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If you want to perform prayers at the right time, this page will help you with that. You will find out when it is the appropriate Salah time in New York City , New York , United States — you can check prayer times for your coordinates (40.8504, -73.9369) while on the go. The exact times are calculated basing in the position of the Sun in the sky. You can easily change your location using the search bar above.

Muslim prayer times in New York today, Dawn (Fajr), Sabihun-Duha (Morning), Dhuhr (Noon), Al-Asr (Afternoon), Maghrib (Sunset, Ivening), Isha (Night). Get Islamic prayer time at your current in New York. Salah, the offering of prayers, is the second of the five Pillars of Islam. This is a spiritual, mental, and physical ritual of worship enacted at set times throughout the day. Salah (Salat, namaz) is an opportunity to come before God, confess sins, and receive forgiveness and mercy from Him.

Calculate Islamic salah timing for Dawn (Fajr), Sabihun-Duha (Morning), Dhuhr (Noon), Asal (Afternoon), Ghurub (Sunset), Isha (Evening) and Leyla (Night), 2022

All faithful Muslims perform prayer more five times each day:

The Prophet (ﷺ) likened these prayers to washing in a stream five times in a day to purify oneself of sin. Modifying or postponing these salats is permitted only under extenuating circumstances such as sickness or war.

Salah time for the city of New York (United States on 2022) – Prayer schedule with monthly calendar namaz.

The timing of prayers is as significant as the call to prayer itself. To receive the favor and blessing of Allah, is it necessary to expend total effort in offering all the salahs every day at the proper time. Here are the Islamic prayer times for New York City to help NYC residents maintain their faithfulness to Allah in observing the salats.

Islamic Cultural Center:

Dawn, Morning, Noon, Afternoon, Evening, Night Prayers.

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The wired equivalent privacy, or WEP, is part of the IEEE 802.11 standard designed to keep traffic sent through wireless networks more secure. It was created to help prevent cyberattacks, such as man-in-the-middle (MiiM) attacks, from being successful.

WEP uses a static key of 10 or 26 hexadecimal digits to encrypt data. In the late 1990s and early 2000s, it was widely used and often the primary security choice router configuration tool offered to users.

Wired equivalent privacy has since been superseded by WPA (Wi-Fi protected access) and then WPA2, which was designed to address the security vulnerabilities that WEP presented. WPA uses a dynamic key and message integrity checks to ensure a higher level of cybersecurity.

WPA2 is an upgraded version of WPA. It is based on the robust security network (RSN) mechanism and can be even more secure than WPA.

WPE is a retired security protocol that has been deemed insecure. It has been replaced, first by first WPA and then by WPA2.

WEP, or wired equivalent privacy, is a security algorithm presented by the Institute of Electrical and Electronics Engineers (IEEE) as part of the IEEE 802.11 internet standard that was ratified in 1997.

WEP was created to secure and ensure data confidentiality at the same level that a traditional wired network offered. Wireless connections transmit data through radio waves, which can be intercepted. WEP was designed to encrypt this data so that even if it were to be intercepted, such as through a MiiM attack, the threat actor would not be able to decipher its contents.

Due to U.S. government-imposed restrictions on the exportation of cryptographic technology, WEP key sizes were initially limited to a 40-bit key (called WEP-40) for the 64-bit WEP protocol. As these restrictions were lifted, the extended 128-bit WEP protocol using the 104-bit key (WEP-104) was introduced. WEP uses the RC4 stream cipher for confidentiality and the CRC-32 checksum for integrity.

The 64-bit WEP key uses a string of 10 hexadecimal (base 16) alphanumeric characters with each character representing 4 bits, while the 128-bit WEP key uses a string of 26 hexadecimal alphanumeric characters. These characters are either numbers between 0 and 9 or letters between A and F.

Using WEP, all traffic is encrypted as a single key, meaning that it uses a static key. This key is used to connect computers to a wireless-security-enabled network. Computers connected to this network can exchange encrypted messages.

With WEP, all traffic (regardless of the device) is encrypted with the same static single key. As technology has advanced, bad actors have learned how to decrypt this single key; therefore, they have access to all of the confidential transmissions.

Similarly, anyone connected to the secure network would have access to the single key and therefore be able to read the transmissions regardless of if they were authorized or intended to do so. As a result, WEP was officially retired in 2004 after the Wi-Fi Alliance introduced WPA (Wi-Fi protected access) and then WPA2.

WPA was created as an interim solution, as an extension of WEP under the IEEE 802.11i standard. WPA also increased the key size to 256-bit and included message integrity checks to ensure that data packets had not been captured or altered by threat actors.

Both modes of WPA2 use the counter mode cipher block chaining message authentication protocol (CCMP), which is based on the advanced encryption standard (AES) that offers verification for both message authenticity and integrity. AES replaces TKIP, and CCMP is a much stronger protocol that makes it more difficult for threat actors to guess the encryption pattern.

Wired equivalent privacy is meant to protect Wi-Fi transmissions by encrypting the data so outsiders who are not inside the encrypted network will not be able to read the messages or data contained within. WEP is better than no security at all, and it is still used on older devices that do not support WPA or WPA2.

WEP encrypts data to and from the access point with a static key. Anyone who is connected to the secured network has access to this key and therefore the decrypted transmission.

Wired equivalent privacy is a retired Wi-Fi security algorithm that has been deemed unsafe and easy for threat actors to crack. For this reason, it is almost never recommended to use WEP to secure Wi-Fi networks or transmissions.

Because WEP is an out-of-date Wi-Fi encryption method, it has the following drawbacks:

A WEP-protected network can be cracked in under a minute, especially if the network sees a lot of traffic. Threat actors are then able to intercept a large number of data packets. WEP has been demonstrated to be extremely insecure and should not be used to protect Wi-Fi networks.

The wireless security algorithm WEP (wired equivalent privacy) was the first security protocol to protect traffic on wireless networks in the same way that traffic on wired networks is kept confidential.

WEP uses a 64-bit or 128-bit static key with hexadecimal characters. This single static key is shared with everyone on the WEP-secured network for authentication purposes. WEP was initially created to protect messages from being read by threat actors even if they were intercepted.

As technology continued to advance, WEP was found to be easily cracked, as key lengths are too short and restricted, and the same key is used for all transmissions. All a threat actor has to do is collect data packets. Then, they are able to decrypt the static key and use it to authenticate themselves on the network.

WEP was replaced first by WPA and then WPA2, which is more secure and uses a dynamic key and message integrity checks.

Wired equivalent privacy is not recommended to be used for Wi-Fi encryption today. Instead, more current security protocols are optimal.

WEP: The “Wired Equivalent Privacy” Algorithm. (November 1994). Institute of Electrical and Electronics Engineers (IEEE).

RC4 Encryption Algorithm Stream Ciphers Defined. (2022). Okta.

CRC32. (2022). The PHP Group.

Wi-Fi Alliance. (2022). Wi-Fi Alliance.