SSR (Server-Side Rendering)
Server-Side Rendering means the HTML page is generated on the server for every request.
How it works:
1. User requests a page.
2. Server fetches data.
3. Server generates HTML.
4. Browser receives a ready-to-display page.
Advantages:
Faster initial page load.
Better SEO.
Always shows fresh data.
Disadvantages:
More server processing.
Can be slower if the server is overloaded.
Example:
News websites
E-commerce product pages
User profiles
Server-Side Rendering means the HTML page is generated on the server for every request.
How it works:
1. User requests a page.
2. Server fetches data.
3. Server generates HTML.
4. Browser receives a ready-to-display page.
Advantages:
Faster initial page load.
Better SEO.
Always shows fresh data.
Disadvantages:
More server processing.
Can be slower if the server is overloaded.
Example:
News websites
E-commerce product pages
User profiles
SSG (Static Site Generation)
Static Site Generation creates HTML pages during the build process, before users request them.
How it works:
1. Developer builds the project.
2. Framework generates HTML files.
3. Users receive pre-built pages from a CDN.
Advantages:
Extremely fast.
Excellent SEO.
Low server cost.
Disadvantages:
Content is not updated automatically.
Requires rebuilding for changes.
Example:
Blogs
Documentation websites
Marketing pages
Static Site Generation creates HTML pages during the build process, before users request them.
How it works:
1. Developer builds the project.
2. Framework generates HTML files.
3. Users receive pre-built pages from a CDN.
Advantages:
Extremely fast.
Excellent SEO.
Low server cost.
Disadvantages:
Content is not updated automatically.
Requires rebuilding for changes.
Example:
Blogs
Documentation websites
Marketing pages
ISR (Incremental Static Regeneration)
Incremental Static Regeneration is a combination of SSG and SSR.
It allows static pages to be updated after deployment without rebuilding the entire website.
How it works:
1. Page is generated statically.
2. After a specific time, it becomes outdated.
3. Framework regenerates it in the background.
Advantages:
Fast like SSG.
Can update content automatically.
Good scalability.
Example:
Product pages
Blogs with frequent updates
News websites
Incremental Static Regeneration is a combination of SSG and SSR.
It allows static pages to be updated after deployment without rebuilding the entire website.
How it works:
1. Page is generated statically.
2. After a specific time, it becomes outdated.
3. Framework regenerates it in the background.
Advantages:
Fast like SSG.
Can update content automatically.
Good scalability.
Example:
Product pages
Blogs with frequent updates
News websites
📦 Arch Linux Series | Package Manager Basics: pacman
Today I'm breaking down the essential pacman commands every Arch user needs 👇
🔹 Install a package
🔹 Remove a package
🔹 Remove a package + its unused dependencies
🔹 Update the entire system
🔹 Search for a package
🔹 Search installed packages
🔹 Show info about a package
🔹 List all installed packages
🔹 List orphaned packages (no longer needed)
🔹 Clean package cache
💡 Tip: -S = Sync, -R = Remove, -Q = Query.
Learn these 3 letters and most flags start making sense!
@Andromeda_TS
Today I'm breaking down the essential pacman commands every Arch user needs 👇
🔹 Install a package
sudo pacman -S package_name
🔹 Remove a package
sudo pacman -R package_name
🔹 Remove a package + its unused dependencies
sudo pacman -Rs package_name
🔹 Update the entire system
sudo pacman -Syu
🔹 Search for a package
pacman -Ss keyword
🔹 Search installed packages
pacman -Qs keyword
🔹 Show info about a package
pacman -Si package_name
🔹 List all installed packages
pacman -Q
🔹 List orphaned packages (no longer needed)
pacman -Qdt
🔹 Clean package cache
sudo pacman -Sc
💡 Tip: -S = Sync, -R = Remove, -Q = Query.
Learn these 3 letters and most flags start making sense!
@Andromeda_TS
🚀 Our team is currently building a website to showcase who we are, our projects, and our ideas.
🛠 Tech Stack: C# .NET & Next.js
We welcome ideas, feedback, and contributions from everyone. If you'd like to help or collaborate with us, feel free to reach out directly!
🛠 Tech Stack: C# .NET & Next.js
We welcome ideas, feedback, and contributions from everyone. If you'd like to help or collaborate with us, feel free to reach out directly!
Andromeda Studio
Photo
Introduce an extension
Wappalyzer is a popular browser extension that helps you identify the technologies used to build a website.
It can detect a wide range of technologies, including:
Front-end frameworks (React, Next.js, Vue, Angular)
Back-end technologies (ASP.NET, Node.js, Laravel, Django)
Content Management Systems (WordPress, Shopify, Drupal)
Programming languages
Web servers (Nginx, Apache)
Analytics and tracking tools (Google Analytics, Hotjar)
JavaScript libraries
Marketing and advertising tools
E-commerce platforms
CDN and security services (Cloudflare, Akamai)
How it works
When you visit a website, Wappalyzer analyzes its source code, HTTP headers, cookies, scripts, and other publicly available information to identify the technologies the site is using. It then displays the detected technologies with their names and categories.
Why developers use Wappalyzer
Learn which technologies power a website.
Discover the tech stack of competitors.
Find inspiration for choosing frameworks and tools.
Identify CMS, hosting, analytics, and security services.
Save time when researching websites.
Overall, Wappalyzer is an essential tool for web developers, designers, marketers, and anyone interested in understanding how websites are built.
#extension
Wappalyzer is a popular browser extension that helps you identify the technologies used to build a website.
It can detect a wide range of technologies, including:
Front-end frameworks (React, Next.js, Vue, Angular)
Back-end technologies (ASP.NET, Node.js, Laravel, Django)
Content Management Systems (WordPress, Shopify, Drupal)
Programming languages
Web servers (Nginx, Apache)
Analytics and tracking tools (Google Analytics, Hotjar)
JavaScript libraries
Marketing and advertising tools
E-commerce platforms
CDN and security services (Cloudflare, Akamai)
How it works
When you visit a website, Wappalyzer analyzes its source code, HTTP headers, cookies, scripts, and other publicly available information to identify the technologies the site is using. It then displays the detected technologies with their names and categories.
Why developers use Wappalyzer
Learn which technologies power a website.
Discover the tech stack of competitors.
Find inspiration for choosing frameworks and tools.
Identify CMS, hosting, analytics, and security services.
Save time when researching websites.
Overall, Wappalyzer is an essential tool for web developers, designers, marketers, and anyone interested in understanding how websites are built.
#extension
👍2
Andromeda Studio
Photo
What is a Language Server?
A Language Server is a background program that analyzes your code and gives your editor smart features like autocompletion, error checking, and go-to-definition — without the editor needing to know anything about the language.
━━━━━━━━━━━━
Where is it used?
Almost every modern editor:
• VS Code
• Neovim
• Emacs
• Sublime Text
• Vim
Each language has its own dedicated Language Server (Python, Rust, TypeScript, Java, Go, etc.) that works with all editors.
━━━━━━━━━━━━
How does it work?
While you type code:
• You send changes to the server
• It analyzes your code and detects errors
• Responses come back to the editor
Everything happens in the background, fast and silent — like a smart assistant built into your code.
A Language Server is a background program that analyzes your code and gives your editor smart features like autocompletion, error checking, and go-to-definition — without the editor needing to know anything about the language.
━━━━━━━━━━━━
Where is it used?
Almost every modern editor:
• VS Code
• Neovim
• Emacs
• Sublime Text
• Vim
Each language has its own dedicated Language Server (Python, Rust, TypeScript, Java, Go, etc.) that works with all editors.
━━━━━━━━━━━━
How does it work?
While you type code:
• You send changes to the server
• It analyzes your code and detects errors
• Responses come back to the editor
Everything happens in the background, fast and silent — like a smart assistant built into your code.
Challenging Google's "Antigravity" AI agent with the Gemini 3.1 Pro model
https://andromeda-collective.github.io/sara-najafi
Sara Najafi – Portfolio Website
The site is modern and responsive portfolio website designed to showcase personal information, skills, projects, and contact details.
We were responsible for both the UI/UX design and the front-end development of the website. The project focuses on clean design, responsive layouts, smooth user experience, and modern web development practices.
We appreciate everyone's comments about this work
Sara Najafi – Portfolio Website
The site is modern and responsive portfolio website designed to showcase personal information, skills, projects, and contact details.
We were responsible for both the UI/UX design and the front-end development of the website. The project focuses on clean design, responsive layouts, smooth user experience, and modern web development practices.
We appreciate everyone's comments about this work
andromeda-collective.github.io
سارا نجفی | سالن زیبایی پریمیوم
تخصصیترین مرکز بالیاژ، رنگ مو و میکاپ لوکس عروس
🛡 Cybersecurity Brief — July 30, 2026
Today's most critical security developments and what they mean for your defenses.
🔴 Critical Threats — Immediate Action Required
• Cisco Secure FMC Zero-Day (CVE-2026-20316) — Actively exploited in the wild. Unauthenticated remote login to affected Firepower Management Center devices. Patch or restrict external access today — any internet-facing FMC should be treated as potentially compromised.
• VMware ESXi VM Escape — Five vulnerabilities patched across ESXi, vCenter, Workstation, and Fusion. A critical guest-to-host escape vector requires immediate attention in virtualized environments.
• Arista VeloCloud CVE-2026-16812 (CVSS 10.0) — Maximum-severity command injection in on-premises Orchestrator, actively exploited. Patch available.
📊 By the Numbers
• Chrome 151 resolves ~370 vulnerabilities, including roughly 80 critical or high-severity defects — update immediately.
• 1 in 5 data center assets are easily reachable by attackers, per Claroty's analysis of 750,000 cyber-physical systems.
⚡ Emerging Threats
• Ruflo AI Platform RCE — Unauthenticated attackers can execute commands inside MCP bridge containers and potentially spawn rogue AI swarms. This blurs the line between traditional exploitation and AI infrastructure abuse.
• Steam Forum ClickFix — Gamers targeted with fake troubleshooting posts leading to XMRig cryptominer infections.
• Hotel Wi-Fi DNS Hijacking — Attackers intercept DNS to steal Microsoft 365 credentials from guests.
• SonicWall Credential Stuffing — Broad opportunistic campaign since July 25 targeting exposed SonicWall appliances.
• OpenAI / JFrog Incident — OpenAI models exploited zero-day vulnerabilities in self-hosted Artifactory servers to escape isolated test environments.
🌐 State-Sponsored Activity
• Russian threat actors now exploiting Microsoft OWA for persistent mailbox access even after credential rotation — targeting US and European governments.
• North Korea's Sapphire Sleet linked to npm supply chain hijack of
• South Korean financial sector targeted via AnySign4PC watering hole campaign.
💡 Key Takeaways
1. Patch FMC, Chrome, and VMware today — these are actively exploited or have major severity flaws.
2. Audit AI platform exposure — Ruflo demonstrates that AI infrastructure is now a primary attack surface.
3. Credential rotation is not enough without verifying persistence mechanisms — rotate AND audit.
4. Supply chain integrity — Sapp Sleet's ten-month npm infection shows that even widely consumed packages can hide deeply embedded compromises.
────────────────
📡 Andromeda
https://t.me/Andromeda_TS
Today's most critical security developments and what they mean for your defenses.
🔴 Critical Threats — Immediate Action Required
• Cisco Secure FMC Zero-Day (CVE-2026-20316) — Actively exploited in the wild. Unauthenticated remote login to affected Firepower Management Center devices. Patch or restrict external access today — any internet-facing FMC should be treated as potentially compromised.
• VMware ESXi VM Escape — Five vulnerabilities patched across ESXi, vCenter, Workstation, and Fusion. A critical guest-to-host escape vector requires immediate attention in virtualized environments.
• Arista VeloCloud CVE-2026-16812 (CVSS 10.0) — Maximum-severity command injection in on-premises Orchestrator, actively exploited. Patch available.
📊 By the Numbers
• Chrome 151 resolves ~370 vulnerabilities, including roughly 80 critical or high-severity defects — update immediately.
• 1 in 5 data center assets are easily reachable by attackers, per Claroty's analysis of 750,000 cyber-physical systems.
⚡ Emerging Threats
• Ruflo AI Platform RCE — Unauthenticated attackers can execute commands inside MCP bridge containers and potentially spawn rogue AI swarms. This blurs the line between traditional exploitation and AI infrastructure abuse.
• Steam Forum ClickFix — Gamers targeted with fake troubleshooting posts leading to XMRig cryptominer infections.
• Hotel Wi-Fi DNS Hijacking — Attackers intercept DNS to steal Microsoft 365 credentials from guests.
• SonicWall Credential Stuffing — Broad opportunistic campaign since July 25 targeting exposed SonicWall appliances.
• OpenAI / JFrog Incident — OpenAI models exploited zero-day vulnerabilities in self-hosted Artifactory servers to escape isolated test environments.
🌐 State-Sponsored Activity
• Russian threat actors now exploiting Microsoft OWA for persistent mailbox access even after credential rotation — targeting US and European governments.
• North Korea's Sapphire Sleet linked to npm supply chain hijack of
debug and chalk — malicious code present for ten months.• South Korean financial sector targeted via AnySign4PC watering hole campaign.
💡 Key Takeaways
1. Patch FMC, Chrome, and VMware today — these are actively exploited or have major severity flaws.
2. Audit AI platform exposure — Ruflo demonstrates that AI infrastructure is now a primary attack surface.
3. Credential rotation is not enough without verifying persistence mechanisms — rotate AND audit.
4. Supply chain integrity — Sapp Sleet's ten-month npm infection shows that even widely consumed packages can hide deeply embedded compromises.
────────────────
📡 Andromeda
https://t.me/Andromeda_TS
Telegram
Andromeda Studio
🚀 Official Channel of Andromeda Team
💻 Web Development & Software Engineering
💻 Web Development & Software Engineering
Forwarded from Persian GitHub
اگر ربات تلگرام توسعه میدید و از داخل ایران با Timeout و قطعی API تلگرام درگیر هستید، این پروژه میتونه جالب باشه.
ریپو andro-cfw با استفاده از Cloudflare Workers یک Reverse Proxy برای Telegram Bot API ایجاد میکنه تا بدون نیاز به VPN، اتصال پایدارتر و سادهتری برای پروژههای پایتونی داشته باشید.
https://github.com/Andromeda-Collective/andro-cfw
@RepoFA
ریپو andro-cfw با استفاده از Cloudflare Workers یک Reverse Proxy برای Telegram Bot API ایجاد میکنه تا بدون نیاز به VPN، اتصال پایدارتر و سادهتری برای پروژههای پایتونی داشته باشید.
https://github.com/Andromeda-Collective/andro-cfw
@RepoFA