TopSquad

How Did We Build It?

The construction process unfolded through meticulous steps:

1. Design Database and Construct App API: We embarked on fashioning a robust and scalable database, adeptly accommodating an array of agricultural data—equipment particulars, crop planning intricacies, yield analytics. A comprehensive API acted as the bridge, ushering in seamless interplay between the frontend and backend realms of the application.
2. Design UI and Craft Responsive Layout: A symphony of collaboration with stakeholders bore a visually captivating and user-attuned interface, harmoniously blending form and function. Responsive finesse was infused into its essence, a design philosophy ensuring splendid user experiences spanning a spectrum of devices.
3. Estimating Tasks: Task estimations, a lodestar in the realm of effective project stewardship and deadline accomplishment, found their rightful place. Meticulous deliberations yielded realistic milestones, judiciously allocating resources for maximum efficiency.
4. Feature Implementation and Bug Rectification: During the developmental overture, a crescendo of features enveloped the application, spanning container and equipment management, crop planning tools, and a treasure trove of insightful agricultural data. Rigorous testing and diligent bug rectifications played the overture’s final notes, delivering an unwavering and stable application opus.
5. Optimization and Scaling: Perpetual fine tuning orchestrated symphonies of improved speed and responsiveness. The architectural score, carefully notated for scalability, ensured the application’s harmonious crescendo harmonized with a growing audience.

How did we build it?
To address the challenges and successfully implement the Kubernetes DevOps project, we utilized a range of tools and technologies, including:

1. Kubernetes: As a container orchestration platform, Kubernetes serves as the foundation for managing containerized applications. Leveraging Kubernetes’s features and capabilities, we could automate deployment, scaling, and management tasks efficiently.
2. Helm: We employed Helm, a package manager for Kubernetes, to simplify application deployment and management. Helm allowed us to package applications as reusable charts, making it easier to deploy, update, and roll back applications in a consistent and controlled manner.
3. YAML: Using YAML, a configuration language, we defined Kubernetes resource specifications, including deployments, services, and ingress configurations. YAML provided a clear and concise way to express the desired state of the system.
4. Bash scripting: Automation scripts written in Bash facilitated the deployment, scaling, and maintenance tasks in the Kubernetes environment. These scripts streamlined the process and reduced manual intervention, ensuring consistency and efficiency.
5. Prometheus and Grafana: To monitor system health and performance, we utilized Prometheus, a monitoring and alerting toolkit, and Grafana, a data visualization and monitoring dashboard. These tools allowed us to gather metrics, set up alerts, and visualize system performance, ensuring proactive management and efficient troubleshooting.

How Did We Built It

Our journey to creating this innovation involved the following steps:

1. UI/UX Design: Our project initiation involved thorough UI/UX research and in-depth user interviews. Close collaboration between our design team and stakeholders led to a deep understanding of user requirements and preferences. This synergy resulted in an intuitive interface that grants users easy access to a range of visualization tools and customizable templates.
2. App Development: Employing state-of-the-art technologies, our development team meticulously crafted the Visual Team Workspace plugin for Confluence. Seamlessly integrating Whiteboard, Stick Notes, Videos, and Image support within Confluence’s ecosystem ensured a harmonious and immersive user experience.
3. App Testing: A rigorous testing phase followed, encompassing comprehensive procedures to verify the plugin’s reliability and usability. Various use cases were meticulously examined, ensuring flawless functionality across diverse devices and browsers.
4. Real-time Collaboration: Addressing the intricate challenge of real-time collaboration, our team orchestrated the integration of advanced communication protocols and synchronization mechanisms. This milestone feature empowered multiple users to collaboratively work on a single project in real time, fostering an environment of heightened collaboration and enhanced productivity.

How Did We Built It?

To overcome the challenges and ensure a successful implementation, we harnessed a powerful combination of tools and technologies, each playing a vital role in the process:

Kubernetes: At the core of our strategy, Kubernetes, the robust container orchestration platform, provided the ideal foundation for managing the Redis cluster. Its seamless deployment, efficient scaling, and reliable management capabilities ensured the cluster’s high availability and fault tolerance.

Redis: As the heartbeat of our project, Redis, the in-memory data structure store, played a pivotal role in data caching and storage within the cluster. Its impressive robustness and exceptional performance characteristics were key in achieving our project’s ambitious goals.

Helm: Our reliance on Helm, the Kubernetes package manager, significantly streamlined the deployment and management of the Redis cluster. Through the use of Helm charts, we effortlessly configured and deployed the Redis cluster, minimizing manual intervention and fostering consistent and reliable operations.

YAML: To define Kubernetes resources like pods, services, and deployments, we turned to YAML configuration files. This approach allowed us to articulate the desired state of the Redis cluster with precision and versatility, enabling us to customize its configuration as needed.

Bash scripting: Automation scripts crafted with Bash scripting proved invaluable in handling various facets of the Redis cluster setup, configuration, and scaling. These meticulously designed scripts not only expedited repetitive tasks but also ensured easier maintenance and seamless management of the cluster.

The strategic amalgamation of these tools and technologies fortified our implementation process, enabling us to conquer challenges and achieve a well-orchestrated Reddis cluster configuration.

How Did We Built It?

To overcome the challenges and successfully implement the CICD Real-Time project, we harnessed the power of key tools that played pivotal roles in our journey:

Git: As a widely-used version control system, Git became the backbone of our code collaboration, management, and tracking efforts. It empowered multiple team members to work simultaneously on the project while preserving version history and ensuring code integrity.

Docker: Embracing a containerization approach through Docker proved to be a game-changer. This allowed us to package applications and their dependencies into portable containers, ensuring consistent deployment across diverse environments and streamlining the deployment process.

Kubernetes: Our choice of Kubernetes as the container orchestration platform was instrumental in automating deployment, scaling, and management of application containers. Its robust and scalable infrastructure provided resilience and stability in our production environments.

Ansible: As the configuration management tool, Ansible automated our infrastructure deployment and management. Its declarative syntax and agentless architecture facilitated efficient configuration and maintenance across various environments, ensuring uniformity and reliability throughout the system.

Together, these key tools formed a formidable alliance, propelling us forward on our journey towards a successful CICD Real-Time project implementation. Through their combined strength and our team’s dedication, we overcame challenges and achieved a remarkable outcome.

Beauty BeauX Mobile Application

Beauty BeauX is a mobile application designed to empower users on their journey towards a healthier lifestyle. By closely monitoring users’ daily dietary habits and tracking changes in their bodies, the app aims to support individuals in achieving a well-balanced diet and fostering overall well-being.

BACKGROUND
Features:
・ Create suitable diet
・ Log daily calories, and meal
・ Set target and show result in graph

Tasks:
・Tasks estimation
・Requirements analysis & propose technical solution
・Implement major functionalities
・Database design
・Code review & bugs fixing
・Techical support

Simply the best photo book creator.

Turn your favorite photos from Facebook and your iPhone or iPad into beautiful, professional-quality photo books in minutes.

BACKGROUND Features

– Edit picture from Facebook or iPhone professionally

– Create photo books

– Share with friends or to social network

Tasks

・Architecture design

・Implement all processes from requirement definition to product release

・Implement core functionalities: pages rendering, books upload, etc.

・Responsive UI with autolayout

・Unit Test

・CI/CD

・Technical support

Medly makes getting prescriptions easy.

No more waiting in lines at the pharmacy, prescriptions will be delivered right to the customers’ doors.

BACKGROUND Features

・Recieve personal prescriptions from doctor and inform user about the receipt.

・Pay for your co-pay

・Approve delivery

・Track delivery

Tasks

・Architecture design

・Responsive UI with autolayout

・Implement core functionalities

・Integration test

・CI/CD

・Technical support

・App release