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Tag: Product Engineering

Categories
Retail

E-commerce platform development

Client focus

Client wanted to develop a new e-commerce platform to sell agricultural goods to farmers and purchase the farm produce.

0 M+
SKU on the platform
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customer monthly customer visits
0 M+
Orders fulfilled
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Sell goods and buy produce

Challenges

  • Help client enable e-commerce with the farming community to sell and maintain an online catalog of products.
  • Enable fulfillment of customer orders and an end to end solution with API enablement to integrate with others partners in the supply chain
  • Build data analytics and visualization for reports on inventory, sales and financial management.

Solutions

  • Worked with the client to define the functional solution and technical architecture of the e-commerce platform
  • A web front end and native mobile builds were generated for an omni channel experience
  • Developed secure payment gateways and seamless integration with fulfillment partners for hassle free experience

Key Benefits

  • Rapid development and deployment of platform enabled faster time to market with a unified experience
  • A fully scalable micro-services platform that fulfilled over 4 million order in the initial year of operations
Categories
Blog

E-Learning Platform Development

Client focus

Client is an education provider and wanted to enable online test taking for all students to better analyse results and enhance performance.

 
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Campuses on the portal
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Students take tests
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Users on the portal

Challenges

  • Client wanted an application (web and mobile) that would allow their students from multiple campuses to take tests online and the ability for faculty/parents/administration to review results and create a plan of action to improve individual performance of students.
  • Application needed to be built as per the industry standards of the country
  • Needed an easy way to streamline publishing new question papers with complex patterns
  • Information architectures that provide insights into Key Performance Indicators needed to be incorporated

Solutions

  • Cognine spent a considerable amount of time with college administration to identify key requirements
  • A cloud agnostic, fully scalable microservices based SaaS approach with containerized deployments was proposed and implemented. UI was developed based on standardized tests inline with the education standards in the respective country
  • Application was built in a responsive manner, allowing students to take tests on tablet devices as well.
  • Dashboards were developed for students, parents, faculty and administration to view self performance and relative performance
  • Communication channels were designed within the application for parents to interact with faculty and discuss improvements

Key Benefits

  • Collaboration between students, parents, administration personnel, and school staff improves learning outcomes
  • Standardized workflows and automation tools accelerated easy on-boarding of new campuses as well as

Related Case Studies

Categories
Healthcare

Healthcare Product Engineering

Client focus

Client is a healthcare service provider with a focus on bringing technology into small and midsize providers for digitizing patient visits and health records.

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Providers on the platform
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Medication transactions
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reduction in clicks and keystrokes
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Cloud Native

Challenges

  • Client had a product idea (web and mobile) to manage patient visits, medications and medical records for clinics and hospitals with a unique feature of smart data entry using proprietary state machine in prescriptions.
  • Client wanted to use a single workflow for prescribing all medications
  • Needed an intuitive interface requiring minimal training
  • Client needed additional layers of security to protect the sensitive patient data and medication management programs

Solutions

  • Cognine was involved in every phase of the product development starting from requirements discovery phase to deployment on cloud as the client did not have any technical team.
  • A cloud agnostic, fully scalable microservices based SAAS approach with containerized deployments was proposed and implemented.
  • UI was developed using single page approach
  • A proprietary state machine was designed to cater to the contextual intelligence required for auto suggesting and completing words as per the usage of doctors.
  • Message queues were used to manage notifications and communication between patients and doctors along with external caching services.
  • Features like Two-factor authentication and validation were implemented to enable additional layers of security.

Key Benefits

  • Rapid prototyping and feedback mechanisms from light house customers helped in incorporating some of the good to have features that were not part of initial planning process
  • Web application developed with features to include offline availability of the state machine and the required data to enable a seamless user experience even during the event of internet unavailability.