In the world of front-end development, managing state is important for creating scalable and easy-to-maintain applications. As Vue.js grows in popularity, developers look for tools that make their work easier. That’s where Pinia comes in—a modern state management library made for Vue 3. In this blog post, we’ll explain Pinia, its main features, how it compares to Vuex, and how it can help you in your Vue.js projects.
Pinia is a state management library that serves as a lightweight and easy-to-use alternative to Vuex, the main state management tool for Vue.js. Pinia is designed for Vue 3 and uses the Composition API, making it a more modern choice for developers. It offers many features that meet the needs of today’s web development.
Pinia stands out because it is simple to use. The API is designed to be user-friendly so that developers can create their stores with very little code. This makes it easy for both new and experienced developers to get started quickly.
Pinia is built specifically for Vue 3, meaning it works perfectly with the Composition API. This gives developers more flexibility in how they structure their applications and makes state management fit better within Vue.
As TypeScript becomes more common in projects, Pinia offers great support for it. This ensures that developers can catch errors before the code runs, which leads to stronger applications.
With Pinia, managing the global state is simple. You can create stores that hold your application’s state and access them from any component, making it easier to manage data without passing it through many layers.
Pinia allows the use of plugins, which means developers can add more features as needed. This makes Pinia adaptable for various projects.
While Vuex has been the main choice for state management in Vue.js, Pinia offers some advantages that make it a good alternative:
To start using Pinia, you’ll first need to install it in your Vue 3 project:
npm install pinia
Once installed, you can create a store like this:
import { defineStore } from 'pinia';
export const useMainStore = defineStore('main', {
state: () => ({
count: 0,
}),
actions: {
increment() {
this.count++;
},
},
});
You can then use this store in your components:
<template>
<div>
<p>{{ count }}</p>
<button @click="increment">Increment</button>
</div>
</template>
<script setup>
import { useMainStore } from '@/stores/main';
const store = useMainStore();
const { count, increment } = store;
</script>
Pinia is a big step forward in state management for Vue.js applications. With its easy-to-use API, strong TypeScript support, and smooth integration with Vue 3, it’s a great choice for developers who want to simplify their work.
While Vuex has been helpful for many years, Pinia’s simplicity and performance make it a strong alternative. Whether you’re working on a small project or a large one, Pinia can help you manage state more effectively.
If you haven’t tried Pinia yet, now is a great time to explore what it can do for your Vue.js projects!
January 6, 2026
If you are a developer or a technical writer, you know the pain of creating sequence diagrams. You open a GUI tool like Visio or Lucidchart, drag a box, drag another box, draw a line, realize the line isn't straight, adjust the line, and then realize you need to move everything to the right to fit a new actor.
It’s tedious. It’s hard to version control. It feels like drawing, not engineering.
Enter Mermaid.js. Mermaid allows you to create diagrams using text and code. It renders Markdown-like syntax into beautiful, professional diagrams. In this guide, we will master the art of writing Sequence Diagrams as code.
Mermaid is a JavaScript-based diagramming and charting tool that renders Markdown-inspired text definitions to create and modify diagrams dynamically.
Diagrams as Code: You store your diagrams in your Git repository as .md files.
Version Control: You can see diffs in your diagrams just like you see changes in your code.
Speed: No more pixel-pushing. You focus on the logic; Mermaid handles the layout.
Integration: Supported natively by GitHub, GitLab, Notion, Obsidian, and VS Code.
To create a sequence diagram in a Markdown file, you use a code block with the mermaid identifier.
Let's start with the absolute basics: Alice talking to Bob.
sequenceDiagram
Alice->>Bob: Hello Bob, how are you?
Bob-->>Alice: I am good, thanks!
The Output: The code above tells Mermaid to draw two participants. The ->> represents a solid arrow (request), and -->> represents a dotted arrow (response).

By default, Mermaid creates participants in the order they appear. However, for complex diagrams, you often want to define them explicitly to control the order or use aliases.
participant: Renders as a rectangle (default).
actor: Renders as a stick figure.
as: Allows you to use short aliases in your code.
sequenceDiagram
actor U as User
participant FE as Frontend
participant API as Backend API
participant DB as Database
U->>FE: Clicks button
FE->>API: GET /users
API->>DB: Select * from users
The Output: Notice how we used U, FE, and API in the code, but the diagram renders the full names.

In a real system, a service takes time to process a request. We visualize this using "activation bars" (the vertical rectangles on the lifeline).
Long way: activate Alice / deactivate Alice
Short way (Recommended): Add + to the end of the arrow to activate, and - to deactivate.
sequenceDiagram
participant Client
participant Server
participant DB
Client->>+Server: Request Data
Note right of Server: Server is processing...
Server->>+DB: Query Data
DB-->>-Server: Return Results
Server-->>-Client: 200 OK
The Output: The grey bars indicate that the Server and Database are "busy" processing the request. This is crucial for analyzing performance bottlenecks.

Software isn't linear; it has loops and if/else conditions. Mermaid handles this with loop, alt (alternative), and opt (optional).
This is used to show mutually exclusive paths, such as a successful login vs. a failed login.
sequenceDiagram
actor User
participant Auth as Auth Service
User->>Auth: Submit Credentials
alt Credentials Valid
Auth-->>User: Return Token (200 OK)
else Credentials Invalid
Auth-->>User: Return Error (401 Unauthorized)
end

Used for repeated actions, such as polling or retries.
sequenceDiagram
participant Client
participant Server
loop Every 5 seconds
Client->>Server: Health Check
Server-->>Client: Healthy
end
The Output (Complex Logic): Here is a visualization of how these logical blocks appear in a rendered diagram.

Use Notes: You can add notes to clarify specific steps using Note right of [Actor] or Note over [Actor1],[Actor2].
Keep it Simple: If your sequence diagram is getting too wide or too long, consider breaking it into two separate diagrams.
Use the Live Editor: When learning, use the Mermaid Live Editor. It gives you instant feedback as you type.
Switching to "Diagrams as Code" with Mermaid is a game-changer for developer productivity. It keeps your documentation close to your code, makes updates trivial, and ensures your diagrams always look consistent.
Next time you need to document an API flow, close Visio and open your Markdown editor. Your future self (and your team) will thank you.
Ready to get started?
Contact IVC for a free consultation and discover how we can help your business grow online.
January 6, 2026
Mendix is an enterprise Low-Code application development platform (owned by Siemens).
This platform allows organizations to build, deploy, and manage software applications rapidly without the need for extensive manual coding.
Key Highlights: Accelerates software development, integrates AI (via the Mendix AI assistant - MAIA), easily integrates with other systems (such as SAP, AWS), and supports comprehensive digital transformation.
Goal: To help companies modernize legacy systems, automate processes, and create new digital experiences for customers.
Many major global corporations across various sectors (Finance, Manufacturing, Logistics, Healthcare, etc.) are using Mendix to solve specific challenges:

Siemens Energy: Used Mendix to scale from 4,000 to 40,000 internal users. They developed over 200 apps to drive innovation and increase workflow efficiency globally.
Zurich Insurance: Uses Mendix to simplify business processes and support business strategy through rapid app development, serving customers better.
Glico (Food & Confectionery): Applied in Smart Manufacturing and their digital transformation journey to manage production processes more effectively.
WADA (World Anti-Doping Agency): Uses it to deliver software faster, helping manage athlete data and keep sports clean.
Jabil (Manufacturing): Deployed over 100 apps to improve global factory operations and promote high customization in manufacturing.
HTM (Public Transport): Achieved 60% faster application development speeds, improving employee efficiency and transport system management.
Not every software project should use Mendix. It is best suited when:
Urgent/Time-critical: Applications need to be completed in weeks rather than months.
Frequent Changes: Business processes change constantly; apps need rapid modification without crashing the system.
Internal Digital Transformation: Custom-built ERP/CRM systems, employee portals, warehouse management, and supply chain management apps.
Legacy Modernization: Replacing outdated software (like Lotus Notes, FoxPro) with modern web interfaces.
These are employees who understand business processes (HR, Accounting, Logistics...) but do not have deep programming knowledge.
Why it fits:
Drag & Drop Interface: Mendix provides "Mendix Studio" on the web. Users can drag and drop buttons, forms, and design workflows using visual diagrams without writing a single line of code.
Solving the "Excel" Pain: Suitable for those managing data with dozens of disjointed Excel files who want to turn them into a centralized, secure management app.
Rapid Prototyping: Business users can visualize app ideas to present to IT teams or leadership.
Those who already know Java, JavaScript, CSS, SQL...
Why it fits:
Eliminating Tedious Work: Mendix automates repetitive tasks like database setup, basic security, or UI/UX design. Developers can focus on complex logic.
Extensibility: Unlike closed "No-code" tools, Mendix allows developers to write code (Java actions, JavaScript widgets) to handle complex requirements that drag-and-drop tools cannot.
System Integration: Excellent support for connecting APIs (REST, SOAP, OData) and integrating with major systems like SAP, Salesforce, and AWS rapidly.
Source: https://www.mendix.com/
January 6, 2026
Plan Mode was introduced by Cursor in October 2025. Plan Mode assists AI Agents in executing Complex Projects and long-term tasks by providing clear Context and Direction right from the start. In other words, Plan mode sets up a plan before execution in Cursor AI.
I have a plan to change language from English to Vietnamese in my demo project.
Start planning by pressing Shift + Tab in the agent input.
" change language from English to Vietnamese"
Cursor will ask you a few questions to Clarify your Requirements .
you only select the Answer and click Continue

Cursor will create a detailed plan (Markdown file)
It lets you review/edit the plan like a design document.

Then click to Build the plan when ready.

You can Review the results once more before applying them

As you can see, Plan Mode will be very useful when you have the following needs:
Whether you need scalable software solutions, expert IT outsourcing, or a long-term development partner, ISB Vietnam is here to deliver. Let’s build something great together—reach out to us today. Or click here to explore more ISB Vietnam's case studies.
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At ISB Vietnam, we are always open to exploring new partnership opportunities.
If you're seeking a reliable, long-term partner who values collaboration and shared growth, we'd be happy to connect and discuss how we can work together.