Cross Platform App Developemtn One Codebase. Every Platform. Zero Compromise.

Framework selection is determined by your engineering ecosystem, performance requirements, and platform strategy – not by our preferred tooling. Flutter delivers superior rendering performance and pixel-perfect UI consistency across platforms, making it optimal for consumer-facing applications where visual fidelity and animation quality are commercial differentiators. React Native is the stronger choice for enterprises with existing JavaScript or TypeScript engineering teams, React web codebases, or requirements for OTA update delivery without App Store release cycles. .NET MAUI is the optimal path for organisations standardised on Microsoft technology stacks with Azure and Intune MDM integration requirements. Framework recommendation is a primary deliverable of our discovery and architecture phase – not a pre-committed default.

Modern cross platform frameworks – particularly Flutter – deliver performance characteristics that are indistinguishable from native applications for the majority of enterprise use cases, including 60fps UI rendering, native gesture handling, and direct access to platform APIs. The performance gap between cross platform and native that existed in earlier generations of frameworks has been substantially closed. The meaningful trade-off is not performance but platform-specific capability depth: applications requiring deep operating system integration – custom camera pipelines, advanced ARKit/ARCore features, or Bluetooth LE peripherals – may require targeted native modules within a cross platform shell. Our architecture phase identifies capability requirements that necessitate native module development and scopes these as defined programme workstreams.

Security and compliance requirements are captured during discovery and embedded as first-order architecture constraints – not post-launch additions. We implement OWASP Mobile Top 10 controls, certificate pinning, biometric and multi-factor authentication, encrypted local storage using platform-native secure enclaves, and MDM/MAM compatibility with Intune, Jamf, and VMware Workspace ONE. For regulated industries, we configure application architecture to HIPAA, GDPR, FCA, PCI DSS, and ISO 27001 requirements, and commission independent mobile security penetration testing before every production release. Compliance is documented in a security architecture review available for your information security and risk governance teams.

Via production-grade REST and GraphQL APIs – SAP, Salesforce, Microsoft Dynamics, Oracle, and custom operational systems connected with bidirectional data flow, real-time synchronisation, and offline capability with conflict resolution for intermittent connectivity environments. Every integration is mapped during discovery, built as a first-class development deliverable, and validated end-to-end before production launch. No integration is assumed to work – every connection is tested under representative load before App Store submission.

A focused cross platform application for a defined enterprise use case – a field service tool, a customer portal, or a workforce management app – with standard integrations typically progresses from discovery through App Store submission in 16-24 weeks. Larger programmes involving complex ERP integrations, offline-first architecture, AI feature development, multi-role user populations, and phased regional rollout are scoped with milestone-based delivery following a structured discovery and architecture engagement. Scope complexity, integration depth, compliance requirements, and design system scale are the primary timeline drivers – all quantified and documented before development commences.

Yes. We deliver structured native-to-cross-platform migrations with feature parity analysis, UI component mapping, API contract preservation, and phased release strategy. Migration is scoped to preserve your App Store and Play Store ratings, user review history, and existing user accounts – with no forced re-installation required for your existing user base where App Store migration policies permit. For large native applications, we typically recommend a strangler-fig migration pattern – replacing screens and features incrementally within a cross platform shell – rather than a full simultaneous rewrite, reducing migration risk and maintaining continuous delivery of new features throughout the transition programme.

Yes. Every app development programme includes a structured hypercare period immediately post-launch with dedicated engineering support. Beyond hypercare, we offer managed mobile engineering services covering real-time crash monitoring and triage, iOS and Android major OS release compatibility management, App Store and Play Store policy compliance updates, security patch delivery, performance optimisation, and feature roadmap development – governed by SLA-backed service tiers. We position post-launch managed services as a long-term engineering partnership, not a reactive break-fix contract, ensuring your application remains competitive, compliant, and commercially performing as your user base and platform requirements evolve.