4. Technologies we often use!
CMS
User Interface Unit Testing
Cloud Services
Continuous Integration
Containerization Build & Version Control
Frontend Automation Testing Code Coverage & Analysis
Backend Backend Automation Testing
Database
Source Control
Digital Services
5. Technologies we often use!
Data Visualization Monitoring Tools
Data Services
AI/ML
Data Analytics
Data Storage
10. ✓ We used Flutter frontend for developing a PWA for e-Auction of agri commodities
allowing cost-effective procurement and sale that meets price expectations and
quality specifications.
✓ We leveraged Flutter frontend to develop an offline-first tablet application equipped with an
Admin Portal for authentication and authorization, personalized learning features, a Course
Management System, a Learning Record Store based on XAPI standards and a Student App
with offline support.
✓ We used Flutter frontend to develop a centralized data repository for loan
applicants equipped with functionalities to streamline the loan disbursal, lead
creation, efficient data and document gathering, visit management, and automated
EMI collection.
✓ By using Flutter we built an easy to use incident reporting mobile application for
any safety violations at workplace and help avoid disasters across different
branches, showrooms, outlets and offices of the organization.
✓ We built an intelligent mask-detector app using Flutter and TensorFlow Lite,
employing deep learning to train a model capable of detecting faces and
determining whether individuals are wearing their face masks properly.
✓ We developed a mobile app for iOS and Android platforms using Flutter that by
utilizing Bluetooth connectivity allows real-time device and equipment monitoring
from anywhere.
✓ By using Flutter frontend we built an application that allows for remote monitoring and
control of field systems, providing complete control over fleets, reducing capital and labor
expenses, and improving energy efficiency.
and many more...
Our Flutter
development
experiences
11. CASE STUDY
An Online Platform
for Trading of Agri
Commodities
Objective
To develop a robust PWA platform that serves
as a bridge between buyers and suppliers in the
agri-commodities industry aiming to streamline
the supply chain process, empowering buyers
and suppliers to conduct business more
efficiently, cost-effectively, and promptly.
We helped this client:
We developed a PWA for e-Auction of agri commodities allowing cost-effective procurement and
sale that meets price expectations and quality specifications. The platform streamlines the
procurement process, reduces costs, and offers a transparent and competitive marketplace for
buyers and sellers in the agri-commodities industry.
Solution Design
We were involved in the entire product
journey from concept to the final
implementation of the product, including
UX design.
Our solution was built to be scalable for
future enhancements and to incorporate
several integration points.
Admin module helps admins create and
manage smooth progression of online
auction, send auction updates to traders,
manage products and trader accounts.
Implemented based on open source tools
to ensure that they successfully implement
the solution and the application runs
smoothly.
Key Benefits
Our solution brings together a large network of
agri-commodity customers and suppliers.
The custom-defined trade auction and
settlement terms provide a swift turnaround and
payment, significantly reducing supply chain
costs and ensuring speedier deliveries and
supplies.
✔
Participants can register on the site, receive
news about upcoming auctions, and make
payments immediately using their mobile
phones, with integration with TotalKyc and
RazorPay.
Our solution provides a transparent bidding
procedure, improving customer experience.
✔
✔
Tech Stack
We helped facilitate a large number of bid
submissions, resulting in increased market
competition and better prices for both buyers
and sellers.
✔
✔
AgriTech | App Dev
12. CASE STUDY
Learning Record Store
for an educational
institute
Objective
To create an application that supports
offline functionality on Teacher and Student
tablets, enabling uninterrupted learning in
rural areas with unreliable internet access.
Additionally, seamless data synchronization
between devices should be facilitated when
internet connectivity is available.
We helped this client:
The solution includes an offline-first tablet application for teachers, an Admin Portal for authentication
and authorization, personalized learning features, a Course Management System, a Learning Record Store
based on XAPI standards, a comprehensive Student App with offline support, and integration of
continuous integration and test automation processes.
Solution Design
Designed the Teacher tablet using an offline-first
approach for seamless learning.
Developed an Admin Portal that acts as an
authentication and authorization system for
different organizations (like Mandal, state) using
Keycloak.
Created a Course Management System that
enables users to easily create, edit, review, publish
and export courses.
Built a Learning Record Store (LRS) system that
manages learning records by following XAPI
standards and REST architecture for accurate
insights.
Key Benefits
Easily analyze learners' progress and update
course material for optimized learning
outcomes
Gain a deeper understanding of learner
behavior to engage them better and achieve
improved learning outcomes.
✔ Personalize content according to the learner's
needs for better engagement and retention.
Organize data and generate reports as needed
for improved decision making.
✔
✔
Tech Stack
✔
Developed a Student App that covers the full
lifecycle of a student's journey in a learning
management system.
Adopted (CI/CD) and Test Automation processes
as part of our development process for improved
efficiency and reliability.
The use of LRS is not limited to schools and
universities, allowing tracking of progress and
activities across different industries.
✔
Easy hosting to the cloud for accessibility and
scalability.Track offline activities and motivate
learners to participate and complete different
assignments for improved engagement and
completion rates.
✔
EdTech | App Dev
13. CASE STUDY
Created a central data
repository for loan
management
Objective
We helped this client:
Our solution involves creating a centralized data repository for loan applicants and implementing
various functionalities to streamline the loan disbursal process. This includes lead creation, efficient
data and document gathering, visit management, and automated EMI collection. The solution also
includes enhancing reporting and analytics capabilities for better decision-making.
Solution Design Key Benefits
Increase company return by centralizing tightly-
knit, uniform, and well-structured sourcing data.
Gives crucial statistics that will assist in better
tracking, analyzing, and optimizing sourcing
events for strategic decision-making, resulting
in increased efficiency and productivity of your
company's procurement activities.
Sales Visit Management (both hot and cold)
seamlessly handled and tracked by the
application. Sales document collection process
automated
✔
✔
Tech Stack
Consolidating scattered data along multiple
locations into a digital platform enable field
agents to perform their work diligently and
effectively.
Enabled managers to effectively track field
agents' activities and measure performance
against goals defined.
Microservices-based architecture, deployed
in MS Azure cloud for scalability.
Containerized and DevOps driven
FinTech | Data
Management
Built for keeping the several integration
points in perspective
The central data repository for loan
management enabled valuable insights for
strategic decision-making, operations
optimization, and business growth..
✔
To create a centralized data repository for
loan applicants to increase company return by
centralizing sourcing data, consolidating
scattered data, and enabling efficient
management of loan disbursal activities.
React.js for web development and Flutter for
the mobile experience
Enabled the system to integrate with 3rd
Party: CRIF, CIBIL, Google Geolocation, KYC
✔
14. CASE STUDIES
Manufacturing | App Dev
Enhancing Workplace
Safety through an
Incident Reporting
Mobile App
Objective
To build a mobile application that allows you
to easily record details about workplace
injury or accident.
We helped this client:
We created an easy to use incident reporting mobile application for any safety violations at
workplace and help avoid disasters across different branches, showrooms, outlets and offices of
the organization by alerting the concerned team from any place at the ease of a click.
Solution Design
Created a well designed mobile
application that helps Incident Reporting
and notifications about any reported
incident
Keeps a track of incident progress.
Emergency Contacts and
Communication, just a click away, which
will make a call to the concerned team.
Created a repository of Policy and
Safety Documents to update in the form
of SOPs that are accessible to the
employees.
Key Benefits
Helps ensure that the problem is identified
and addressed promptly.
Allows you to learn from your errors
✔
Quickly identify other possible issues and
helps the adoption of safety best practices
Documentation accessibility for training and
regulatory requests
✔
✔
✔
Tech Stack
Created a Notice Board to view
employee notices, Admin Access to
create notices, SOPs, Dashboard view for
Incidents
Track the most common preventable
injuries and be proactive and immediately
call the concerned rescue team.
✔
15. CASE STUDIES
Analytics | App
Development
AI-Powered Face Mask
Detection App for
COVID-19
Objective
To create a mask detection app that could
implement real-time AI-based face mask
detection and help measure social distancing.
Tech Stack
We helped this client:
We built an intelligent mask-detector app using Flutter and TensorFlow Lite, employing deep learning
to train a model capable of detecting faces and determining whether individuals are wearing their
face masks properly.
Solution Design
Flutter and TensorFlow Lite were used to
create the app.
Used deep learning to develop our face
detector model.
Train a model to recognise and categorize
and consume this in a flutter application once
the training process is completed.
Using Google’s teachable machine trained the
model to identify faces with or without masks
and simplify the entire process of model
training and data classification.
Key Benefits
Application view enables the user to pick an
image from the gallery or capture a new
image from the camera.
Through behavioral pattern detection we
helped to a mass data on adherence to
standard health protocol.
Through detection no-adherence to msk
wearing protocol we helped taking
appropriate measures.
✔
Sentized people and the medical community
on the best practices for mask wearing in all
public places.
Our real-time mask detection app also helped
the healthcare providers to trace contacts
based upon real-time information and face
images.
✔
✔
✔
16. CASE STUDY
Enhancing Equipment
Monitoring with Real-time
IoT Data Streaming
Objective
To develop a solution for real-time data
access to monitor the movement of a fleet
of construction equipment, regardless of
location.
We helped this client:
We developed a mobile app on iOS and Android using Flutter. The app utilizes Bluetooth to connect
with an IoT device and sends the data to a Google Firebase datastore. This allows the information to
be streamed in real-time, enabling convenient access to the data from anywhere.
Solution Design Key Benefits
Ability to monitor and support any device from
anywhere, providing greater flexibility and
accessibility for end-users.
Seamless experience with close to real-time
data streaming over Firebase, enabling faster
decision-making and improved overall
efficiency.
Reusable components for easy scalability of
the application, allowing for future expansion
and growth without the need for extensive
redevelopment.
Decoupled architecture allowing flexibility of
switching to any datastore or cloud API source,
providing greater adaptability and future-
proofing for the solution.
✔
✔
✔
✔
Tech Stack
Our team played a key role in the design
and architecture of the Flutter framework,
focusing on improving the usability of
components, performance, and overall user
experience.
We deployed the application to iOS and
Android devices to validate and ensure it
met the needs of end-users.
Based on customer feedback, we continued
to enhance the application to meet evolving
requirements.
We enabled multi-device applicability and
integration with cloud-based REST APIs to
further expand the functionality and
capabilities of the application.
IOT | App Dev
17. CASE STUDY
Bespoke applications
tailored to the unique
mining operations
Objective
To detect equipment anomalies before they
develop into system-critical problems, enabling
repair to be planned before the equipment
actually fails.
We helped this client:
Tech Stack
We built an application that allows for remote monitoring and control of field systems, providing
complete control over fleets, reducing capital and labor expenses, and improving energy efficiency.
Solution Design Key Benefits
Gain complete control of their fleets, lower
capital and labour expenses, and improve the
energy efficiency.
(SSO) helps reduce the number of different
login credentials
Application is easily extendable to meet
requirements when enhanced
Makes operations of the intelligent alarm
system safe, convenient and possible from
remote locations.
✔
✔
✔
✔
Built a mobile application using Flutter
Mobile which will be responsive for Tablet
view and can be installed through Google
app store.
Built a front end that enables users handle
Security, Dashboard, Alarms panel/details,
Setting and Device Management.
Implemented SSO Single-Sign-On to easily
handle Security
The application is coded to handle cloud
and external party-related failures.
Designed, implemented, and deployed for
automated recovery from failure.
Enterprise Software
Development
18. Thank you!
Leverage the cross-platform modular UI development through
Flutter frontend for shaping customized and domain-optimized
digital solutions across iOS, Android, desktop platforms and the web.
