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SOAP Vs HTTP | Difference between SOAP and HTTP:

SOAP stands for simple object access protocol. HTTP stands for Hypertext Transfer Protocol.

SOAP is XML based used for sending and receiving messages. While HTTP is used to transfer information over the internet.

SOAP supports web sockets or addresses WS-security and SWA. While HTTP does not support web socket or WS-security, SWA.

SOAP is over HTTP. HTTP is over TCP and IP.

SOAP support runtime checking against WSDL. While HTTP does not support runtime checking against WSDL.

Here, SOAP with attachments (SWA) may be processed automatically. Only online services that interact with HTTP messages. 

It is also possible for the message transmission optimization mechanism (MTOM) to handle messages automatically. SwA messages may also be processed by HTTP nodes, but they must utilize the MIME message domain, and design flow to be done to specifically handle the attachments. It is necessary to create custom logic to extract and parse the.

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FTP:

FTP stands for file transfer protocol.

FTP is comparatively simple.

TCP ports no. 20 and 21.

RFC959, RFC756, and RFC1738.

Used to transfer files from a remote computer after the connection is established.

2-way communication system where upload and download of files from the client to the server can occur.

FTP is slower than HTTP.

FTP is used to access and transfer files.

FTP can be accessed via the command line or a GUI.

FTP requires a username and password for authentication.

FTP is better suited for large files.

Web clients and servers became many complexes since they need to support many protocols, scripting languages, file types, etc. Complexity is also a security problem.

With FTP the user, see's the directory structure on the server.

HTTP :

HTTPS stands for hypertext transfer protocol.

TCP port no 80 and 8080.

RFC2616, RFC7230, and RFC7231.

HTTP is used to transfer web pages from a remote server after an internet connection is established.

1-way communication system where content including pictures and texts can be transferred from server to client.

HTTP is faster than FTP protocol when downloading one big file. So HTTP can use parallel chunk download which makes it 6x times faster than FTP.

HTTP is used to view websites, The common HTTP client is the browser.

Most widely used HTTP does not require a username and password for authentication.

HTTP is better suited for transferring small files.

Through the use of hyperlinks, the directory structure on the server may be hidden to the user.

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Difference between TCP and SCTP:

TCP doesn't support multistreaming. SCTP supports multistreaming. 

TCP the selective ACKs are optional. In SCTP there are selective ACKs.

TCP doesn't support multihoming. Multihoming is supported by SCTP.

There is less reliable data transfer in TCP. SCTP provides more reliable data transfer.

TCP data transfer is less secure. SCTP has more secure data transfer.

There is no partial data transfer in TCP. SCTP allows for partial data transfer.

SCTP has initiation protection while TCP doesn't.

TCP does not have unordered data delivery. SCTP supports unordered data delivery.

SCTP has message framing while TCP doesn't.

SCTP initiation and shutdown process is different from TCP.

TCP supports a single stream of data delivery whereas SCTP supports a multi-stream of data delivery.

TCP supports a single TCP endpoint to have one IP address whereas SCTP supports a single SCTP endpoint that can have multiple IP addresses for mainly redundancy purposes. 

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The difference between TCP/IP and OSI models are listed below:

TCP/IP is a model based on standards protocol around which the internet has developed. It is a communication protocol, which allows the connection of hosts over a network. While the OSI model is a generic protocol-independent standard acting as a communication gateway between the network and the end user.

TCP/IP layer is developed by ARPANET( Advanced project agency network), While the OSI model is developed by ISO( international standard organization).

TCP/IP follows a horizontal approach, while the OSI model follows a vertical one.

TCP/IP model the transport layer does not guarantee delivery of the packet. Still, the TCP/IP model is more reliable. While the OSI model the transport layer guarantees the delivery of the packet.

TCP/IP has 4 layers, the OSI model has 7 layers.

TCP/IP is a client-server model When the client request for service it is provided by the server. Whereas OSI is a conceptual model.

In TCP/IP network layer is connectionless. The network layer is both connection-oriented and connectionless in the OSI model.

The transport layer is both connection-oriented and connectionless while using TCP/IP but in the OSI model the transport layer is only connection-oriented.

TCP/IP model does not fit any protocol, the OSI model has a problem of fitting the protocols into the model.

TCP/IP is tangible, Whereas OSI is not.

TCP/IP follows the top to bottom approach, whereas the OSI model follows a bottom, up approach.

TCP/I[ is a standard protocol used for every network including the internet whereas the OSI is not a protocol but a reference model used.

TCP/IP does not have a separate presentation layer or session layer, the OSI model has a separate presentation layer and session layer.

TCP/IP model is in a way implementation of the OSI model, the OSI model is a reference model around which the network is built. Generally, it is used as a guidance tool. 

TCP/IP does not have strict boundaries, the OSI model has strict boundaries.

TCP/IP  is a replacing protocol that is not easy, the OSI  model, and protocol are hidden and are easily replaced as the technology changes.

TCP/IP service, interface, and protocol are not clearly separated. It is also protocol dependent. While the OSI model defines services, interfaces, and protocols very clearly and makes a clear distinction between them. It is protocol independent.

The minimum header size of TCP/IP is 20 bytes, The minimum header size of the OSI model is 5 bytes.

TCP/IP is defined before the advent of the internet, and OSI is defined after the advent of the intern.

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Difference between HTTP and WWW:

HTTP is the protocol that is used to transfer data to and from the website.

WWW is the identifier that indicates that it is a web site and it is using the HTTP protocol.

Any prefix that is not reserved for a protocol, it can be used as a subdomain.

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Difference between SMTP and HTTP:

HTTP stand for hyper text transfer protocol, SMTP stand for simple mail transfer protocol.

HTTP is mainly used for data and file  transfer, SMTP is used for mail service. 

SMTP uses a persistent connection,  HTTP can use both a persistent and non-persistent connection.

HTTP uses different methods of authentication such as basic, digest, and Oath, While SMTP uses base64 encoding for authentication. 

HTTP uses port 80, SMTP uses port 25.

HTTP places each object its own HTTP message, SMTP place all the objects into a single message.

HTTP is a pull protocol, a client pulls the information available o a server by initiating a TCP connection. SMTP is a push protocol, the sending mail server pushes the data onto the receiving mail server by initiating a TCP connection.

HTTP supports both plain text and encrypted communication(HTTPS), But in SMTP support both plain text and encrypted communication(SMTP or STARTTLS). 

 HTTP supports session management and cookies to maintain state, On the other hand, SMTP doesn't support session management or cookies. 

HTTP does not require data to be encoded in 7 bit ASCII, SMTP requires binary multimedia data to be encoded in 7 bit ASCII.

HTTP does not require authentication for browsing web pages, On the other hand, SMTP requires authentication for sending emails. 

HTTP transfer file between the web server and the web client. SMTP transfer emails via mail servers

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The main key difference between SMTP and IMAP:

SMTP is used for sending emails but IMAP is used for retrieving emails.

SMTP is used between servers, and IMAP is only used between client and server.

SMTP is the prevalent protocol for outgoing email whereas IMAP is only one of two prevalent protocols for email retrieval.

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Difference  between z wave and WIFI:

Z wave has only very little power consumption of 1 mW, while WIFI has high power consumption.

Z wave has a high cost, while the WIFI has a medium cost.

The scalability of the Z wave is greater than 6000while the WiFi has only 32 scalabilities.

The interoperability of Z wave is different manufacturers, while the WiFi has Bluetooth compatibility devices.

Z wave range is only 30 m while the WiFi has a 100 m range.

The frequency of the Z wave is -900MHz, while the WiFi frequency has 2.4 GHz/5GHz.

WiFi has high energy, while the Z wave has no energy.

Battery life is bad for WIFI, while the Z wave has good battery life.

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Definition :

Wi-Fi: The facility that allows the computer, laptop, cellphone, and other devices to access the internet by locating the signal and then with another wireless in the specified area.

Internet: Internet is one of the global computer networks that provide access to people, allowing them various communication, information and also interconnection through a website and other standard communication protocol. 

Connection :

Wi-Fi: It connects to the internet to a computer. A wireless device can connect to wifi but not necessary to the internet, 

Internet: It connects the different computer with one network. The Internet does not require wifi to connect computers globally.

Features :

Wi-Fi: A language through which computers interact with each other for sharing information and other valuable sources.

Internet: One of the few methods of accessing the internet from your phone or computer, laptop. 

Requirement :

Wi-Fi: A DSL device with Wi-Fi routers for WiFi connection.

Internet: A LAN server and device require to connect to the internet.

Uses :

WiFi: WiFI uses radio waves to send and receive signals devices to provide internet access. 

Internet: Internet is a networking infrastructure that allows you to access data or information from other computers across the world using the TCP/IP protocol.

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Before we learn about the difference between Li-Fi and Wi-Fi first let we check it out full form of Li-Fi and Wi-Fi full form. The most important difference between Li-Fi and Wi-Fi is that Li-Fi uses light for data transmission while Wi-Fi uses electromagnetic waves at a radio frequency for data transmission. So now let us talk about the difference between Li-Fi and Wi-Fi to know more details about it. 

Li-Fi called light fidelity, Wi-Fi called wireless fidelity.

Li-Fi can be considered as a light-based Wi-Fi system.

The bandwidth expansion of WiFi technology is limited and exceptional for WiFi.

Li-Fi transmits data using light with the help of an LED type of bulbs, Wi-Fi transmits data using radio waves with the help of a Wi-Fi router.

Li-Fi does not have any interference issues similar to the radio frequency waves, whereas Wi-Fi will have interference issues from nearby access points.

Li-Fi technology uses data transfer speed about up to 1 Gbps whereas Wi-Fi considers the speed offer using WLAN-11n offers up to 150 Mbps.

Li-Fi work in with the high dense environment, Wi-Fi work in with dense environment due to interference issue. 

The range of WiFi is medium and low for LiFi.

In Li-Fi technology or system can be used IrDA devices while in Wi-Fi used WLAN 802.11a/b/g/n/ac/ad 

While using Li-Fi the speed for the data transmission is faster while using Wi-Fi data transmission is too much slower.

The power availability of WiFi is low and high for LiFi. 

The security of WiFi is medium and excellent for LiFi

The data density of WiFi technology is low and high for LiFi.

Frequency is used to be 10000 time-frequency spectrum of the radio while Wi-FI used frequency operation in different like 2.4 GHz, 4.9 GHz, and 5 GHz.

In Li-Fi light system is locked by the wall and hence will provide more secure data transfer, While in the Wi-Fi RF signal cannot be blocked by the walls hence need to employ techniques to achieve more secure data transfer.

Li-Fi uses a component like a lamp driver, photodetector, the LED bulb will make up a complete Li-Fi system or technology while Wi-Fi uses a component like laptops, desktops, PDAs, routers referred to as stations.

The ecological impact of WiFi is medium and low for LiFi.

The network topologies of LiFi and WiFi technologies is a point to point.

Li-Fi is ideal for high-density wireless data coverage in a confined area and for relieving radio interference issues, while Wi-Fi is great for general wireless coverage within the building. 

Li-Fi must be used airlines, hospitals, clinic, explorations, office for data transfer and internet browsing, Wi-Fi can be used for internet browsing with the help of wifi kiosks or Wi-Fi hotspots.

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GiFi is developed in the year 2004, WiFi development in the year 1990

GiFi uses millimeter waves to transmit or receive data to/ from the air while WiFi uses radiofrequency waves to transmit/ receive data to/from the air.

The primary device of GiFi is a mobile phone, home device, Electronics office, PDAs, consumers, automation device while in WiFi uses a computer, desktop, computer server, etc. 

The frequency range of GiFi 57 to 64 GHz and the WiFi frequency range 2.4 GHz and/or 5 GHz.

Data rate or speed is 5 Gbps and more but in WiFi, the data rate is 150 Mbps and more 802.11ac, and 802.11ad.

The data density is very high in Gigi compare to WiFi.

Both Gigi and WiFi security is less.

The cost is low in GiFi as compared to WiFi.

GiFi the coverage is smaller than WiFi.

Power consumption of GiFi is <2mW, WiFi  is in power consuption 10mW.

The range of GiFi is 10 meters, The WiFi is the range 100 meters.

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WiFi provides wireless connectivity to devices using fixed hotspots. Therefore is the essence, it is a technology While in MiFi is a device, it is a mobile hotspot device that provides connectivity to another device on the go via a process called tethering. So here this article gives the main key difference between  WiFi and MiFi to understand this topic.

Definition of WiFi

WiFI is essential to the wireless networking standard that connects various devices together without the actual use of wires. If your device is WiFI enabled or is WiFI compatible, then it can communicate wifi device wirelessly, Your smartphone allows you to connect to a mobile hotspot via a wifi chip located within. This is also possible with the laptop, hotspot, or any other device which is WiFI enabled.

Definition of MiFi

MiFi is a brand coined by Novatel wireless and its name is given to novel portable devices that provide a mobile WiFi connection. However, the name of MiFi is being used as a generic term for any device that can work as a Wifi hotspot. MiFi lets multiple mobile devices and users create an Adhoc network by sharing a 3G or 4G mobile broadband internet connection.

Difference between  WiFi and MiFi:

Wifi can be referred to as the wireless standard. It regards a device there is wifi router as well, while in Mifi can be referred to as the wifi and modem.

Wifi is standard and used 2.4 GHz and 5 GHz frequency radio signal in order to establish to connection, while in Mifi device are able to support mobile data technologies 3G, 4G LTE.

WiFi standards is used to create wifi hotspot, while in Mifi standard are used to create a mobile hotspot.

Wifi standard does not support mobile connectivity, Mifi device supports mobile connectivity.

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What is WiFi data?

When connected to your home WiFi network, these devices access the internet in the same way that personal computers do, including updates to operating system downloading and updating software and applications exploring the web.

What is cellular data?

Cellular data is measured and billed separately from phone calls. Text messaging is also a separate service, though it is usually included in a phone plan

WiFi data vs cellular data | Difference between wifi and cellular data:

WiFi uses radiofrequency waves to provide high-speed internet access to connected devices, while cellular data are based on mobile phones/devices using cellular signals to connect to the internet.

Cellular networks are based on mobile phones and use networks spread over a wide area, while WiFi is a wireless network technology following IEEE 802.11 standard.

Cellular networks are dependent on network range availability, while WiFi has a limited range.

Cellular network mobile phones have a plan up to which data can be consumed, while WiFi has no such limits or plans up to which data can be consumed.

Mobile network access speed is generally slow as compared to wifi, while the wifi is quite faster as compared to a cellular network.

Cellular data offered by carriers (AT&T, Verizon, Sprint, T-Mobile, etc. While Cellular data is set up yourself at home, by It at work, or offered by internet service providers.

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WIFI vs hotspot | Difference between WIFI and hotspot:

Meaning: WIFI is a wireless communication technology that is used for LAN, Hotspot the hotspot provides internet wireless devices by using WIFI.

Refer to: WIFI refers to a technology involving network protocol, specification, hardware, and driver, while a hotspot refers to a physical location like a wireless access point that provides internet access to the mobile device.

Device Used: WIFI is used between wireless devices and access points for interconnection, while the hotspot is created using an access point device that is connected to the router.

Speed: WIFI provides high speed as compared to hotspots in the case of multiple users, The hotspot offers lower speeds than WIFI in the case of many users.

Service: WIFI services are provided by the local area internet service provider, Whereas the hotspot service is largely provided by cellular or phone corporations.

Security: WIFI is more secure in comparison to hotspots, hotspots are less secure than private WIFI as they are typically used in public places.

Mode of communication: WIFI is an electronic wave under the radio frequency band 2.4GHz used for communication, while the hotspot and WIFI technology is used in order to connect the devices to the access point for sharing the internet.

Internet services: WIFI is at the end of the receiver of internet services, while Hotspot is at the end of the donor of internet services.

Interdependency: WIFI is no hotspot without WIFI, while the hotspot is created using WIFI.

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Tethering and hotspot are technical terms used frequently in the context of mobile technology. Tethering differs from a hotspot in that tethering is the linking of a device to the smartphone via USB cables, whereas a hotspot connects one device to the other to obtain internet access via WiFi. So here this article gives information about the difference between hotspots and tethering to better understand this topic.

What are hotspots?

Hotspots are wireless access points that are typically used in public places to provide internet access to users. The access point is a common device that is linked to a router or gateway. Within a certain range, these points provide internet WiFi connectivity. Computers and smartphones can also serve as hotspots.

What is tethering?

Tethering is the process of connecting to the internet on a computer or other device via another computer or mobile phone with cellular network functionality. To share the internet, tethering employs network address translation. The internet-sharing device has a public IP address, whereas other devices connected via tether have private addresses.

Hotspot vs Tethering | Difference between hotspot and tethering:

A hotspot is a physical access point which is a device that is connected to a router or a gateway but tethering is a connection among devices.

Tethering can be done over via Bluetooth, USB cable, or WiFi, while the hotspot connection works predominantly through WiFI sharing.

A hotspot is not very efficient because it uses a lot of data on a device, while tethering is more efficient because it uses less data than hotspots.

When compared to tethering, a hotspot consumes a significant amount of data.

Tethering uses less battery and is less expensive than hotspots, whereas hotspot uses more battery.

Tethering necessitates a high-speed internet connection, whereas hotspots necessitate a medium to a high-speed internet connection.

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1G technology: 

1G technology is very fast commercial telecommunication wireless technology and was introduced in the year of 1980s. For the first time, Nippon Telegraph and Telephone introduced it in Tokyo, Japan. In 1983, 1G was introduced in some European countries and in the year of 1983, 1G penetrated the US market.

Generation :

First-generation mobile network

Year :

1G was introduced in the year of 1980s

Technology:

1G employed an analogue radio signal for communication. Technology must be used  AMPS, NMT, TACS

Special Characteristics:

1G is the first wireless communications

Speed:

The speed of 1G  up to 2.4 Kbps

Carrier frequency:

1G uses a carrier frequency of only 30 kHz

Function:

1G could be used only for voice calls

Flexibility:

Telephone required wired connections for communications. After this development, 1G was easy for people to take their phones outdoors.

Switching type:

 1G used circuit switching 

Security:

1G is not more secure

Advantages :

1G is a simple network element 

Disadvantages:

Limited capacity

Not secure

Poor battery life

Large Phone size

Applications:

1G is used for Voice calls

2G technology:

2G technology refers to the second generation. It was launched in Finland in the year 1991 which are based on the GSM system. It uses digital signals for voice transmission. The advanced in technology from 1G to 2G introduced many fundamental services that we still use today such as SMS, MMS, internal roaming, call hold, billing, conference calls, long-distance calls etc.

Generation :

second generation mobile network

Year :

2G was introduced in the year of 1991s

Special Characteristics :

The digital version of 1G technology

Technology:

2G has used the digital signal for communication with a radio tower. The technology used IS-95 and GSM

Speed:

The maximum transfer rate of 50 Kbps with the help of the GPRS system

Battery power :

2G required low battery power due to the low consumption of the battery by digital signals

Quality :

The sound quality is improved and there is no background noise for the user

Advantages:

Multimedia features like SMS and MMS

Internet access and SIM introduced

Disadvantages :

Reduced the tone of a sound

Weak signal

Unable to handle complex data such as video

Applications :

Voice calls

Short message browsing

Privacy :

2G improved the privacy of users as the message and MMS were digitally encrypted and the only user can open them

What is new?

2G technology allowed users to send and receive a text messages and also a multimedia message

3G technology:

3G technology refers to the third generation, is based on GSM and was launched in 2000. The aim of this technology was to offer a high-speed data range of about 144 kbps to 2 Mbps. 3G technology is used in many more applications like sharing of digital photos, movies, mobile, computer modem, high-quality voice, and video calls etc. Generation:

Third-generation mobile network

Technology:

3G is used IMT200 and WCDMA

Year :

3G was introduced in the year of 2000s

Speed:

3G is about 3.1 Mbps

Special Characteristics:

Digital broadband

Speed increments

Switching type:

Packet switching expect for air interface

Advantages:

Customers will get a high-speed network for the data communication

Customers can use all the facilities at the same time

Video call and big MMS

Cheap call rate in worldwide.

Security and reliability are more

Good for data-intensive application

Always online devices

Anywhere access to the internet

Disadvantages:

Building 3G infrastructure was the challenge

High Bandwidth Requirement

Expensive 3G Phones.

Large Cell Phones

Applications :

High-quality voice, as well as a video, called

View live TV broadcasting on mobile

Sharing of digital photos and movies

Virtual banking, online selling as well as teleconferencing at work

The 3G network can offer real-time multiplayer gaming 

4G technology: 4G technology refers to the fourth generation, of wireless technology that promises expanded multimedia services and higher data rates. Most of us do not like the waiting time that a 2G or 3G network takes for opening the desired page, audio or video over the web. If you are suffering from the issue, then you should not wait any more, enjoy the latest 4G technology with a superfast data speed of approx 10 times the 3G. Generation:

Fourth-generation mobile network

Year :

4G was introduced in the year of 2009

Technology:

Technology must be used LTE and WiMAX

Speed:

4G support speed up to 100 Mbps

Special Characteristics:

Very high speed 

All IP

Advantages:

High speed

High capacity

High-quality streaming video

Low-cost per-bit etc.

Disadvantages:

Battery usage is more

Hard to implement

Need complicated hardware

Application:

I burst and MBWA

Mobile WiMAX

4G car

Telemedicine

Tele GEO processing applications

A sensor in a public vehicle

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4G vs LTE | Difference  between 4G and LTE:

Stands for: 4G stands for Forth Generation, LTE stands for Long term Evolution.

Generation: 4G is the 4th generation of cellular network technology, LTE is a long-term evolution, and LTE is an upgrade to 3rd generation cellular network technology.

Speed: 4G offers faster data speed, but in LTE data speed is comparatively low.

Latency: 4G offer highly reduced latency. While the LTE latency is higher than 4G. 

Quality: 4G provides both voice calls and video calls of superior quality, while the quality of voice and video calls is interior to that provided by LTE.

Data: 4G uses more data, while LTE uses less data to perform tasks like sharing, uploading, downloading, viewing etc compared to 4G. 

Uses: 4G uses packet switching network, LTE uses circuit switching network. 

Experience: 4G provides a seamless experience while playing online games, while the LTE has some lag time that might be experienced.

Network speed: 4G network speed is suitable to share the data through hotspots, while LTE network speed is not suitable for sharing hotspots. 

Coverage Area: 4G coverage area is limited to the developed areas, on the other hand, LTE coverage area is based on user network location.

Available: 4G is available in smartphone, tablets, other connected devices, In contrast LTE is available in smartphones, tablets, and other mobile devices. 

Operate: 4G operates in wide range of frequency bands, LTE operates in various frequency bands like low, mid and high frequency bands. 

Internet Access: In 4G Internet access is stable and uninterrupted compared to LTE, But Internet access is limited in LTE. 

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