Mobile
applications.
End-to-end native and cross-platform mobile application services, from platform strategy and product design through engineering, store operations and long-term evolution.
A complete mobile practice across native and cross-platform.
From product strategy through engineering, release and operations, our mobile practice spans the full lifecycle of modern mobile delivery.
Native iOS applications
Native iOS applications built on Swift and SwiftUI, following current Apple platform guidance for performance, privacy and user experience, and instrumented for observability from day one.
Native Android applications
Native Android applications built on Kotlin and Jetpack Compose, aligned with current Google platform guidance, Material design and Play Store policy, with a modular architecture designed for long-term evolution.
Cross-platform applications
Cross-platform delivery on React Native and Flutter for engagements where a single codebase serves multiple platforms, with the framework choice guided by product complexity, team capability and total cost of ownership.
Wearables & connected devices
Companion experiences for watchOS, Wear OS and connected-device ecosystems, engineered as extensions of the primary product, with synchronisation, low-power patterns and complications handled as first-class concerns.
Enterprise mobility & MDM
Enterprise mobility solutions across MDM, MAM and kiosk-mode deployments, covering identity federation, device policy, remote management and integration with mobile enrolment platforms.
Mobile backends & BFF
Backend-for-frontend services, API gateways and event pipelines engineered specifically for mobile, with response shapes, caching and offline synchronisation designed for the constraints of the mobile edge.
Push, messaging & engagement
Push notification, in-app messaging and behavioural engagement infrastructure, instrumented for measurement, personalised at scale, and aligned to platform and regulatory expectations for user consent.
Offline-first architectures
Sync engines, conflict-resolution strategies and local-first data patterns for applications that must operate reliably across intermittent connectivity, including field service, logistics and clinical environments.
Mobile analytics & experimentation
Analytics, experimentation and product intelligence engineered into the platform, feature flagging, A/B and multivariate testing, cohort analysis and integration with product and marketing analytics stacks.
Release engineering & store operations
App-store operations from CI through phased rollout, release trains, feature-flagged deployments, staged distribution, store-listing operations, and post-release monitoring and rollback pathways.
Legacy modernisation & re-platform
Modernisation of legacy mobile estates, including hybrid-to-native migration, framework upgrades, monolith decomposition and phased delivery designed to preserve continuity and store equity.
Retail POS, kiosk & field-service apps
Purpose-built mobile applications for retail POS, in-store associate tools, kiosks and field-service operations, with peripheral integration, offline resilience and enterprise identity handled end-to-end.
A structured, iterative approach from discovery to operation.
Our delivery framework integrates strategy, design, engineering and operations under a single model, designed for transparency, adaptability and outcome alignment.
Discover
A structured discovery to align on business objectives, user needs, device and platform constraints, and success measures. The output is a shared framing and a phased delivery plan.
Design & architect
Concurrent product design and technical architecture, including platform strategy, framework selection, offline and synchronisation patterns, and integration architecture across the mobile backend.
Build & release
Iterative delivery with weekly increments, integrated quality practices and phased store rollout. Cross-functional teams span design, engineering, quality, backend and release engineering.
Operate & evolve
Post-release support, crash and performance monitoring, store-listing operations, and continuous improvement. Knowledge transfer is designed into the engagement, not appended to it.
A broad, modern mobile technology stack.
Framework and platform selection is guided by your existing landscape, team capability, and long-term product strategy, not by preference.
Swift
Kotlin
Java
TypeScript
React Native
Flutter
Node.js
Go
Python
GraphQLRREST
Firebase
Fastlane
Postgres
MongoDB
Redis
AWS
Azure
GCP
Sentry
DatadogProgrammes delivered on this practice.
Common questions from prospective clients.
If your question isn't addressed here, please reach us at hello@tekansa.com.
01What types of mobile engagements do you deliver?
We deliver a full range of mobile engagements, from new native and cross-platform product builds to modernisation of legacy mobile estates, enterprise mobility programmes and companion-app initiatives on wearables and connected devices. Engagements are scoped around business outcomes and staffed with the right composition of design, engineering, backend and release capability.
02How do you decide between native and cross-platform?
The choice is made per engagement based on product complexity, integration surface, performance characteristics, team capability and total cost of ownership. We deliver on native (Swift, Kotlin), React Native and Flutter, and recommend the framework that best supports your long-term product strategy rather than defaulting to a single answer.
03How do you approach app-store submission, release engineering and post-launch operations?
Release engineering is treated as a first-class capability. Our practice includes automated build and signing pipelines, phased rollout strategies, store-listing operations, crash and performance monitoring, and defined rollback pathways. Post-release support and store-relations management are addressed as ongoing operational disciplines, not one-off events.
04How do you handle security, privacy and data protection on device?
Security and privacy are addressed as core engineering concerns, including secure storage, keychain and keystore integration, certificate pinning, biometric authentication, on-device encryption, and alignment to regulatory frameworks including GDPR, HIPAA and PCI-DSS where applicable to the engagement.
05How do you design for unreliable networks and offline scenarios?
Offline resilience is engineered into the architecture, not retrofitted. Our practice includes local-first data models, structured conflict-resolution strategies, background synchronisation, and observability of sync health, patterns particularly relevant to field service, logistics, clinical and retail environments.
Let's discuss your mobile application needs.
Share a brief overview of your objectives and we'll arrange an introductory conversation with the relevant practice leadership. Every enquiry receives a direct response.