What for what?
🖼 Frontend
→HTML + CSS
→Javanoscript
→React
→VueJs
→Angular
→Svelte
🔙 Backend:
→Nodejs/Express
→Python/Django
→PHP/Laravel
→Java
→C#
💽 Database
→MongoDB
→MySQL
→Postgres
→Redis
🖥 Desktop
→Electron
→Tairi
→PyQt
📱Phones:
→React Native
→Flutter
→Swift
→Kotlin
🖥 System
→Go
→C++
→Rust
🔒 Security:
→ OAuth
→ JWT (JSON Web Tokens)
→ SSL/TLS
🌐 Web Servers:
→ Apache
→ Nginx
🔍 State Management:
→ Redux
→ MobX
📊 Data Visualization:
→ D3.js
→ Chart.js
🧪 Testing:
→ Jest
→ Selenium
@EmmersiveLearning
🖼 Frontend
→HTML + CSS
→Javanoscript
→React
→VueJs
→Angular
→Svelte
🔙 Backend:
→Nodejs/Express
→Python/Django
→PHP/Laravel
→Java
→C#
💽 Database
→MongoDB
→MySQL
→Postgres
→Redis
🖥 Desktop
→Electron
→Tairi
→PyQt
📱Phones:
→React Native
→Flutter
→Swift
→Kotlin
🖥 System
→Go
→C++
→Rust
🔒 Security:
→ OAuth
→ JWT (JSON Web Tokens)
→ SSL/TLS
🌐 Web Servers:
→ Apache
→ Nginx
🔍 State Management:
→ Redux
→ MobX
📊 Data Visualization:
→ D3.js
→ Chart.js
🧪 Testing:
→ Jest
→ Selenium
@EmmersiveLearning
❤3👍1
Some AI systems are down
OpenAI -
Google - Gemini down
AnthropicAI - Claude down
Perplexity down
..
How was your day without those tools?
OpenAI -
Google - Gemini down
AnthropicAI - Claude down
Perplexity down
..
How was your day without those tools?
👍1
Emmersive Learning
Photo
10 Essential Components of a Production Web Application.
1 - It all starts with CI/CD pipelines that deploy code to the server instances. Tools like Jenkins and GitHub help over here.
2 - The user requests originate from the web browser. After DNS resolution, the requests reach the app servers.
3 - Load balancers and reverse proxies (such as Nginx & HAProxy) distribute user requests evenly across the web application servers.
4 - The requests can also be served by a Content Delivery Network (CDN).
5 - The web app communicates with backend services via APIs.
6 - The backend services interact with database servers or distributed caches to provide the data.
7 - Resource-intensive and long-running tasks are sent to job workers using a job queue.
8 - The full-text search service supports the search functionality. Tools like Elasticsearch and Apache Solr can help here.
9 - Monitoring tools (such as Sentry, Grafana, and Prometheus) store logs and help analyze data to ensure everything works fine.
10 - In case of issues, alerting services notify developers through platforms like Slack for quick resolution.
Over to you: What other components would you add to the architecture of a production web app?
@EmmersiveLearning
1 - It all starts with CI/CD pipelines that deploy code to the server instances. Tools like Jenkins and GitHub help over here.
2 - The user requests originate from the web browser. After DNS resolution, the requests reach the app servers.
3 - Load balancers and reverse proxies (such as Nginx & HAProxy) distribute user requests evenly across the web application servers.
4 - The requests can also be served by a Content Delivery Network (CDN).
5 - The web app communicates with backend services via APIs.
6 - The backend services interact with database servers or distributed caches to provide the data.
7 - Resource-intensive and long-running tasks are sent to job workers using a job queue.
8 - The full-text search service supports the search functionality. Tools like Elasticsearch and Apache Solr can help here.
9 - Monitoring tools (such as Sentry, Grafana, and Prometheus) store logs and help analyze data to ensure everything works fine.
10 - In case of issues, alerting services notify developers through platforms like Slack for quick resolution.
Over to you: What other components would you add to the architecture of a production web app?
@EmmersiveLearning
❤5
Forwarded from Immersive Ai
New Chinese video generation model beats OpenAI’s Sora
Kuaishou, a Chinese tech company, has introduced Kling,an AI model for hyper-realistic video generation. It can make videos up to two minutes long at 1080p resolution and 30 frames per second, vs. Sora’s one-minute videos.
Kuaishou claims Kling correctly simulates the physical properties of the real world, including complex motion sequences. Using a diffusion transformer, it can also combine concepts and create fictional scenes, such as a cat driving a car through a busy city.
Why does it matter?
This Sora alternative is blowing everyone’s minds. It is becoming increasingly clear that China is catching up fast with the USA in AI.
@MuhibAi
Kuaishou, a Chinese tech company, has introduced Kling,an AI model for hyper-realistic video generation. It can make videos up to two minutes long at 1080p resolution and 30 frames per second, vs. Sora’s one-minute videos.
Kuaishou claims Kling correctly simulates the physical properties of the real world, including complex motion sequences. Using a diffusion transformer, it can also combine concepts and create fictional scenes, such as a cat driving a car through a busy city.
Why does it matter?
This Sora alternative is blowing everyone’s minds. It is becoming increasingly clear that China is catching up fast with the USA in AI.
@MuhibAi
❤3
Forwarded from Immersive Ai
OpenAi partners with Apple to integrate ChatGPT into iOS, iPadOS, and macOS—coming later this year:
❤3
Forwarded from Muhammed Teshome
Learn to Build.
Learn to Sell.
If you do both, you will be unstoppable.
--Naval
Learn to Sell.
If you do both, you will be unstoppable.
--Naval
❤2👍2
👉 Switzerland-based startup FinalSpark has developed a unique “living computer” using 16 mini brains made from human brain tissue, positioning it as an alternative to silicon-based computing.
A living computer, primarily refers to two concepts:
1. Wetware Computer: This is an organic computer made of living neurons.
wetware computers composed of neurons are a theoretical concept.
2. Living Computer Made of Human Brain Tissue: Recently, FinalSpark have mentioned the creation of the world's first living computer utilizing human brain tissue.
This is achieved by forming organoids, or clumps of brain cells, connected together to form a network.
#LivingComputer
#FinalSpark
#wetwareComputer
@EmmersiveLearning
A living computer, primarily refers to two concepts:
1. Wetware Computer: This is an organic computer made of living neurons.
wetware computers composed of neurons are a theoretical concept.
2. Living Computer Made of Human Brain Tissue: Recently, FinalSpark have mentioned the creation of the world's first living computer utilizing human brain tissue.
This is achieved by forming organoids, or clumps of brain cells, connected together to form a network.
#LivingComputer
#FinalSpark
#wetwareComputer
@EmmersiveLearning
🤔3😁1
Popular React Components Libraries
⚛️ Material UI
⚛️ Semantic UI
⚛️ Blue Print UI
⚛️ React Bootstrap
⚛️ Ant Design
⚛️ Rebass
⚛️ NextUI
⚛️ Daisy UI
⚛️ Chakra UI
⚛️ Material UI
⚛️ Semantic UI
⚛️ Blue Print UI
⚛️ React Bootstrap
⚛️ Ant Design
⚛️ Rebass
⚛️ NextUI
⚛️ Daisy UI
⚛️ Chakra UI
❤2
A-Z Complete Full-Stack web 🔥
Development Roadmap👇
1.Web Fundamentals:
• HTML
• CSS
• JavaScript Basics
2. Front-End beginner:
• Advanced HTML
• Advanced CSS
• Responsive Design
• CSS Grid
• Flexbox
- JavaScript Frameworks:
• React.js
• Angular
• Vue.js
- State Management:
• Redux,
• Context API (React),
• Vuex (Vue)
- Styling Libraries:
• Bootstrap
• Material-UI
• Tailwind CSS
- Build Tools:
• Webpack
• Parcel
- Version Control:
• Git
• GitHub
• GitLab
3. Back-End Beginner:
- Server-Side Languages:
• Node.js (JavaScript)
• Python
• Ruby
• Java
• C#
- Web Frameworks:
• Express.js (Node.js)
• Django (Python)
• Ruby on Rails (Ruby)
- Databases:
• SQL
• NoSQL
- API Development:
• RESTful APIs
• GraphQL
- Authentication & Authorization:
• JWT
• OAuth
- ORM/ODM:
• Sequelize (Node.js)
• SQLAlchemy (Python)
• ActiveRecord (Ruby)
- Web Security:
• OWASP Top Ten
• HTTPS
• CORS
4. Database Management:
- Database Modeling:
• ER Diagrams
• Database Normalization
- Advanced Queries:
• Joins
• Subqueries
• Indexing
- Transactions and Concurrency:
• ACID Properties
• Locking Mechanisms
5. API & Microservices:
- RESTful API Design:
• API Endpoints
• HTTP Methods
- Microservices Architecture:
• Docker
• Kubernetes
- Message Brokers:
• RabbitMQ
• Apache Kafka
6. Testing:
- Unit Testing:
• Jest (JavaScript)
• pytest (Python)
• RSpec (Ruby)
- Integration Testing:
• SuperTest (Node.js)
• Requests (Python)
- CI/CD:
• Jenkins
• GitLab CI
• Travis CI
7. Front-End Advanced:
- Front-End Frameworks:
• Next.js (React)
• Nuxt.js (Vue.js)
- State Management:
• MobX (React)
• Vuex (Vue.js)
• Server-Side Rendering (SSR)
• Static Site Generation (SSG)
8. Back-End Advanced:
- Serverless Architecture:
• AWS Lambda
• Azure Functions
- GraphQL:
• Apollo Server
• Express-GraphQL
- WebSockets:
• Socket. io (Node.js)
• Action Cable (Ruby on Rails)
9. DevOps and Deployment:
- Cloud Platforms:
• AWS
• Azure
• Google Cloud Platform
- Server Configuration:
• Nginx
• Apache
- Load Balancing and Scaling:
• HAProxy
• NGINX Load Balancer
- Monitoring and Logging:
• Prometheus,
• ELK Stack (Elasticsearch, Logstash, Kibana)
10. Mobile Development (Optional):
• React Native (React)
• Flutter (Dart)
11.Version Control:
• Git
• GitHub Actions
• GitLab CI/CD
12.Other Skills:
- Agile Methodologies:
• Scrum
• Kanban
- Soft Skills:
• Communication
• Problem-Solving
• Time Management
------------- END ---------
@EmmersiveLearning
Development Roadmap👇
1.Web Fundamentals:
• HTML
• CSS
• JavaScript Basics
2. Front-End beginner:
• Advanced HTML
• Advanced CSS
• Responsive Design
• CSS Grid
• Flexbox
- JavaScript Frameworks:
• React.js
• Angular
• Vue.js
- State Management:
• Redux,
• Context API (React),
• Vuex (Vue)
- Styling Libraries:
• Bootstrap
• Material-UI
• Tailwind CSS
- Build Tools:
• Webpack
• Parcel
- Version Control:
• Git
• GitHub
• GitLab
3. Back-End Beginner:
- Server-Side Languages:
• Node.js (JavaScript)
• Python
• Ruby
• Java
• C#
- Web Frameworks:
• Express.js (Node.js)
• Django (Python)
• Ruby on Rails (Ruby)
- Databases:
• SQL
• NoSQL
- API Development:
• RESTful APIs
• GraphQL
- Authentication & Authorization:
• JWT
• OAuth
- ORM/ODM:
• Sequelize (Node.js)
• SQLAlchemy (Python)
• ActiveRecord (Ruby)
- Web Security:
• OWASP Top Ten
• HTTPS
• CORS
4. Database Management:
- Database Modeling:
• ER Diagrams
• Database Normalization
- Advanced Queries:
• Joins
• Subqueries
• Indexing
- Transactions and Concurrency:
• ACID Properties
• Locking Mechanisms
5. API & Microservices:
- RESTful API Design:
• API Endpoints
• HTTP Methods
- Microservices Architecture:
• Docker
• Kubernetes
- Message Brokers:
• RabbitMQ
• Apache Kafka
6. Testing:
- Unit Testing:
• Jest (JavaScript)
• pytest (Python)
• RSpec (Ruby)
- Integration Testing:
• SuperTest (Node.js)
• Requests (Python)
- CI/CD:
• Jenkins
• GitLab CI
• Travis CI
7. Front-End Advanced:
- Front-End Frameworks:
• Next.js (React)
• Nuxt.js (Vue.js)
- State Management:
• MobX (React)
• Vuex (Vue.js)
• Server-Side Rendering (SSR)
• Static Site Generation (SSG)
8. Back-End Advanced:
- Serverless Architecture:
• AWS Lambda
• Azure Functions
- GraphQL:
• Apollo Server
• Express-GraphQL
- WebSockets:
• Socket. io (Node.js)
• Action Cable (Ruby on Rails)
9. DevOps and Deployment:
- Cloud Platforms:
• AWS
• Azure
• Google Cloud Platform
- Server Configuration:
• Nginx
• Apache
- Load Balancing and Scaling:
• HAProxy
• NGINX Load Balancer
- Monitoring and Logging:
• Prometheus,
• ELK Stack (Elasticsearch, Logstash, Kibana)
10. Mobile Development (Optional):
• React Native (React)
• Flutter (Dart)
11.Version Control:
• Git
• GitHub Actions
• GitLab CI/CD
12.Other Skills:
- Agile Methodologies:
• Scrum
• Kanban
- Soft Skills:
• Communication
• Problem-Solving
• Time Management
------------- END ---------
@EmmersiveLearning
❤4👍2