Metron Aviation (An Airbus Company) is a global leader in aviation software, specializing in Air Traffic Management solutions. They serve a wide range of clients, including ANSPs, airlines, airports, and government agencies, with a focus on delivering exceptional services and innovative solutions for the aviation industry.

Celestial Systems collaborated with Metron Aviation to modernize their critical business applications based on Sencha Ext JS framework.This involved designing optimized UI/UX screens for the enhanced feature offering, architecting and maintaining a test automation suite,fixing bugs, and developing new features.

The upgrade of Sencha Ext JS versions in three applications improved their capabilities. The new QA automation framework vastly improved efficiency (from weeks to less than a day) as well as improved UI/UX simplified user ainteraction. This is an ongoing engagement for continuous enhancements ultimately saving cost, effort, and time for the client.

DataShapes is an AI-powered software company that develops solutions to transform signals and waveforms into actionable intelligence. The company's software is used in a variety of industries to deliver real-time, trustable intelligence at the speed of streaming data.

Celestial successfully addressed the infrastructure challenges for Datashapes by launching a multi-tenant SaaS application. The goal was to design a cloud infrastructure capable of hosting and supporting SaaS applications and their tenants while ensuring scalability, high availability, and security.

The Comprehensive solution is designed using Microsoft Azure Cloud, featuring dedicated resources for each tenant, auto-scaling, Azure AD integration, and automated provisioning of Kubernetes objects.

Netskrt is an innovative company offering an edge Content Delivery Network (eCDN) solution that optimizes streaming video performance, ensuring access from remote or constrained network locations, benefiting industries like airlines, railways, and internet service providers.

Celestial Systems collaborated with Netskrt to test and enhance their eCDN solution, helping the client overcome challenges associated with remote onboarding and communication across time zones.

We established an efficient QA process, created comprehensive test cases, and implemented automation. This approach improved product quality, identified defects, and optimized performance, all while working seamlessly with Netskrt's team across different time zones. Using agile methodology and regular client communication ensured a successful project outcome.

SkillNet is a platform focused on skill measurement and upskilling that assesses individual and organizational capabilities, identifies skill gaps, and automates personal development plans. SkillNet's approach enhances employee performance and engagement y providing data-driven insights for upskilling programs.

SkillNet wanted to enhance data visualization to assess staff capabilities and eliminate manager bias. Celestial's solution, using the Lattice ReactJS framework and FusionCharts, delivered real-time graphical visualization of employee skillsets and advanced filters for assessments.

The client achieved an 80% improvement in employee performance, increased upskilling program efficiency, enhanced data analysis by 70%, and an 80% boost in overall business proficiency. SkillNet also gained an easily integrable, generic platform for graphical efficiency comparisons.

Cognare is a provider of Custom Software Product Development services across a wide variety of Web Technologies. In a recent engagement, Celestial Systems helped Cognare in developing and maintaining the user interface and user experience components for an enterprise customer application.

The technologies being used for the project include Ext JS, HTML, CSS, and JavaScript (JS). Ext JS is a popular JavaScript framework for building rich web applications, and HTML, CSS, and JS are fundamental technologies for web development.

Celestial's proven ExtJS expertise benefited Cognare by helping them deliver on their project commitments to their client. This support likely ensures that the application frontend met the required standards and functionality.

PCU System is an estimating and cost control SAAS platform with the flexibility to provide a complete solution for almost any industry, project phase, and execution strategy.

In an ongoing engagement, Celestial Systems is helping PCU System in designing a modern business application with a components-based user interface and user experience. Our expertise in UX/UI design and development has provided them with a transformed application structure, resulting in a smoother user journey. By aligning with user and business needs, we've optimized their application for improved user satisfaction and business outcomes.

This modern design is being developed with a React JS frontend and will be powered by the advanced Master Database from PCU systems for an unmatched productivity experience.

At Celestial, we understand the importance of cutting-edge technologies in delivering top-notch solutions. One of our primary objectives at Celestial has been to redefine the structure and flow of PCU Systems' application. We've meticulously analyzed user and business requirements to create a solution that seamlessly caters to both aspects.

ViewsML is a SaaS digital health company revolutionizing spatial biology for translational research and companion diagnostics using AI deep learning.

Celestial Systems collaborated with ViewsML to test and enhance virtualized immunohistochemistry solution predicts biomarker expression with high spatial precision has provided them with a transformed application structure, resulting in a smoother user journey.

We established an efficient QA process, created comprehensive test cases, and implemented automation. This approach improved product quality, identified defects, and optimized performance, all while working seamlessly with ViewsML team across different time zones. Their agile methodology and regular client communication ensured a successful project outcome