How will 5G impact mobile app development?

By Nishant Verma

Industry: Mobile app development 5 Min Read


5G is a groundbreaking technological innovation that has attracted tremendous attention. 5G is supposedly going to revolutionize the way of living for people.

Like all other industries, the mobile app development industry can benefit immensely by incorporating 5G technology. It will transform the way people use mobile phones as well as bring new opportunities for app developers. They will be able to create newer ad better user experiences using 5G.

This article will reflect on the importance of 5g for the mobile app development industry.

1. Let's first understand what is 5G.

a. What is 5G?

In the simplest terms, 5G can be called as the 5th generation of mobile networks. Many mistake 5G as an improved or advanced version of 4G, But it is an entirely new network that is way faster, more reliable, and more capable.

High-speed mobile internet connectivity, faster downloads, uniform user experience, and faster communication are some of the top qualities of 5G.

With an increased number of people adopting mobile phones usages globally with every passing second, it has become mandatory for mobile app developers to create better user experiences through mobile apps to stay ahead of the competition.

This is where the importance of 5G steps in, developers can create futuristic mobile apps that provide extraordinary user experiences with the help of 5G.

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2. Let’s understand how 5G will affect mobile app development.


a. Continuous integration (CI)

The incorporation of IoT technology will experience a boom and app developers will be able to create a lot of intelligent applications for a great number of connected devices.

The implementation of IoT will contribute to the optimal functioning of these applications while taking less power and making the most of narrow bandwidth.

5G will thus increase the overall efficiency of these connected devices, gadgets, wearable equipment, etc. with better connectivity and seamless communication. These operational efficiencies of the connected devices will in turn benefit companies in the form of greater revenue.

b. Continuous delivery (CD)

Network discrepancies have been a pitfall for developers for not being able to use AR/ VR in full swing in their mobile applications so far. 5G has the ability to create an immersive augmented reality experience for users through better connectivity and data transfer.

5G can overcome issues related to latency and bandwidth and help customers have an engaging user experience by transferring a higher amount of data in very less time.

The E-commerce industry can depend on AR/ VR extensively for creating personalized and immersive user experiences and making better buying decisions sitting at home and managing everything from the palm of their hand.

Thus 5G can completely change the shopping realm for good making it comfortable and profitable for both customers as well as e-commerce businesses.

c. Infrastructure as a code

Owing to the faster speed offered by the 5G network, the quality of video streaming in 5 G-powered mobile applications is bound to improve manifold.

Video apps will undergo a performance boost due to decreased latency. App developers will be able to use the power of speed and high-quality video streaming for showcasing products and services in an effective manner.

d. Monitoring and logging

Navigation applications will experience a performance boost due to better speed and better connectivity of the network. These two factors will affect the accuracy and precision of the GPS in real time.

Wearable devices and gadgets will be able to perform better in terms of connectivity and lead to increased efficiency for autonomous vehicles.

e. Automation

5G offers the ability to transmit data at a very fast rate, almost a hundred times faster than the current 4G network. This ultrafast transmission can act as an asset for the network and communication industry.

The cloud services offered by virtual network providers will undergo a sweeping change due to the 5G because of the speed and efficiency. Shifting to cloud services will become essential for both technical as well as non-technical industries to beat the competition.

The support that 5G can extend to storage will lead to a shift of the technical infrastructure toward the cloud.

Cloud computing-based mobile app development will play a significant role for apps that include real time interaction for users.

4. DevOps tools and technologies

a. Continuous Integration and Deployment (CI/CD) Tools

Chatbots are already there but they have not really been able to replicate human interactions and lack vitality and synergy. But, 5G opens avenues of quick responses, instant feedback, and real-time communication through Chatbots.

As per statistics, the Chatbot market will experience a rise to US$ 1.25 billion by 2025. Better responsiveness and seamless communication using 5G infrastructure can revolutionize the chatbot industry.

In the mobile app development industry, AI-based chatbots can be connected to IoT devices to help customers get detailed and clear information and make decisions without any extraneous human intervention.

b. Containerization Tools

Containerization tools enable developers to package their applications and dependencies into portable, isolated containers that can run on any infrastructure. Some popular containerization tools include Docker, Kubernetes, and Apache Mesos.

c. Monitoring and Logging Tools

These tools are used to monitor and track the performance and behavior of applications and infrastructure. Some popular monitoring and logging tools include Prometheus, Grafana, Nagios, ELK Stack (Elasticsearch, Logstash, Kibana), and Splunk.

d. Collaboration and Communication Tools

These tools enable developers and operations teams to collaborate and communicate effectively. Some popular collaboration and communication tools include Slack, Microsoft Teams, and Atlassian's Jira and Confluence.

e. Cloud Computing Platforms

Cloud computing platforms such as Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform provide infrastructure as a service (IaaS), platform as a service (PaaS), and software as a service (SaaS) offerings that enable organizations to deploy and scale their applications and services quickly and efficiently.

f. Version Control Tools

Version control tools such as Git and SVN are used to manage changes to code and track different versions of applications.

5G-enabled mobile apps will help companies retain their customers by an enhanced over all experience and decreased bounce rate.

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5. Benefits of DevOps Methodology

a. Faster time to market

These tools are used to automate the build, testing, and deployment of applications. Some popular CI/CD tools include Jenkins, GitLab CI/CD, CircleCI, Travis CI, and TeamCity.

b. Improved quality

DevOps processes emphasize testing and quality assurance throughout the software delivery process, which helps to ensure that the software meets the required standards and is more reliable.

c. Increased efficiency

Automation and collaboration enable organizations to streamline their software delivery process, which reduces waste, eliminates redundancies, and improves efficiency

d. Better communication and collaboration

DevOps fosters a culture of collaboration and communication between development and operations teams, which helps to eliminate silos and ensures that everyone is working towards the same goals.

e. Continuous feedback

DevOps processes enable organizations to gather feedback from customers and stakeholders continuously, which helps them to identify and address issues quickly and improve the software over time.

f. Improved security

DevOps processes incorporate security and compliance checks throughout the software delivery process, which helps to identify and mitigate potential security risks.

6. Challenges of implementing DevOps

a. Communication between development and operations teams

This shift can be challenging for organizations with a traditional culture and may require significant effort to overcome resistance.

b. Lack of skills and expertise

DevOps requires expertise in multiple areas, including development, operations, and automation. Many organizations may struggle to find skilled personnel who can effectively implement DevOps processes

c. Complexity

DevOps processes can be complex, particularly in large organizations with multiple teams and systems. This complexity can make it challenging to integrate processes and tools effectively.

d. Legacy systems and processes

Many organizations have legacy systems and processes that are difficult to integrate with DevOps processes. This can result in delays and increased costs.

e. Security and compliance

DevOps processes can introduce security risks if not implemented correctly. Organizations need to ensure that security and compliance are incorporated throughout the DevOps process.

f. Tool and technology selection

With numerous DevOps tools and technologies available, selecting the right tools and technologies for an organization's needs can be challenging

7. Getting started with DevOps

a. Understand the DevOps approach

Start by familiarizing yourself with the principles and practices of DevOps. Read books, attend webinars, and participate in online communities to gain a good understanding of the DevOps approach.

b. Identify the goals

Define your goals and objectives for implementing DevOps. This can help you to identify the specific areas where DevOps can bring the most value to your organization.

c. Establish a culture of collaboration

DevOps requires a culture of collaboration and communication between development and operations teams. Encourage a culture of trust and collaboration by promoting cross-functional teams and setting up regular meetings and feedback loops.

d. Automate processes

Automate as many processes as possible to eliminate waste, reduce manual errors, and improve efficiency. Start with the most time-consuming and error-prone tasks and gradually expand automation to other areas.

e. Choose the right tools and technologies

Select the tools and technologies that best fit your organization's needs and requirements. Start with a few key tools and gradually expand your toolchain as needed.

f. Measure success

With numerous DevOps tools and technologies available, selecting the right tools and technologies for an organization's needs can be challenging

g. Continuously improve

DevOps is an iterative process, and continuous improvement is essential. Collect feedback from stakeholders and use it to improve your processes, tools, and culture.

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Summing up

5G might have experienced its share of setbacks due to the pandemic but now is the time when developers are all set to explore the true potential of 5G. It has the potential to revolutionize the mobile app industry by creating enriching user experiences and giving better returns to businesses.

If building a futuristic mobile app using 5G technology is on your mind, a leading mobile app development company with extensive experience and a versatile team can help you achieve this goal.

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