Are Low-Code Platforms Safe and Scalable?

In 2025, there will be 2.7 billion smartphone users, and they’re not stopping. 90 90% of their time spent on the devices is spent on applications. It’s not just mobile apps but there are websites that offer applications for the desktop for professional and personal reasons.

With the growing number of app users, creating apps at a large scale has gained a place in the marketplace today as well. the low-code platform is driving the change in the development of applications. They are not only applications that consumers require, but companies also require top-of-the-line applications that deliver the highest performance to satisfy their requirements for business.

How Can you Expand Applications to Accommodate the Needs of Customers in Business?

With the rate of how apps are used, issues arise. What is the threshold at which you can break of the apps you and your enterprise could build? What is the scalability of the platform on which your apps are built? Is the low-code platform that you employ really capable of scaling?

Although Low-code applications have taken the front position when it comes to scalability only those platforms are successful because they are able to handle a variety of workloads as well as support multiple developers. offer resilience in service availability, and ensure a consistent users’ experience throughout production. If all of this can be achieved with the low-code platform you select and proves to be truly capable of scaling. To find out if the low-code system is scalable in the form of run-time or dev-time, use this simple checklist.

The most effective way to get the most value from your low-code system, in terms of scale, is to ensure that the internal procedures as well as the architecture compatible with your requirements for scalability.

Capacity planning can meet your needs by preparing for demand. Scalability is all about changing capacity to meet your needs. It is essential to find out the number of developer logins as well as app deployments that are permitted within the platform in accordance with the terms of your license. In other words, you might be able to develop and launch applications, but it could be limited by the terms of your license, and the reverse is true. When setting up, check out the capabilities of the platform and find out if it is compatible with your scaling requirements.

Choose an Architectural Style that is Suitable to Enterprise Scale

The brisk Logic team devote a lot of time trying to manage to validate, fix and maintaining large applications that utilize various design designs. To reduce time, make teams more flexible and develop repeatable applications on a large scale Choose low-code platforms designed to use a microservices architecture model since it offers the needed scaling.

When evaluating a low-code system, make sure that the applications developed on the platform adhere to modern architectural models for application development. An extremely flexible low-code platform features a REST API that is well-defined and separates the UI and backend layers, making it possible to build applications at a scale, and making sure that the most effective practices for quality and performance are implemented in accordance with industry standards. The ideal low-code platform needs to have quick creating APIs and binding instruments and automated documentation for APIs to assist you in redesigning your monolithic, outdated applications into modern, microservices-based applications that are microservices-based.

4 ways to Increase the Security of Low-Code Environments

Secure Design :

A commitment to voluntary efforts and acknowledgement is required in the implementation of security measures. Data that is sensitive like Social Security Number must be encrypted prior to storage in the database to ensure that there isn’t any accidental exposure of the sensitive data.

Threat Modelling :

Examine all points of entry into your system’s security, risks as well as assets, to assess if the system is able to mitigate every risk that is possible.

Static code analysis: 

analyzing the code to ensure that it adheres to the accepted standards of the industry. Conducting a static analysis to look for common errors and determine whether the code interacts with external source code or is not.

Security testing: 

In lieu of confirming the task it’s supposed to do, security testing includes examining the functions that the software wasn’t meant to perform. In order to conduct such tests, the tester must recognize the typical vulnerabilities that hackers could use.

Demand for low-code is growing in application development

In the case of low code, it’s commonly noticed that because low code is utilized for prototyping, it is regarded as risk-free. Since low-code is being used in many applications, it’s essential to address any vulnerabilities within the system to minimize the chance of risk.

Based on Gartner, “By 2024, low-code application development will be responsible for more than 65% of application development activity”.

The development of applications is in high demand. To maintain speed, performance, and massive scaling are the primary factors. But, are the low-code platforms that this application is built capable of scaling? Do they have the capacity to accommodate multiple developers and manage the diverse workloads? Do you have the ability to get the most value out of the low-code system you’re using up to its highest threshold?

To make sure that you’re adhering to the most effective methods of performance and design that conforms to standard industry practices, be sure that the platform you choose provides a clear API that is separated from the backend layers from the user interface to allow development on a large scale. To modernize your monolithic legacy applications, generally, low-code platforms will be able to create APIs faster and have better documentation.

A platform that is flexible and low-code is one that makes use of cloud-based architecture because it is scalable in the design. The cloud-based system allows users to create modular systems, and also support continuous delivery. When choosing a low-code platform it is essential that certain features must be taken into consideration to make informed decisions. One of these crucial concerns is vendor lock-in. This happens when a company is dependent on the platform to it’s difficult to switch to a different platform without incurring huge costs for switching. To prevent this from happening it is recommended to keep track of all the tasks carried out on the platform on a regular basis as well as keep separate data for workflow and data layers.

According to a report on application development, 13% of prospective clients of low-code platforms are skeptical because of concerns about the ability to scale the platform. Low-code platforms have attractive features like visualization as well as a drag-and-drop interface, and functions that are not available in the box such as sales process management as well as management of services. However, these functions aren’t enough when the platforms aren’t secured enough to safeguard the apps created by the end-users. Furthermore, the platform must be capable of scaling to accommodate the sudden increase in users as a result of the expansion.

What is the best low-code platform to provide enterprise-level scaling?

Low-code platforms are able to provide run-time and development-time scale. The ability to scale dev-time lets, multiple developers, to develop different applications across different teams and locations to provide long-term and interconnected portfolios of apps. This capability of low-code platforms to be aligned with the development needs of organizations is called the dev-time scaling. 

There are certain aspects that are associated with dev-time scalability, for instance,

• It is easy to onboard new developers to the platform.
• Access is based on role.
• A simpler way to collaborate for citizens developers and programmers.
• Ability to add custom codes to the application that has been developed.
• A wide range of tools for collaboration to facilitate faster replication of components that have been built.
• Easy communication and integration with tools already in use.

Scalability at runtime allows a vast number of users to carry out computation-intensive tasks with the highest levels of efficiency and reliability. The ability of applications that run on low-code platforms that provide users with fast user experiences is called run-time scaling. 

Certain characteristics related to run-time scalability are:

• Automated tasks for faster deployment
• Rapid development is possible thanks to containers
• It is easier to deploy for any multi-cloud, cloud or hybrid cloud environments
• Integration with CI/CD pipelines
• Developers can create applications on-demand, independently

In addition to the features mentioned above for run-time and dev-time scaling that low-code platforms offer, its potential in the scalability of an application is not that great. To utilize the low-code platform to its full potential, ensure that your architectural needs and processes within the system are aligned to the ability to scale. Change the capacity of the platform when setting it up to meet demand and determine the deployments allowed prior to the start of the process, according to the terms of the license. Build agile teams and select microservices architecture models instead of employing different designs for architecture to cut down on the time that is spent managing the process of validating, repairing, and resolving large-scale systems for the application. 

The entire concept of scale ability, in a way, is based on the capability to build applications faster. Because manual coding is expensive, time-consuming and laborious, speedier development of apps with less time reduces the expense for the entire process.

Key Benefits

• Do not be a victim of any type of lock-in.

• Utilizes open standards and frameworks that are platform and language-agnostic code generators, as well as cloud-agnostic accelerators

• Standard-based extensible code

• It follows 12 factors of app design principles that produce high-quality code that is clutter-free and clean as similar to human-generated codes

• Security for enterprises of the highest quality

• Secures apps by utilizing authorization and authentication features such as role-based or access control based on permissions

• Application Platform as a Service (PaaS) platform

• Allows different personas for enterprise throughout the entire lifecycle of the application starting with concept, development and all the way to deployment and operation. So at whatever point you settle on any platform, pick it carefully.

Brisk Logic Low-Code, No-Code Solution

In the event that security or scalability have become major issues for your enterprise application, develop internal and architectural processes and integrate them with the low-code platform. Brisk Logic low-code, no-code platform ISymphonyTM like other systems, doesn’t bind users to exclusive code, infrastructure, and technology stacks. Users are able to avoid lock-in from vendors through iSymphonyTM and build secure enterprise-grade applications quickly. By utilizing iSymphony TM accelerators an important battery maker could save the equivalent of 320 hours of development in the process of creating a support application.