According to Statista, spending on technology and services to support digital transformation has been projected to reach 3.4 trillion by 2026.
Though the spending is increasing more and more every year, it’s not always leading to the right success companies are looking for.
Implementing a successful digital transformation strategy is tough, and one of the most efficient ways to achieve success with digital transformation with low code is to adopt the low-code digital factory method.
Before we dive into the details, let’s look at the definition of a low-code digital factory first.
Definition of A Low Code Digital Factory
Though what the term might seem to suggest, a low-code digital factory isn’t a factory of any kind. It’s an approach with which you can accelerate the digital transformation of your organization. But how does it do so?
Delivering New Software Applications
The approach enables your development team to deliver new software applications at an 8x faster pace compared to traditional development.
Scaling Team Output
With the specialized approach of a low-code digital factory, your team output can be scaled from a few apps to hundreds of apps per year.
Establishing Sustainable Capability
Low-code digital factory establishes a sustainable capability suited to your business for an enterprise-wide digital transformation.
Key Concepts of Low Code Digital Factory
Digital Use Cases
Low code addresses three distinct use cases for digital transformation
- Customer apps and portals
- Internal business applications
- Core systems
Not all low-code development platforms can solve all the use cases, so it’s in your best to choose a low-code platform that offers all possible solutions for your digital transformation efforts.
This way, you can accelerate digital transformation while maximizing your investment.
Framework For Possible Changes
Digital transformation takes the whole organization through a detailed change that requires scaling of one or more systems while implementing low code solutions to all the existing infrastructures.
To do so, the organization needs a framework that is designed specifically for launching and scaling an organization-wide low-code implementation.
With low code digital factory, you can get a framework that can help you organize your digital transformation efforts.
Three-Stage Digital Journey
Digital transformation takes each organization through three core stages while adapting to low code. Passing through all three stages allows for maturation of use for their chosen low code approach. These three stages are:
- Foundation
- Center of Excellence
- Full Digital Enterprise
Path To Success For Establishing A Low Code Digital Factory
Low-code digital approach can offer higher chances of success when going through a digital transformation journey.
To understand how low code digital factory can be successful, you must understand the four objectives that are foundational to the success of digital transformation for an organization:
- Enabling better innovation while coping with uncertainty
- Achieving adoption of agile approaches that achieve better success metrics
- Architecting integrations that are flexible and easier
- Faster software delivery with better reliability and fewer errors
It might seem like the core objectives match that of DevOps methodology since it addresses all these concerns. But while DevOps addresses them, low-code is the tool that enables them.
These goals are the foundation of the entire idea of a low-code digital factory, and making the most of your low-code software development platform can help you cover all the right use cases to take your organization to the next level.
Creating An Omnichannel Experience
While many companies understand the importance of pursuing an omnichannel digital strategy to stay ahead of the competition, they struggle to build high-quality consistent interaction across all targeted channels. The main reason is the adherence to traditional software development.
When utilizing a high-performance low code platform like Mendix, developers can create and deploy any necessary application that integrates with existing internal systems or external services and is compatible with any device.
Since all aspects of development can be covered with a single platform, there’s no need for specialist developers for specific cases, since the visual modeling language is the same for all cases.
High-performance low-code software development platforms are the best way whether you want one high-quality application or an entire ecosystem of multiple applications that can transform your team into a pro-development powerhouse.
How High-Performance Low Code Enables Digital Factories
Flushes The App Backlog
High-performance low-code platforms increase developer productivity with the right tools and help developers deliver 5 times more apps built with low code with a touch of AI.
Eliminates Complexity
The platform eliminates all complexity with built-in CI/CD and data security. The platform constantly provides continuous updates without any app rewrite, simplifying the update process.
Instantly Augments Existing Team
The platform allows better collaboration and helps easily augment the existing team by minimizing technical debt by rotating developers and working with skills like
- UI/UX
- Security
- DevOps
- Scalability
- Compliance
To Wrap It Up
Low code digital factory approach can ease the path towards digital transformation by taking an organization to the peak of productivity with higher efficiency and high-quality deliverables.
Are you planning to create your low-code digital factory? Partner with Impala Intech today to get access to one of the best low-code development teams.
With the power of Mendix, we can scale your business the right way for a complete digital transformation.
FAQ
It may redefine roles, with less emphasis on traditional coding and more focus on collaboration, design, and strategic aspects of application development.
Yes, it excels in building complex workflows and business processes by providing tools and features for visual modeling and automation.
It often includes features for streamlined deployment, offering options for cloud deployment, on-premises deployment, and integration with popular deployment tools.
It encourages innovation by enabling rapid experimentation and prototyping, allowing organizations to test ideas and iterate quickly to find optimal solutions.
Yes, it can be used for real-time applications, providing the necessary tools and features to develop applications that require instant processing and response.
