Mobile Apps are faster
Instant Online and Offline access
Using device features
Push Notifications and instant updates
Branding and Design
Productivity Improvement and Cost reduction
Increased SEO potential for your website
SEO Process is focused on several SEO best practices: on-page optimization, content development, link building (inbound, outbound, and internal links), performance, site architecture, off-site SEO, social media integration, analytics and reports.
Mobile User Interface DesignAbility to build an excellent user interface (UI) with the relevant positioning of components, fast loading ability, differentiated animations, and more
Strong Programming SkillsHands on experience in languages C, C++ and Java, Android & Google API, Third party SDKs integration, and web development languages
Backend ComputationDatabase management, security, interaction with hardware ( Blue tooth, wi-fi networks), and memory allocation implementation
Business Expertise Optimization of the newly developed application to facilitate an easy and quick visibility in the App Store
Our clients use us because of our broad capabilities to successfully deliver complex app and online portal development projects. We have over ten years of experience in solving all kinds of problems, such as working alongside existing development teams, working with legacy systems to support new app developments, building technically complex features, and bringing together systems, processes and applications with seamless integration.
In the native app development, we use the default language and IDE of the operating system. For iOS, it is Objective C/Swift with XCode and for Android, it is Java/Kotlin with Android Studio.
When it comes to cross-platform app development, the coding is done on the selected technology framework and then it can be deployed in Android, iOS, and Windows phones.
Selecting a mobile app type largely depends on your project requirement and targeted audience. Your decision to go for native app development or cross-platform app development must be specific to your targeted audience and UI and UX features you want in your app.
Developing Hybrid apps are less costly and consume less time in the development process. Besides, these are easy to launch an update, though, there are performance and integrations issues with the Hybrid apps.
iPhones and Android smartphones are in fierce competition and both the platform are growing at a significant rate. We would recommend you to go for both the platforms if you are a growing business, willing to explore international territories in near future. If your business is local, you can check out the mobile platforms used in the nearby regions and accordingly pick the one.
Access control and permission management functionalities can be categorized into three parts:
Content access: Control which part of the space can users view and access. The access controls can either be shared with individuals or the admin.
Data access: Controls which data users or groups can view. Data access can be restricted to the users or groups through Model sets, using access filters and access grants.
Feature access: What actions can users perform in the mobile app. Permission sets can be created to specific model sets and accordingly a user-defined dashboard can be created.
The access control functionalities help to determine what users can do and look in the mobile app and how and what part of the data could be shared with users and admin panel.
Preparing the security requirement list at the very initial phase of the mobile app development process is crucial to building a robust and secure software application.
A mobile app gets many security threats, which are usually due to the following reasons:
1. Weaker server-side controls: Server is extremely vulnerable to hacking because any communication between the app and the user happens through the server. Server-side security is more vulnerable when you are working on a cross-platform mobile app development project.
2. Insecure data storage: Securing data storage across platforms is essential. For the same, app developers must not depend on client storage for the data, rather take additional storage space for safety.
3. The Absence of binary protection: Use of binary hardening techniques in which binary files are analyzed and modified to fix the legacy code without the need for source code could help to increase mobile app security.
4. Insufficient transportation layer protection: You need to protect the route through which data is transferred from the client to the server. By using SSL and TLS encryption, you can protect the data from hackers.
5. Poor authentication and authorization: Mobile app internet connections are unreliable and so sometimes offline authentication is required to maintain the uptime.
In order to prevent the execution of actions in offline mode, you have to limit actions to online mode only and encrypt the data that can be opened in offline mode.
Broken cryptography: Poor handling of encryption process from sheer over-reliance on built-in encryption process to the use of custom encryption protocols and insecure algorithm leads to broken cryptography. Hackers can use it as an opportunity to exploit the vulnerabilities to steal the data according to their convenience. This security threat could be avoided by using advanced encryption protocols and processes.
Improper session handling: This is a client call, as many a time, companies purposely keep the session longer to not to interrupt the buying process. In uncertain conditions, if the users’ device gets into wrong hands in between, chances of data manipulation and stealing get increased.
It is recommended to use re-authentication for critical actions like purchases or important documents.