Enterprise mobile applications are types of mobile apps that are built by (or for) individual organizations. The goal is to enable employees to carry out their duties more efficiently so that an organization can operate smoothly. Therefore, contrary to the consumer mobile apps which are intended for the general market, enterprise mobile apps are meant to be used by the employees of a given organization only.
For example, a company may need to build a transportation management system (TMS) to keep track of its shipments and keep in touch with its buyers. A TMS would be considered an enterprise application since it was intended to be used internally by the company employees. On the other hand, if the same organization developed an app to let third-party companies easily book the fleet from them, then such a solution would not fall under the definition of the enterprise mobile app.
Enterprise mobile apps often combine a few software into one which simplifies the everyday processes of companies (and reduces costs). Plus, mobile apps add another level of convenience and even time-efficiency to on-site and remote employees.
There are as many different enterprise mobile apps as companies and their individual needs. However, if we wanted to somehow classify them, then it would be best to consider different levels within an organization that could use an app for their daily work.
Here, enterprise mobile apps are designed for those employees who work for a particular department (or team). Here, department-level enterprise apps have a much broader scope as their goal is to enable whole teams to do their work better.
For example, a department-level enterprise mobile app could allow HR specialists to track recruitment and onboarding processes; customer service agents to communicate with the customers via text or voice-enabled applications; help accountants keep track of finances and all the finances-related matters.
The company-level apps are to be used by the entire organization. Here, enterprise mobile apps foster collaboration by helping organization employees stay connected. They could also enable workers to participate in internal training (educational apps) or boost their productivity through activities planning and tracking (productivity apps).
Enterprise mobile application development is the process of building and deploying mobile applications to help enterprise organizations engage with various stakeholders, including customers, partners, and employees.
As mentioned earlier, enterprise apps differ from consumer mobile applications, and so does the process of development of such apps. First, similar to other corporate systems, enterprise mobile apps are concerned with databases and data transfers. Any error, such as application downtime, security breach, or data loss, could cost the company a lot. For that reason, enterprise mobile apps must be very secure and consistent across all devices and platforms.
The work of the HR department goes beyond recruitment and onboarding. People working in this department often need to be available during odd hours or communicate with the employees who are out of the office or traveling. Therefore, an enterprise mobile app tailored for the HR department could enable HR officers to get in touch with the company employees at any time from anywhere, without the need to wait for anyone to log in to their desktop device to reply.
Furthermore, enterprise mobile apps can facilitate a better collaboration of accountants with tax professionals, CPAs, and other professionals. They can do this by acting as a centralized platform where the accounting professionals can share, access, and edit any file at the same time without worrying about system configurations.
An enterprise mobile app fosters collaboration by bringing all the employees together to a single platform for communication. Forget about lost emails, missed calls, or printed paperwork. All of these can be part of one robust mobile application that will connect on-site and remote employees without installing and checking every time a set of individual apps.
Enterprise mobile apps fit very well into the EDM process as they enable employees to access the most reliable data from a secure single-source solution. Employees will know how to access data and where to look for it, so they can carry on with their activities without unnecessary delays. Moreover, since data is stored in one place, an app can help improve operations related to data processing, analysis, verification, and adjustment.
However, looking at the general statistics can give you a fine idea of what the enterprise app development costs look like in certain regions. Based on several surveys run by Clutch, Kinvey, VDC, and EMM, the average costs for mobile development services range between $100,000 for a simple app and $500,000 for a feature-rich app.
Enterprise mobile app development and integration process is different than the one of consumer-facing mobile apps. Because of that, building enterprise-grade mobile apps is challenging, time-consuming, and expensive. But the investment and effort can outweigh the drawbacks, especially if you consider outsourcing a job to a dedicated development team.
The benefits of developing a custom enterprise mobile app are massive but so can be the time, cost, and effort. Luckily, you can reduce the costs significantly, forget about the hassle of hiring an in-house development team, and make sure that your app is delivered on time. Here at IDAP Group, we know how to build secure cloud-based mobile applications. Contact us to take your first step toward turning your enterprise mobile app project into a reality.
AWS Mobile Hub allows you to build, test, and monitor mobile applications that make use of one or more AWS services. You can use its single, integrated console to add user authentication, data storage, backend logic, push notifications, content delivery, and analytics features to your apps, with plenty of opportunities for customization.
We are seeing an increasing number of developers take on the challenges of enterprise mobility. They want to build B2C (business to consumer) and B2E (business to employee) applications that are as powerful, flexible, and secure as their existing desktop app. They want to use their existing corporate user directories, and they want to tap in to existing CRM, sales management, accounting, and customer service tools.
Today we are extending Mobile Hub with support for new SaaS integration features that will be of special interest to developers who are building these types of apps. These new features are a followup to our recent launch of support for the use of AWS Lambda functions and Amazon API Gateway endpoints to add Enhanced Cloud Logic to your applications for building custom connectors. Both features work together with recently launched enterprise user management capabilities to authenticate app users.
SaaS Integration Many B2C and B2E apps need to access data that is stored within enterprise SaaS applications. Our new Mobile Hub connectors allow you to build apps that access commonly used objects (Accounts, Contacts, Leads, and so forth) across Salesforce, Microsoft Dynamics, Marketo, HubSpot, Zendesk, and QuickBooks. You can also run queries that access and retrieve custom objects from these applications.
Build browser-based progressive web apps, sophisticated native iOS and Android apps, and responsive web experiences all in a single platform. Low-code enables enterprises to deliver native device features and rich user experiences while leveraging the latest mobile technologies.
Developers without mobile experience can create exceptional mobile apps with a low-code platform, while experienced developers can extend those apps with custom coding for maximum openness and extensibility.
The mobile application development process with low-code typically follows five stages: Ideation, development, testing, deployment, and operations. The development lifecycle is the same whether you are building a web portal or a sophisticated native app.
The price of building a mobile app depends on many factors. If you are using conventional development, the time to market and cost will depend on the complexity of the app. If you are using a low-code platform, development time is accelerated and more teams can contribute, which can reduce or eliminate many of the costs associated with traditional development.
The term commonly refers to the use of mobile devices, such as smartphones and tablets, for business purposes. But it also covers the mobility of corporate data and of workers themselves. As an example of enterprise mobility, an employee may upload a presentation from their desktop PC to a cloud storage service, and then access it from a personal Apple iPad to show at a client site.
Enterprise mobility management (EMM) and other technologies have emerged to help IT departments enable mobile workers and to address security risks. A strong acceptable use policy for employees can also contribute to a successful enterprise mobility strategy.
Enterprise mobility is important because it gives employees flexibility and choice, which can improve job satisfaction and increase productivity. Plus, by now every organization is already doing some form of enterprise mobility anyway.
Early enterprise-class mobile devices, such as PalmPilot personal digital assistants and BlackBerry smartphones, were typically employer-provided. These devices focused on providing personal information management capabilities, which included mobile access to email, calendars and contacts.
In 2007, Apple released the first iPhone, and Google followed with its own mobile operating system, Android. The iPhone and Android smartphones targeted consumers, and they helped introduce the concept of app stores to the masses.
As more consumers purchased these smartphones, and as more developers built enterprise apps for them, the bring your own device (BYOD) trend was born. Employees began using their personal smartphones for work -- often without employer permission -- because the devices and their apps enabled them to do their jobs more quickly and with a more streamlined user interface. 2b1af7f3a8