Parametric Rapid Application Development Automation.
High value proposition
72x Faster
46% improved ROI
Gold standard design
Platform independent
Quantum code quality
15 layers of automated code
2 deployment modes


 
Requirements-in, REST-API out.
Requirement gathering and analysis is a semi-automated process in PRADA. A well-structured design engine methodically channelizes the I/O parameters and transform those specificities into a powerful and complex data model that is resilient as well as scalable in the future.

     Functional requirements

Non-Functional requirements

Entity relations


 
 

250+ nodes

layers of design architecture

Design patterns in use

approach

Data modelling the bottom-up way.
Designed by declarative metadata modelling technique. This means input parameters are carefully classified and then automatically weaved through a relationship node to form a scalable data model. All this can be done from the design studio and run the results for approval.

 
Instant prototyping & enterprise ready.
A working prototype of the turnkey solution can be instantly created for customer review at the end of requirement analysis phase. The design and prototype can then be tweaked any number of times to align with customer expectation. Seamlessly integrate new components and reduce dependency.

1000+ tables

300+ UI pages

4 Million+ Lines of code on the go


 
 
 

Enabled

 

as components

 

Output

Vector architecture built on SOLID principles.
We have layered it, so you can work them easy. Built on a Vector Architecture concept, as we call it, the engine provides several advantages and benefits while developing any business-critical applications:
  • Ease of maintenance as the Software engineer can mind-map and pin-point the problem area.
  • Platform independent as this is a framework.
  • Legacy application migration is a simple activity.

 
Get API in a language of your choice.

PRADA delivers API in multiple programming languages. At present C# and Java is supported, can be extended to any enterprise language in the future.

The freedom of programming language empowers our developers to rapidly re-engineer the source code to adapt custom requirements.

 

 


 

 

seconds coding

 

99.99 % accurate

72x faster and 60 seconds coding lifecycle.

Quantum-Code refers to smallest possible and discrete element of manual coding which is much smaller in dimension to the industry accepted Low-Code and encompasses a Requirement-to-Deployment (RTD) automation pipeline.

The design, development and quality assurance proceeds in a fully automated manner at the click of a button.


Transform the legacies too.
Migrate, extend or completely rebuild a legacy application with lightning speed and great quality. In case of a legacy application, new functionalities can be appended after a thorough design feasibility study.

 

modifications

 

iterations

Simply augment a new functionality - iteratively.
Modifications and enhancements to any application developed using the PRADA engine can be implemented at lightning speed, therefore, reducing development and maintenance cost to the customer.

Automated techno-functional quality assurance.
Based on business process flow, the functional logic is automated for end to end testing of the developed code. the User Acceptance Test (UAT) is further simplified and client acceptance becomes more positive.
Automated
 

testing

Automated
 

testing

Assisted
 

testing


Less Code volume

Most Modern library

Quality code means robust application.
Vector architecture ensures finest quality code with excellent execution and negligible defects. The debugging and any extended development are a matter of simplicity. Achieve high performance with less lines of code.

 
Truly cloud ready.
Business critical applications developed using our low code engine is enabled for Docker containerization, as such cloud ready and platform independent.

Maintenance friendly
Q-Code.
Vector architecture helps narrow down and pin-point a problem area for de-bugging; alternatively, handle routine maintenance in a simplified manner. Use the cause & effect chart and identify the affected layer for delving into the relevant code.

High on performance and low on memory.
Thousands of lines of unnecessary coding will be negated by the low code engine. Thin layers and minimal lines of code ensure business objects with minimal scope and helps to keep the generated application memory footprint as small as possible.

Improved performance

less memory


Building best practices is our culture.
As we implement several best practices of technology industry, we too created some with a motive to amalgamate the finest delivery of all times. The standards we deliver would far exceed the expectations of community.