#Http Https Port Number

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#Http Https Port Number Reel by @_gate_corp - Protocol vs Port. Check the comments for more detailsπŸ‘‡πŸ‘‡πŸ‘‡
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@_gate_corp
Protocol vs Port. Check the comments for more detailsπŸ‘‡πŸ‘‡πŸ‘‡
#Http Https Port Number Reel by @cyberojtechnology - πŸ“‚ File Transfer Protocol (FTP) Explained - Networking Basics Made Easy 🌐 FTP (File Transfer Protocol) is one of the most widely used network protoc
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@cyberojtechnology
πŸ“‚ File Transfer Protocol (FTP) Explained β€” Networking Basics Made Easy 🌐 FTP (File Transfer Protocol) is one of the most widely used network protocols for transferring files between clients and servers over the internet. Whether you are managing websites, uploading files to servers, or learning networking fundamentals, understanding FTP is essential for anyone interested in IT, cybersecurity, or system administration. πŸš€ FTP works using the TCP/IP protocol stack and typically uses two main ports: Port 21 for control communication and Port 20 for data transfer in active mode. There are two main FTP modes β€” Active FTP, where the server initiates the data connection, and Passive FTP, where the client initiates the connection (commonly used behind firewalls for better security). ⚑ FTP uses commands like LIST (directory list), GET/RETR (download), PUT/STOR (upload), CWD (change directory), and MKD (create directory) to manage files efficiently. The connection process includes authentication using username and password before file transfer begins. πŸ’‘ Learning FTP helps you understand how file transfers work in networking environments and improves troubleshooting, server management, and cybersecurity awareness. πŸ‘‰ Comment β€œFTP” if you want more networking protocol explanations. πŸ‘‰ Tag a friend learning networking or cybersecurity. πŸ‘‰ Save & Share this post to help others learn tech fundamentals. πŸ‘‰ Follow for daily cybersecurity, networking, and IT learning content. #NetworkingBasics #FTPProtocol #ComputerNetworking #CyberSecurity #TechLearning NetworkEngineering ITBasics viralpost ServerManagement uk usa canada DigitalKnowledge CybersecurityForComputerAIHub
#Http Https Port Number Reel by @officialxmarksthespot - Unlock deeper system access with dynamic port forwarding. Go beyond single ports to scan, enumerate, and interact with multiple services like a pro. I
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@officialxmarksthespot
Unlock deeper system access with dynamic port forwarding. Go beyond single ports to scan, enumerate, and interact with multiple services like a pro. It's your ultimate recon tool. #CyberSecurity #Hacking #NetSec #InfoSec #PortForwarding #DynamicPortForwarding #EthicalHacking #Reels
#Http Https Port Number Reel by @infosecwizard - We often associate ports with specific services. Web traffic on 80 or 443. FTP on 21. That mental model is useful, but incomplete. In reality, a serv
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@infosecwizard
We often associate ports with specific services. Web traffic on 80 or 443. FTP on 21. That mental model is useful, but incomplete. In reality, a service can listen on almost any port. The port number itself does not enforce what runs there. What matters is simple: Something is listening on that port Both sides agree to communicate there Attackers and defenders both take advantage of this. Changing ports does not make traffic safe or unsafe. It only changes where it appears. Understanding this distinction is critical for analysis, detection, and troubleshooting. πŸŽ₯ Live every Thursday, 7–9 PM EST Hands-on labs breaking down real network behavior and telemetry. πŸ‘‰ YouTube: https://www.youtube.com/@InfosecWizard #CyberSecurity #Networking #SOC #ThreatHunting #DetectionEngineering #WindowsSecurity #BlueTeam #InfoSec
#Http Https Port Number Reel by @codewithprashantt - 🎯 Common Network Service Ports Explained πŸ”πŸŒ Quick & Professional Networking Guide Understanding network ports is essential for anyone in IT, Networ
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@codewithprashantt
🎯 Common Network Service Ports Explained πŸ”πŸŒ Quick & Professional Networking Guide Understanding network ports is essential for anyone in IT, Networking, or Cybersecurity. This short video clearly explains the most commonly used network service ports, their protocols (TCP/UDP), and their real-world functionsβ€”all in a simple, visual format. πŸ“Œ Perfect for: Networking beginners Cybersecurity students IT support & system administrators Exam & interview preparation 🧠 What you’ll learn: FTP, SSH, Telnet, HTTP, DNS, SMTP & more Difference between TCP and UDP How common services communicate over networks βš™οΈ Clean β€’ Accurate β€’ Industry-Standard 🧩 Icons Used 🌐 Networking πŸ” Security πŸ“‘ Protocols βš™οΈ IT Infrastructure πŸ“˜ Learning πŸ”‘ Relevant Keywords Network ports, TCP UDP, common ports, networking basics, cybersecurity fundamentals, IT networking, computer networks, port numbers, DNS, HTTP, SSH, SNMP, DHCP, NetBIOS πŸ“’ Hashtags #Networking #CyberSecurity #ITBasics #ComputerNetworks #networkports
#Http Https Port Number Reel by @hackofgenius - Protocol ka matlab bas itna hai baat karne ka tareeka. Jaise insaan bina rules ke baat kare to samajh nahi aata, waise hi network bina protocol ke k
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@hackofgenius
Protocol ka matlab bas itna hai baat karne ka tareeka. Jaise insaan bina rules ke baat kare to samajh nahi aata, waise hi network bina protocol ke kaam nahi karta. HTTP, HTTPS, FTP, SSH sab apna-apna role play karte hain. Basics clear honge to networking aur security dono easy lagenge. Main yahin se seekh raha hoon πŸ‘‡ @hackofgenius Follow kar lo, daily simple breakdown milta rahega. #protocols #networkingbasics #hackofgenius #cybersecurity #techinhindi computernetwork learningtech
#Http Https Port Number Reel by @darpan.decoded (verified account) - πŸ”₯ π—œπ—‘π—§π—˜π—₯π—©π—œπ—˜π—ͺπ—˜π—₯: "If a port already identifies an application… what exactly is a socket then?" 🧠 π—•π—˜π—šπ—œπ—‘π—‘π—˜π—₯ π—˜π—«π—£π—Ÿπ—”π—‘π—”π—§π—œπ—’π—‘ I
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@darpan.decoded
πŸ”₯ π—œπ—‘π—§π—˜π—₯π—©π—œπ—˜π—ͺπ—˜π—₯: β€œIf a port already identifies an application… what exactly is a socket then?” 🧠 π—•π—˜π—šπ—œπ—‘π—‘π—˜π—₯ π—˜π—«π—£π—Ÿπ—”π—‘π—”π—§π—œπ—’π—‘ Imagine an apartment building. The building address = IP address. Each flat number = Port number. Now imagine two people talking between flats. That connection between: Flat A (IP + Port) and Flat B (IP + Port) That full connection is the socket. Port = location inside building. Socket = the actual communication channel. βš™οΈ π—§π—˜π—–π—›π—‘π—œπ—–π—”π—Ÿ 𝗕π—₯π—˜π—”π—žπ——π—’π—ͺ𝗑 πŸ”Ή Port Number β€’ Logical communication endpoint β€’ Identifies a service on a machine β€’ Example: 80 β†’ HTTP 443 β†’ HTTPS IP tells which machine. Port tells which application. πŸ”Ή Socket A socket is: IP Address + Port + Protocol For TCP communication: A connection is uniquely identified by: Source IP Source Port Destination IP Destination Port That full 4-tuple = one socket connection. This is why: Multiple users can connect to same server port (like 443) without conflict. Each gets a unique socket. πŸš€ π—¦π—¬π—¦π—§π—˜π—  π—Ÿπ—˜π—©π—˜π—Ÿ π—œπ—‘π—¦π—œπ—šπ—›π—§ Port is just a number. Socket is an OS-level abstraction that: β€’ Represents an endpoint β€’ Manages buffers β€’ Handles send/receive β€’ Maintains connection state When you open a browser tab: It creates a socket. Not just β€œconnects to a port.” That’s why networking works at scale. 🎯 π—œπ—‘π—§π—˜π—₯π—©π—œπ—˜π—ͺ π—™π—Ÿπ—˜π—« A port identifies a specific service on a host, while a socket represents a network communication endpoint defined by IP address, port, and protocol. In TCP, each connection is uniquely identified by a 4-tuple of source and destination IPs and ports. πŸ”₯ π—™π—œπ—‘π—”π—Ÿ 𝗧π—₯𝗨𝗧𝗛 Port tells where. Socket enables communication. They’re related. But not the same. πŸ‘‰ Follow @darpan.decoded Save this for Networking prep. Share with someone who thought port = socket. #coding #computerscience #systemdesign #networking #backend
#Http Https Port Number Reel by @cloud.devops.ai - πŸ”₯ π—œπ—‘π—§π—˜π—₯π—©π—œπ—˜π—ͺπ—˜π—₯: "If a port already identifies an application… what exactly is a socket then?" 🧠 π—•π—˜π—šπ—œπ—‘π—‘π—˜π—₯ π—˜π—«π—£π—Ÿπ—”π—‘π—”π—§π—œπ—’π—‘ Im
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@cloud.devops.ai
πŸ”₯ π—œπ—‘π—§π—˜π—₯π—©π—œπ—˜π—ͺπ—˜π—₯: β€œIf a port already identifies an application… what exactly is a socket then?” 🧠 π—•π—˜π—šπ—œπ—‘π—‘π—˜π—₯ π—˜π—«π—£π—Ÿπ—”π—‘π—”π—§π—œπ—’π—‘ Imagine an apartment building. The building address = IP address. Each flat number = Port number. Now imagine two people talking between flats. That connection between: Flat A (IP + Port) and Flat B (IP + Port) That full connection is the socket. Port = location inside building. Socket = the actual communication channel. βš™οΈ π—§π—˜π—–π—›π—‘π—œπ—–π—”π—Ÿ 𝗕π—₯π—˜π—”π—žπ——π—’π—ͺ𝗑 πŸ”Ή Port Number β€’ Logical communication endpoint β€’ Identifies a service on a machine β€’ Example: 80 β†’ HTTP 443 β†’ HTTPS IP tells which machine. Port tells which application. πŸ”Ή Socket A socket is: IP Address + Port + Protocol For TCP communication: A connection is uniquely identified by: Source IP Source Port Destination IP Destination Port That full 4-tuple = one socket connection. This is why: Multiple users can connect to same server port (like 443) without conflict. Each gets a unique socket. πŸš€ π—¦π—¬π—¦π—§π—˜π—  π—Ÿπ—˜π—©π—˜π—Ÿ π—œπ—‘π—¦π—œπ—šπ—›π—§ Port is just a number. Socket is an OS-level abstraction that: β€’ Represents an endpoint β€’ Manages buffers β€’ Handles send/receive β€’ Maintains connection state When you open a browser tab: It creates a socket. Not just β€œconnects to a port.” That’s why networking works at scale. 🎯 π—œπ—‘π—§π—˜π—₯π—©π—œπ—˜π—ͺ π—™π—Ÿπ—˜π—« A port identifies a specific service on a host, while a socket represents a network communication endpoint defined by IP address, port, and protocol. In TCP, each connection is uniquely identified by a 4-tuple of source and destination IPs and ports. πŸ”₯ π—™π—œπ—‘π—”π—Ÿ 𝗧π—₯𝗨𝗧𝗛 Port tells where. Socket enables communication. They’re related. But not the same. πŸ‘‰ Save this for Networking prep. Share with someone who thought port = socket. #coding #Ducatschoolof ai #systemdesign #networking #backende
#Http Https Port Number Reel by @robihamanto (verified account) - Short answer: REST over HTTP is a stateless request-response contract that survives unreliable mobile networks. Explain like I'm 5 years old: 1. The
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@robihamanto
Short answer: REST over HTTP is a stateless request–response contract that survives unreliable mobile networks. Explain like I’m 5 years old: 1. The phone sends a message using a common language (HTTP). 2. The server reads the message and replies. 3. Every message includes everything needed to understand it. 4. If the message gets lost, the phone can send it again. 5. Nothing depends on remembering the last message. Correct explanation (engineer-level, simplified) From a mobile perspective, REST is built on top of HTTP, which uses a request–response model over TCP (or QUIC). Each HTTP request contains the full context: method (GET, POST, etc), headers, authentication tokens, parameters, and payload. The server does not rely on previous requests to understand the current one. This model fits mobile constraints well. Phones frequently change networks, lose connectivity, get backgrounded, or have connections dropped by the OS. Because HTTP requests are independent, the client can retry safely when failures occur. Idempotent HTTP methods (like GET or PUT) allow retries without corrupting server state, while POST requests are handled carefully with idempotency keys. HTTP also enables caching, compression, and intermediaries like CDNs and proxies. Responses can be cached using headers, reducing repeated network calls, latency, and battery usage. While REST over HTTP can be chatty compared to persistent connections, its predictability, debuggability, and compatibility with existing infrastructure make it a strong default for mobile systems. Key engineering trade-offs: β€’ Network overhead vs resilience β€’ Stateless retries vs real-time efficiency β€’ Cacheability vs data freshness β€’ Simplicity vs fine-grained control Why this matters: Mobile networks are unstable by nature. HTTP + REST embraces failure instead of fighting it, which is why it scales reliably on mobile. β€” Follow for mobile system design explained clearly.
#Http Https Port Number Reel by @kalisinerchukundham - Port Numbers Categories Explained | Networking Basics Ports 3 types πŸ” Well Known | Registered | Dynamic Networking basics next level πŸ’» Ports ante
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@kalisinerchukundham
Port Numbers Categories Explained | Networking Basics Ports 3 types πŸ” Well Known | Registered | Dynamic Networking basics next level πŸ’» Ports ante enti Part 1 lo chusam. Ippudu Part 2 lo 3 types of ports clear ga chuddam: β€’ Well Known Ports (0–1023) β€’ Registered Ports (1024–49151) β€’ Dynamic / Private Ports (49152–65535) Ee video lo telusukuntaru: β€’ Prathi category meaning enti? β€’ Real-life examples (HTTP 80, HTTPS 443, SSH 22) β€’ Applications ela specific ports use chesthayi? β€’ Cybersecurity lo port numbers enduku important? Simple Telugu lo classroom explanation. Networking strong ayithe Cybersecurity easy avuthundi. Educational purpose only. Kalisi Nerchukundham πŸ” #Ports #WellKnownPorts #RegisteredPorts #DynamicPorts #NetworkingBasics
#Http Https Port Number Reel by @dailydebian - A. Jump box. A jump box, also called a bastion host, is a controlled access system placed between networks that allows administrators to connect to de
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@dailydebian
A. Jump box. A jump box, also called a bastion host, is a controlled access system placed between networks that allows administrators to connect to devices on an isolated or stand-alone network without exposing those devices directly. It is specifically designed to bridge access into restricted environments. Why The Other Options Are Incorrect B. API gateway. An API gateway manages and secures API traffic between applications. It does not provide interactive access to isolated devices on a stand-alone network. C. Secure Shell. SSH is a remote access protocol, not an architectural control. It still requires direct network connectivity to the isolated device, which defeats the purpose of a stand-alone network. D. Clientless VPN. A clientless VPN provides remote access through a browser to internal resources, but it does not typically connect users to truly isolated or stand-alone networks without an intermediary system like a jump box. #CompTIA #NetworkPlus #N10009 #ITCareers #Certification
#Http Https Port Number Reel by @riskblaze - "We only allow required ports." That sentence sounds reassuring. Until you actually look at which ports are open πŸ” Every open port is an exposed ser
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@riskblaze
β€œWe only allow required ports.” That sentence sounds reassuring. Until you actually look at which ports are open πŸ” Every open port is an exposed service. Every exposed service expands your attack surface. FTP, Telnet, SMB, RDP, LDAP, databases, mail services, VPNs. Most breaches don’t start with zero-days. They start with services that were left open because they were convenient. This table is a reminder of something basic but often ignored: Security is not about memorizing port numbers. It’s about understanding what each service enables and what risk it introduces. An open port is not automatically bad. An unnecessary open port is. Good security teams regularly ask: β€’ Why is this port open? β€’ What system depends on it? β€’ Who can reach it? β€’ Is it monitored? β€’ Is there a safer alternative? This is true across: β€’ on-prem networks β€’ cloud environments β€’ hybrid architectures Firewalls, security groups, NACLs, WAFs. Different tools, same responsibility. If you manage infrastructure, review this list and ask one simple question: β€œHow many of these do we actually need today?” πŸ“Œ Save this for quick reference πŸ” Follow for clear, practical cybersecurity and risk breakdowns #networksecurity #cybersecurity #informationsecurity #tech #firewall

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