What Makes Good Low-Code Software?
May 25, 2021

James Hoshor
Anexinet

With the pandemic forcing organizations to fast-track their digital transformation initiatives and develop and deploy new digital engagement methods, there has been an evolution of Rapid Application Development tools ("RAD") that has enabled companies to deliver new applications faster. Low-code/no-code platforms were really the first tools to be utilized for RAD initiatives.

"GartnerForecasts Worldwide Low-Code Development Technologies Market to Grow 23% in 2021."

Businesses looking for a low-code platform first need to understand and define what benefits or value they are trying to gain. For example, they may want to enable non-technical resources to rapidly develop and deploy apps for non-critical simple business processes or workflows.

Low-code tools have matured over the past few years but still have some limitations in their ability to develop, deliver and maintain complex enterprise business applications. It is important for businesses to really evaluate and select a platform that both aligns with their strategic application delivery drivers and mitigates risks. Organizations should beware of picking a tool that only meets some of their overall application delivery needs without providing the security and ease of maintainability offered by enterprise-grade mobile application development platforms.

One of the biggest challenges of many low-code platforms in the market today is the ability to develop and deliver true native mobile features and functionality, including critical native UI components like maps, sliders, progress circles, progress bars, tab containers, and barcode scanners; key native device capabilities such as cameras, geolocation, Touch ID, Bluetooth, pull to refresh, and infinite swipe to go back; and of course offline-first features such as improved synchronization handling, and conflict resolution.

Large enterprises that are looking for developer and IT-focused tools should also look for low-code platforms that sport heavy-duty features such as automated software testing, app analytics, and Scrum project planning.

Change and release management capabilities in a development platform are also critical today as development organizations are adopting a CI/CD delivery model. Feature enhancements are sorely needed around the ability to stage a release to a subset of users plus the ability to roll back a release in case of an error. Make sure your low-code platform allows you to easily deploy and rollback releases if needed.

Here are some key features and capabilities that you should look for in your low-code development platform:

Code Modification

Ability to modify code if the need arises is the key difference between "low -code" and "no-code" platforms. One common mistake is that most people tend to group these platforms in the same bucket. There is a difference between "low-code" and "no-code" tools. Low-code tools allow for a greater level of functionality with customized code rather than "no code" tools that provide a drag-and-drop interface.

Visual Configurators

Functionality that provides pre-built user interfaces and models for business processes, logic and data models that allow you to simply drag and drop design elements and features to create full-stack, cross-platform apps, and add custom code as needed.

Interoperability

APIs and prebuilt connectors that are easy to implement allowing easier integration with commonly used third-party tools used today by most developers such as Salesforce, SAP, Oracle, etc. and employ standards-based integrations for consuming REST and SOAP services, and smart connectors to IoT, machine learning, streaming processes, cognitive services and real-time analytics.

Deployment Ease

Application delivery capabilities that automatically track changes and handle database scripts and deployment processes, eliminating time-consuming deployment and operations processes.

Security

The same characteristics that make low-code development so productive for some organizations can bring challenges when it comes to security. The largest challenge to low-code development is that it becomes difficult for organizations to handle what the employees develop. Enabling non-IT resources to develop apps using on-prem low-code platforms limits visibility by IT to ensure proper security measures are being adhered to.

To improve IT visibility and mitigate security risks with apps developed by low-code platforms, organizations should use cloud-based platforms which provide the governance to access and provide rule-based permissions.

Security Governance

Ability to log and provide audit reporting for activities performed by developers, application managers and system administrators. Logging and reporting for deployed applications, including inbound or outbound integration calls and end-user access to applications, components, and screens.

While it is important to make sure you select and use a low-code/no-code platform that aligns with and supports your initiatives, there are two key benefits driving companies to leverage these RAD tools:

Speed To Delivery. These platforms enable faster development and delivery of business apps using pre-built modules in an easy to use visual environment. This allows more agility with reducing the time spent on app development. Most of the low-code platforms run in the cloud automating the majority of the processes while iterating the application.

Lower Resource Cost. Finding and hiring talented developers is always a costly challenge. Low-code tools don’t require deep technical expertise and resources which automatically lowers resource cost in the long run.

With the "new normal" and continuously changing digital engagement models and customer expectations, low-code application development platforms will continue to rise in adoption providing fast, creative, and efficient visual environments in the cloud for companies and non-programmers.

James Hoshor is Director, Digital Experience Solutions Practice, at Anexinet
Share this

Industry News

September 12, 2024

Check Point® Software Technologies Ltd. has been recognized as a Leader in the latest GigaOm Radar Report for Security Policy as Code.

September 12, 2024

JFrog announced the addition of JFrog Runtime to its suite of security capabilities, empowering enterprises to seamlessly integrate security into every step of the development process, from writing source code to deploying binaries into production.

September 12, 2024

Kong unveiled its new Premium Technology Partner Program, a strategic initiative designed to deepen its engagement with technology partners and foster innovation within its cloud and developer ecosystem.

September 11, 2024

Kong announced the launch of the latest version of Kong Konnect, the API platform for the AI era.

September 10, 2024

Oracle announced new capabilities to help customers accelerate the development of applications and deployment on Oracle Cloud Infrastructure (OCI).

September 10, 2024

JFrog and GitHub unveiled new integrations.

September 10, 2024

Opsera announced its latest platform capabilities for Salesforce DevOps.

September 09, 2024

Progress announced it has entered into a definitive agreement to acquire ShareFile, a business unit of Cloud Software Group, providing SaaS-native, AI-powered, document-centric collaboration, focusing on industry segments including business and professional services, financial services, healthcare and construction.

September 05, 2024

Red Hat announced the general availability of Red Hat Enterprise Linux (RHEL) AI across the hybrid cloud.

September 05, 2024

Jitterbit announced its unified AI-infused, low-code Harmony platform.

September 05, 2024

Akuity announced the launch of KubeVision, a feature within the Akuity Platform.

September 05, 2024

Couchbase announced Capella Free Tier, a free developer environment designed to empower developers to evaluate and explore products and test new features without time constraints.

September 04, 2024

Amazon Web Services, Inc. (AWS), an Amazon.com, Inc. company, announced the general availability of AWS Parallel Computing Service, a new managed service that helps customers easily set up and manage high performance computing (HPC) clusters so they can run scientific and engineering workloads at virtually any scale on AWS.

September 04, 2024

Dell Technologies and Red Hat are bringing Red Hat Enterprise Linux AI (RHEL AI), a foundation model platform built on an AI-optimized operating system that enables users to more seamlessly develop, test and deploy artificial intelligence (AI) and generative AI (gen AI) models, to Dell PowerEdge servers.