcing takes additional time.
Yes. South supports short-term contracts, part-time work, and project-based engagement. Rates scale proportionally.
Most developers are UTC-3 to UTC-5 (Brazil, Argentina), providing excellent US overlap. Some are UTC-6 (Mexico), offering additional West Coast coverage.
Multi-stage screening: resume review for Cordova experience, technical assessment on Cordova and mobile concepts, portfolio review of shipped apps, reference checks with previous US employers, and cultural fit evaluation.
Within 30 days, request a replacement at no cost. We handle the transition and find a better match. After 30 days, the developer is considered a fit.
Yes. South manages full payroll, tax compliance, benefits, and legal contracts. You work through South, not directly as an employer.
Yes. We can assemble and manage teams of 3-10 Cordova developers for larger initiatives or system rewrites.
