Introduction

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Overview

Software implementation is the process of deploying and installing software systems in the user environment. This process includes a series of steps from system design to system launch and maintenance. The goal of software implementation is to meet user needs, improve work efficiency, and ultimately achieve business objectives.

A typical software implementation process usually includes the following phases:

1. Requirements Analysis: In the initial phase of software implementation, communication with users is necessary to understand their needs and expectations. This process may include requirements gathering, analysis, and confirmation.

2. Design and Development: After requirements analysis, the development team designs the system architecture and begins coding. This process may involve software design, coding, and unit testing.

3. Testing: Once software development is complete, system testing is required to ensure that the software's functionality and performance meet the requirements. This process may include integration testing, system testing, and user acceptance testing.

4. Deployment: After testing is complete, the software will be deployed in the user's environment. This process may involve software installation, system configuration, and data migration.

5. Training and Support: After software deployment, users may need some time to familiarize themselves with the new system. The development team needs to provide necessary training and support to help users transition smoothly.

6. Maintenance and Upgrades: After the software goes live, the development team needs to maintain the software, including fixing bugs, optimizing performance, and adding new features.

However, the specific process needs to be adjusted according to the characteristics and requirements of the project. Solutions and implementation paths are difficult to replicate across enterprises; companies must explore their own paths based on their actual situations (such as product form, stage of business competition, team size and skill level, software system architecture, and organizational management mechanisms and culture).

Agile Development

Every technology company striving for excellence hopes to release software quickly, frequently, and safely, achieving small batch deliveries, which means we can quickly receive feedback on our ideas. We can build prototypes and test them with real users, thereby avoiding the development of features that provide no value to users. Conversely, this also means better products, happier customers, and more satisfied employees.

In the rapidly changing internet environment, how can software product teams balance quality and speed? How can software products reach users as quickly as possible, allowing teams to receive feedback swiftly?

Agile development is a software development methodology that emphasizes flexibility and customer involvement to adapt to rapid changes in requirements and solutions. The core principles of this approach are "individuals and interactions," "working software," "customer collaboration," and "responding to change."

Jianghu JS adopts an agile development approach to quickly transform software requirements into deliverable software packages, starting from "problem-solving" and delivering product value rapidly while meeting quality requirements.

Software Implementation of Jianghu JS

Process

The software implementation process of Jianghu JS is mainly divided into two aspects: "Exploration" and "Rapid Validation." Exploration is like the front wheels of a car, steering the direction forward. Validation is like the rear wheels, ensuring a smooth and fast drive. They promote each other; the smaller the feasible solutions generated from exploration, the faster the validation can operate. If value validation can enhance operational speed, it benefits exploration by obtaining real feedback early, facilitating quick decision-making, and timely validating or adjusting the forward direction.

The specific software implementation process is as follows:

- Exploration.Questioning
- Exploration.Anchor
- Exploration.Co-creation
- Exploration.Refinement
- Rapid Validation.Build
- Rapid Validation.Run
- Rapid Validation.Monitor
- Rapid Validation.Decision

Principles

Jianghu JS adheres to four core working principles during the software implementation process. The aim is to continuously shorten the delivery cycle in a sustainable manner, under the premise of high quality, low cost, and no risk, thereby obtaining timely and real feedback and ultimately creating more customer value.

The core working principles include:

- Stick to Doing Less
- Decompose Problems
- Quick Feedback
- Improve and Measure