With today’s increasing digitization, a robust and reliable home network is a must for most devices, be they smartphones, laptops, tablets, smart LEDs, and therefore the need to connect multiple devices to one’s Wi-Fi is quite vivid. Now, with so many devices around you, it becomes quite tough to connect all these devices to the same network. Then, to proceed further, let us see how to efficiently connect many devices in your Wi-Fi network to maximize the usage of the internet. Understanding the Basics of Wi-Fi Network Before one goes into how to connect many devices to Wi-Fi, one must understand what Wi-Fi is. It is referred to as an internet technology with no physical cables, which makes it possible for devices to get wireless access to the internet. WiFi uses radio waves to transmit data between the router and the devices. It typically operates on two types of frequencies: 2.4 GHz, the slower but more extensive reach, and 5GHz, with higher speed and less shallow reach. Device for Internet Connection A decent connection is required to continue performance in every device when different devices are attached to one source of the internet. If you are signed up for a fiber internet service, this means making sure your router or modem is strong enough for all the devices you hook up to it.  This usually includes configuring your router so that it uses your bandwidth in the most optimal way. If you have some other type of service—for example, DSL or cable—try to use a type of router that will support that type of service, making the proper configuration to give you the best performance. Ensure that proper network management will make sure that all your devices get a stable and reliable connection, no matter what internet service provider you have. Selecting a Router All you need for good network connectivity is a strong router. It is responsible It serves as the central hub of your home or office network and helps distribute the Internet access to all your devices, whether they are your smartphones, laptops, tablets, smart TVs, or other devices. That also means that high bandwidth is critical for the chosen router to be able to handle, allowing it to bring you adequately fast speeds. Dual-Band and Tri-Band Routers A cleaner signal with less interference is provided by dual-band and tri-band routers because such devices use different frequency bands to spread out the connected devices. How to Configure Your Wi-Fi Network Setting up a network is no issue if you have the right type of router. Install Router: Make sure that your router is plugged into the Optical Network Terminal that your ISP gave you. Secure Wi-Fi Network: Be sure to secure your Wi-Fi network with a strong and customized password. That includes guarding against intruders. Upgrade Router: Update your router’s firmware regularly to keep it running in top condition and security. Pro tip: Position it in the center, away from obstructions and interference. Connect Multiple Devices Now let move on to connecting multiple devices. Keep both bands on 2.4GHZ and 5GHZ: Devices that need less bandwidth or are farther away should be kept on 2.4GHZ. High-bandwidth devices closer to the router are on 5GHZ. Connect Devices via Wi-Fi Turn on Wi-Fi: Ensure that the Wi-Fi is enabled on each device you want to connect. Search & Select Your Network:  Search for your network name in the list and select it. Enter Password: Enter the Wi-Fi password when prompted. Connect: Tap or click “Connect” and wait for the device to join the network. Optimize Network Performance Make sure all your devices work efficiently by taking the following actions regarding your Internet service: Bandwidth Usage Monitor: One can constantly monitor how much a device that uses your router consumes through its management interface or third-party applications. Wi-Fi Access Schedule: Some routers are capable of setting Wi-Fi access schedules. This way, one can limit children’s device usage or conserve energy. Network Audit Regularly: Devices connected to the network should periodically undergo review to turn off the unused ones. Update Device Firmware: Ensure all attached devices are up to date and running based on the latest Wi-Fi protocols and security features. Theoretical Limits of Wi-Fi Network Scaling Most people don’t have the maximum number of devices a typical router can hold. This is good enough because connecting 250 devices to a single Wi-Fi access point is theoretically possible but not feasible for a few reasons. On home networks, all devices share a single internet connection. The performance decreases as more devices connect and use the network simultaneously. Even the number of active devices streaming or downloading files can swiftly max out a shared internet. Overheating of access points can lead to the stopping of operations. This happens in case of extreme load for a longer duration.  Many Wi-Fi devices concentrated in close physical proximity, like a home or office building, generate wireless signal interference. Radiofrequency interference among Wi-Fi devices decreases network performance (due to frequent re-broadcasting of messages that fail to reach their destination) and eventually causes connection drops. A few home routers are built with a feature allowing administrators to control the number of clients simultaneously connecting. Many Linksys routers, for instance, set a default maximum of 50 devices. Common Issues and Their Solutions Even with an exemplary network configuration, some problems might still be encountered. The following troubleshooting tips can help out: Slow Speed and Fluctuating Connection: Walls, distance, and other obstacles between the router and the device can disrupt Wi-Fi signals. Weaker Wi-Fi signals mean slow speed and frequent fluctuation or disconnects. Usually, network congestion also reduces the internet speed. Tip: If you are away from the router, try moving nearer the router. Devices that are unable to connect:  Make sure that Wi-Fi is connected to your device. If there is no internet connection, try forgetting the network and reconnecting. Wi-Fi Dead Zones:  If certain areas of your home have weak signals, you may invest in Wi-Fi

GU iCloud is a cloud-based online portal for Galgotias University, a UGC-registered college with an A+ NAAC grade. It helps its students and faculty with their complete information related to the university. However, Galgotias University is famous for its engineering, pharmacy, agriculture, applied science, physiotherapy, psychology, and more courses.  Furthermore, GU has its own cloud-based education management system named iCloudEMS. It is a digital centre which simplifies the university experience. From admission to the passing out year, it’s a convenient way for students and faculty to access all the necessary information. What is GU iCloud? It is a portal for students, faculty, and administrators with complete information related to the department, performance tracking, complaints, feedback, etc. However, it is also compatible with all devices, such as laptops, mobile devices, Macbooks, and desktops; it only requires an internet connection.  Read Also: What Is Quantum Computing? What are the Features of iCloud GU? The main features of iCloud GU for students and faculty are:  1. If you are working on any project with your teacher, you can easily attend the meeting from anywhere. Also, you can discuss this with them on chat. 2. You can study on iCloud at any time from anywhere and easily find your notes and study material; it only requires an internet connection.  3. You can easily save your assignments, files and other important information on iCloud as it protects your data and keeps eyes on your privacy. 4. You can check your attendance record online through the portal if you are stressed about it. What are the Benefits of iCloud GU? There are many benefits of GU iCloud offers for students and faculties are as follows: For Students: 1. Students can get their admit cards through the portal. They must submit the feedback form first and then check whether their fees are submitted. Moreover, you can check your fee dues and transactions from the portal. If your fee is submitted, you’ll get your admit card. 2. Students can check their timetable through the portal as different classes are scheduled on different days so that they can check their subject, class, place, course code, and related information in the timetable section on the portal. However, only an internet connection is required. 3. If any student is facing any issue related to their academics or exams, they can fill out the grievance form. The administrator will solve the issue within the next 6-7 working days. However, your claims must be valid. 4. Students can check their attendance regularly, as the faculty updates it in the evening, and it reflects on the cloud by night. However, if there is any issue, students can directly contact their respective faculty and fix it on the same day.  5. Students can check their performance throughout the year from the performance section of iCloud. They can check their activities, assignments, classes, and more. However, they get the option of a report card to check their academic activity.  For Faculties: 1. Faculties can manage their profile from the portal; they can change and update the timetable from their end; if they are taking leave for some time, they simply have to submit their application through the portal, and their application will reach the administrators. 2. Faculty can also create assignments, texts, online courses, and lectures through the portal and send them to students with a deadline. However, students must submit them before the deadline, and the portal sends a notification to the student’s device. 3. Faculty can also evaluate students’ performance and activity on the portal and provide assignments. If students’ performance is not good, faculty can chat with them directly on the portal. 4. Faculty can participate in the faculty training program on the portal. In the program, they may learn about building their personalities, knowledge of the field, and more, which can help them grow.  How to Register and Log in to GU iCloud? To register on GU iCloud, you need to follow a few steps: Firstly, you should visit the PDF provided in your mail after taking admission. In that PDF, you will find the administrator’s number. Then, contact the administrator and ask for your iCloud gu login EMS, LMS password, and ID. Moreover, they will provide you with the ID password. Lastly, open the iCloud portal and register your ID and password. You are now successfully registered on the portal; next time, you must log in with that ID and password. Also, remember to save the password because if you lose it in the future, it must be saved on your Chrome. To sign up, you must have the ID and password. Now follow the below steps: https://gu.icloudems.com/corecampus/index.php What if You are Facing iCloud GU Login Problems? If you are facing a login problem, you can:  Read Also: The Future Of Cloud “Edge Computing”: What It Is And How It Works? To Wrap Up The introduction of iCloud GU login has made the lives of students and faculty members easy. However, it has many benefits for students and faculty as it facilitates connectivity between members and the university. It is a digital form through which students and faculty can get important information, such as assignments, training, attendance, fees, salary, and more, through their devices. Also, you can easily register and log in to gu.iCloud whenever you want, with any device.

As the threat of cyberattacks increases rapidly, it’s crucial to equip ourselves with the knowledge of how to maximize security in the business realm. Penetration testing, a key aspect of this, allows us to assess the overall security of our IT infrastructure. And when it comes to penetration testing, one framework stands out: Metasploit. This powerful tool enables businesses to identify and fortify system vulnerabilities before malicious hackers can exploit them. In essence, it’s hacking with consent.  Throughout this article, we will explore Metasploit’s meaning, history, how it works, tools, uses, and many more important aspects to help you understand about more clearly.  So, let’s dive into this crucial topic without wasting any more time! History Of Metasploit: In October 2003, Metasploit was designed and developed by H D Moore as a Perl-based portable tool network for the development and creation of exploits. The framework was completely rewritten in Ruby by 2007. In 2009, Rapid7 formulated the project. After that, the framework achieved huge popularity as a growing information security tool to test computer system’s vulnerabilities.  In August 2011, Metasploit’s version 4.0 was introduced, which includes tools that uncover software vulnerabilities other than exploits for known bugs. Developed by Boston-based enterprise Rapid7, the project introduced Metasploit Pro and Express, proprietary versions to improve its offerings. What Is Metasploit? What does Metasploit do? It is a computer security project that delivers data about security vulnerabilities and helps to assist in penetration testing. A US-based cybersecurity firm, Rapid7, owns it. The open-source Metasploit Framework is a notable subproject. This tool is also used to create and run exploit code on remote target systems. The project includes remediation and anti-forensics tools, some of which are built into the framework. It comes pre-installed on the Kali Linux operating system. The framework makes hacking easy for both defenders and attackers. The multiple tools, user interfaces, libraries, and modules permit a user to configure an exploit module, point at a target, pair it with a payload, and launch it at the target system. Metasploit’s extensive and large database houses multiple payload options and hundreds of exploits. Who Uses Metasploit? With the huge range of applications and open-source availability that Metasploit provides, the framework is used by experts in security, development, and operations to hackers. The framework is famous with hackers and is available easily, making it an easy-to-install, trustworthy tool for security experts to be familiar with, even if they don’t want to use it.  How Does Metasploit Work? A Metasploit’s pen test begins with the information-gathering phase, wherein it integrates with multiple reconnaissance tools like Nessus, Nmap, Windows patch enumeration, and SNMP scanning to find the vulnerable spot in the system.  Once the weakness is determined, select an exploit and payload to penetrate the area in vulnerability. If the exploit is successful, the payload will get executed at the target, and the user will get a shell to interact with the payload. One of the most famous payloads to attack Windows systems is Metasploit Meterpreter, an in-memory-only interactive shell. Once on the target machine, It provide multiple exploitation tools for packet sniffing, privilege escalation, keyloggers, screen capture, pass the hash, plus pivoting tools. Also, users can set up a persistent backdoor if the target machine gets restarted. What Is The Purpose Of Metasploit? Metasploit is an effective tool used by network security experts to do penetration tests. This powerful tool is used for the following purposes, including: What Is Metasploit Used For? Metasploit’s central goal is to allow users to identify, exploit, and fix various vulnerabilities in the target system. The framework consists of multiple precompiled exploits, modules, and also helper payloads that can be used to stimulate attacks and test applications and systems security. Metasploit is extensively used by ethical hackers, security professionals, and penetration testers to: Metasploit Benefits: It is an effective open-source framework offering a huge range of benefits for ethical hackers, security professionals, and also for penetration testers. Here are some of the essential benefits or it, including: What Are The Tools Of Metasploit?  Metasploit is basically a modular exploitation framework providing an extensive range of modules and tools for exploit development, penetration testing, and vulnerability assessment. Some of the primary tools and modules available in this are:  Metasploit Framework: The following are the filesystems of Metasploit Framework (MSF):  Metasploit Shell Types: There are two main types of shells in Metasploit: attacking or interacting with the target system. Metasploit Commands: Some primary commands of Metasploit are banner, msfconsole, connect, search, back, cd, jobs, grep, load, kill, show options, info, check, set, exploit, use, edit, help, exit, and others. Here’s how you can utilize Metasploit to protect a system from cyber threats:  How To Download and Install Metasploit? Metasploit is preinstalled in the system if you are operating Kali Linux for penetration testing. So it is not necessary to download and install it. On the other hand, the GitHub repository helps to download and install it on both Linux and Windows systems. It is also available in the GUI version, but you have to buy for full access to the Metasploit licensed version.  Final Line: The Metasploit framework is a potent tool that cyber criminals, as well as ethical hackers, can use to analyze systematic vulnerabilities on servers and networks. Because it is an open-source framework, it can be customized simply and used with most of the operating systems.  Frequently Asked Questions (FAQs):

With the expansion of wireless networks, ensuring security has become the top priority. Aircrack-ng is an effective tool specially designed for auditing wireless networks.  Aircrack-ng is a suite of tools to determine WiFi network security, which includes testing, monitoring, attacking, and cracking. The suit helps to test the strength of wireless network passwords. Every tool is a command line, allowing for heavy scripting. Get ready to dive into the world of wireless network security and auditing with this suite. Also, discover how you can fortify your WiFi security against possible threats. Aircrack-ng is a complete suite of tools to assess WiFi network security. Overview Of Aircrack-ng: Aircrack-ng is a suite of tools that comes pre-installed in Kali Linux. It is basically used for WiFi network hacking and security. This all-in-one packet sniffer includes a WEP and WPA/WPA2 cracker, a hash-capturing tool, and an analyzing tool. Aircrack helps capture the package, crack those hashes with multiple attacks with dictionary attacks, and even read the hashes out of the package. This tool is a wifi password hacker and supports almost all the newest wireless interfaces. Aircrack identifies vulnerabilities, assesses the security posture of a wireless network, and tests the network encryption’s strength. Additionally, Aircrack-ng determines rogue access points, performs penetration testing tasks, and simulates multiple attack scenarios.  It mainly focuses on 4 areas of WiFi security: All tools in Aircrack-ng are command lines, allowing for heavy scripting. Many of the GUIs have taken benefit of this feature. It works mainly on Linux. However, it also works on Windows, FreeBSD, macOS, NetBSD, OpenBSD, as well as eComStation2, and even Solaris. Aircrack-ng Tools:  Utilizing the Aircrack-ng suite comprises employing various tools within the suite, depending on the task. Every tool has a distinct purpose. These tools can be used independently or in combination with other tools present in the Aircrack-ng suite to perform a broad range of wireless network security tasks. How Aircrack-ng Works? The suite comprises attacks known as PTW, FMS, and KoreK. The Aircrack-ng identifies some of the network packets and sees for any vulnerabilities using other tools, such as Nikto or Metasploit. This tool depends on other tools, and after identifying vulnerabilities, it becomes wireless attack-ready. Specifically, the FMS attack is utilized against Rivest Cipher 4 (RC4) encrypted keys. The KoreK attack is employed against WEP-encrypted keys. Most public WiFi will have WEP-encrypted passwords. PTW attack is employed against WPA and WEP encrypted keys. The Aircrack-ng tool can be utilized in several ways, such as making a wireless attack, creating a fake access point, monitoring the WiFi network, and so on. How to use Aircrack-ng on Windows 10 Aircrack-ng is a powerful tool that helps in assessing Wi-Fi network security. Before using Aircrack-ng in Windows 10 and 11 you need to install it. Let’s look at the steps on how to Install Aircrack-ng on Windows 11 and 10: If you fail to run the command then follow the following steps:  You have successfully installed Aircrack-ng in Windows 10.  Using Aircrack-ng in Windows 10 in GUI mode  You either use it in GUI or CLI mode. Let’s take a look at how you can use it in GUI mode. How To Use Aircrack-ng In Kali Linux? Learn how to use Aircrack-ng in Kali Linux with our step-by-step guide. We will explain how to crack WPA/WPA2 passwords, capture packets, and scan WiFi networks using the wireless hacking tool Aircrack-ng on Kali Linux. Make sure to have these things in place before getting started.  Now, let us look at the step-by-step guide on using Aircrack-ng in Kali Linux: Open A Terminal Launching a terminal on your Kali Linux system is the first step. Having it open is important because you will be running the Aircrack-ng commands from the terminal.  Put The Wireless Card In Monitor Mode Monitor mode allows the wireless adapter to capture all the wireless traffic in the area. Use the Airmon-ng command to put the wireless card in monitor mode. Replace wlan0 with the wireless interface name, and it may vary. This command will generate a fresh interface, typically named wlan0mon. This interface enables you to monitor and capture packets.  Scan For Wireless Network To scan for available wireless networks and to gain information about them, use the Airodump-ng command. Replace wlan0mon with the monitor mode interface. You will notice a list of nearby WiFi networks, each known by its encryption type, ESSID (network name), BSSID (MAC address), and channel. Pay close attention to the network you want to assess, as you will need its channel and BSSID for further steps.  Capture Data Packets Open a new terminal tab or window and again use the Airodump-ng command to capture data packets from the target network. Now, specify the channel and BSSID of the target network and select an output file name.  Deauthenticate A Client You can deauthenticate a client device linked to the target network using the command Airplay-ng to accelerate the process of capturing a WPA/WPA2 handshake for password cracking. This particular command sends de-authentication packets to a specific client, causing it to potentially trigger and disconnect a reconnection, which may result in capturing the WPA/WPA2 handshake. Capture The WPA/WPA2 Handshake A WPA handshake message will pop up in the top right corner while monitoring the Airodump-ng window from step 4. This means the capturing of the handshake is successful.  Crack the WPA/WPA2 Key To crack the passphrase WPA/WPA2, you will need a wordlist, including potential passwords. Kali Linux contains various wordlists in /usr/share/wordlists/. To perform the cracking, you can use the Aircrack-ng command.  Aircrack-ng will attempt to crack the passphrase by using the provided wordlist. It will show the WPA/WPA2 key in the terminal if successful.  Examine The Results After successfully interpreting the WPA/WPA2 key, carefully examine the results. Ensure you document the key and any other suitable information for your security assessment report.  Final Line: Aircrack-ng is an effective suite of tools for wireless network security assessment. Its capabilities in analyzing, capturing, and, in a few cases,

Phishing is a type of cyberattack that uses masked email to deceive the recipient into downloading malware, giving up information, or taking other preferred actions. The purpose of a phishing attack is to steal sensitive information like login and credit card details or install malware on the victim’s machine.  Phishing is a common cyberattack type that everyone should know about in order to protect themselves. Today, we will delve into this sensitive information of what it is exactly, how it works, its types, techniques, and many more crucial aspects.  So, let’s not waste any more time, and let’s get started! Overview: What Is A Phishing Attack? Phishing is basically a deceitful practice in which the attacker disguises as a reputable entity or person through an email or other form of communication. Attackers normally use phishing emails to spread malicious attachments or links that can extract account numbers, login credentials, and other personal data from victims. Deceptive phishing is a famous cybercrime, as it is more effortless to trick someone into clicking on a mischievous link in an apparently legal phishing email than it is to break through a computer’s securities. Knowing more about a phishing attack is crucial to help users detect and prevent it. How Does Phishing Attack Work? A phishing attack is a type of cybersecurity and social engineering attack where the attacker imitates someone else via email or other types of electronic communication, including SMS text messages and social networks, to reveal personal information. Phishers can use public sources of information, such as Twitter, LinkedIn, and Facebook, to gather the victim’s personal data, activities, work history, and interests. These resources are usually used to unveil information such as email addresses, names, and job titles of potential victims. An attacker can then use the information to make a believable phishing email.  Generally, a victim receives a message that seems to have been sent by a well-known institution or contact.  The phishing attack is then carried out either when the victim clicks on an infectious file attachment or clicks on a hyperlink linking them to a malicious site.  In both cases, the attacker’s goal is to install malware on the victim’s device or direct them to a faux site. Fake or faux sites are up to trick users into revealing financial or personal data, such as credit card details, passwords, or account IDs.  Although many phishing emails are clearly fake and poorly written, cybercriminals are using AI tools such as chatbots to make phishing attacks look more authentic. Several other phishing attacks can be made through phones, where the attacker poses as an employee phishing for personal data. These notifications can use an AI-generated voice of the user’s manager or other authority for the attacker to trick the victim further. Types Of Phishing Attacks: Cybercriminals continue to sharpen their existing phishing mastery and develop the latest phishing scams. Some common types of phishing attacks are: Spear Phishing Attack These attacks are directed at typical companies or individuals. These types of attacks usually employ collected information particular to the victim to more successfully present the message as being true. Spear phishing emails may include references to executives or co-workers at the user’s organization, as well as the use of the user’s location, name, or any other personal data. Whaling Attacks These are a kind of spear phishing attack that precisely targets senior executives within a company with the goal of stealing large sums of personal data. The attackers research their victims in detail to develop a more real message. Using information specific or relevant to a target expands the chances of the attack being successful.  Because a specific whaling attack targets an employee who can permit payments, the phishing message often seems to be a command from an executive to permit a huge payment to a vendor when, in fact, the payment would be made to the phishing attackers.  Clone Phishing Attack Clone phishing uses formerly delivered but authentic emails containing either an attachment or a link. Attackers make a clone or copy of the legitimate email and replace the attached files or links with malicious ones. Victims are often fooled into clicking on the infectious link or opening the attachment. Attackers who have taken control of another user’s system often use this technique. In this case, attackers use their control of a system within an organization to send emails from a real sender who is known to the user.  Pharming  This is another type of phishing attack that makes use of the domain name system cache poisoning to redirect victims from a legitimate site to a fake one. Pharming attacks try to fool users into logging in to the fraudulent website using their personal information. Voice Phishing  A voice phishing attack is a type of phishing that occurs over voice-based media, including voice-over IP. It is also known as vishing or plain old telephonic service. This type of phishing scam uses speech synthesis software to leave voicemails informing the victim of malicious activity in a credit or bank account. The call demands the victim to respond for identity verification, thus compromising their account details. Evil Twin Attacks This type of phishing attack occurs when attackers try to fool the victims into connecting to a fake Wi-Fi network that looks like an authentic access point. A duplicate hotspot is created by the attackers, who send out their own radio signals and use the same exact name as the true network. When the victim connects to the malicious twin network, attackers gain access to all the transmissions to or from the user’s devices, including user passwords and IDs. Smishing or SMS Phishing Smishing or SMS phishing is a mobile device-oriented phishing attack using text messages to convince users to disclose account details or install malware. The victim is usually asked to call a phone number, click on a link, or send an email. Then, the attacker asks the user to offer private data. This attack can’t be identified easily, as

Say hello to a revolutionized way of data and resource integration with a new technology called “Edge Computing.”  Computing paradigms and resource location play a vital role in collecting data, and of course, data centres and the everyday internet are not enough to support its flow in the real world.  Problems such as Bandwidth limitations, latency hustles, and unexpected web interferences can result in undesirable outcomes. To overcome these, Businesses are responding through the use of edge architecture. However, the main concern is that many people in the business and the IT industry are unaware of it. But you may not worry if you are one of those. This article will cover topics to help you understand the depth of Edge Architecture. What Is Edge Computing? Edge computing is a new computer functionality comprising various networks and devices at or near the user. It includes processing and integrating data at its originating place. This improves processing speed and volumes, leading to enhanced results in real-time. There are many advantages of edge computation over traditional models. Here, an on-premise data centre powers the computing that helps companies improve and manage their physical assets. Unlike the traditional computing method, it takes less time, is efficient, and results in greater data collection. With the help of edge architecture, businesses can create new interactive and enhance the overall human experiences. Some used examples of edge include self-driving cars, autonomous robots, intelligent equipment data, and automated retail. However, these uses still do not answer why is edge computing important?  Given that, here is its functional architecture:- What Are Best Cloud Solutions Examples? How Does Edge Computing Work? Let us pay a little attention to its functional mechanism:- Why Is Edge Computing Important? Edge computing has changed the way industries process data. Today, most of the computing is done at the under’s endpoint, whether hospitals, factories, or retail locations.  It results in the critical processing of the most sensitive data. It powers systems that require reliable functionality and safety.  Any industry requires solutions with low latency that do not need a network connection. The exciting edge architecture transforms business across every industry and function.  Benefits of Edge Computing Given that, here are some of its benefits:- Improve performance and safety Performance and Safety are one of the core business processes. It can help businesses improve by ensuring forever availability and rapid data processing. Reduced latency In traditional computing, latency is high, which results in time consumption. Edge computing, on the other hand, processes data closer to the source, reducing latency and enabling on-spot decision-making. This can benefit applications like smart grids, autonomous vehicles, and industrial IoT. Improved user experience Edge computing improves user experience by eliminating the need for data transfer. This fastens the processing time and reduces latency, on the other hand.  Improved security and privacy Edge computing is more secure than traditional computing as it enables cloud-based solutions that are safe and independent. Reduced costs Last but not least is a reduction in the internet and data costs.  What Are The Uses Of Edge Computing? Now that we have learned what edge computing is, its importance, and its benefits, it is time to highlight some of its uses. Given that, here are some of its uses:- Some IoT devices, such as smart thermostats, cameras, and industrial sensors, locally produce data and do not send it to the cloud.  Some industrial automation, security, and control systems require low latency and high reliability.  Predictive maintenance involves data analytics to detect any error when a machine fails. City traffic management involves optimizing public transport frequency, lane usage, and self-reliant car flows. Some smart home devices and IoT gadgets also use Edge to improve performance and security. Edge also enhances the education sector by improving network speed and reducing latency.  Edge can run code on a CDN edge network of any application. It can customize how content is fetched for user efficiency. Edge powers some medical monitoring devices to respond in real-time without waiting for cloud server instructions. Live video conferencing requires more bandwidth. Therefore, moving backend processes closer to the source of the video can decrease lag and latency. Some other use cases of Edge Computing Top 3 IT Solutions For Business Growth In 2023 How Edge Computing Will Drive Cloud Computing? Edge is the future of the cloud with its revolutionized methods and quick data processing. But what catches our attention the most is how edge computing will drive cloud computing. Is there a connection between the two? Does cloud computing depend on Edge? Worry not! We’ll try to answer all your questions. Edge is the future of cloud computing. A significant development of cloud infrastructure allows organizations to analyze data without catalyzing any traditional data centre. Some ways Edge can drive cloud computing:- Greater bandwidth efficiency Edge drives local data processing and analysis while reducing the amount of data being sent to the cloud. This lowers data transmission costs and fastens the processing. Real-time responsiveness It uses data generated at the site of the user, enabling quick and real-time responsveness. Reduced data transmission costs Edge computing can control sensitive data and reduce the costs of data transmission to the cloud. Greater agility Various Edge-to-cloud platforms provide organizations the flexibility to respond quickly to clients and step on market opportunities.  In short, Edge computing processes are time-sensitive data that require quick responses. On the other hand, cloud computing is used to process data that is not time-driven. People prefer Edge over Cloud in distant locations, with little or no connectivity to a centralized Edge vs. Cloud computing Here is a small table that signifies how edge is the future of cloud:- Edge Computing Cloud Computing In edge computing, data storage, analytical, and computational devices are brought closer to data sources. Cloud computers have their own mechanism and working sources that help process non-time-driven data. It can outperform cloud-based systems by increasing responsiveness and boosting the functionality of the applications hosted on edge computers. Its services

Are you also struggling to learn how to use the Burp Suite efficiently? Burp is a complete suite of tools that is designed for web security testing. This suite has become a go-to choice for people interested in web app security, such as bug bounty hunters and penetration testers.  Burp was developed by the company “Portswigger,” and the founder of this company is Dafydd Stuttard. BurpSuite is an all-in-one set of tools, and its capacities can be improved by installing add-ons called BApps. This comprehensive guide will help you by walking you through the whole process. We will cover each detail, from how to download BurpSuite, its tools, community, use, and many more. But before diving into the details of Burp, we would like to tell you about penetration testing, for which the Burp Suite tool is used.  What Is Penetration Testing?  Penetration testing is a security protection exercise where a cyber-security professional attempts to find and eliminate computer system vulnerabilities. This function aims to search for any weak points in a system’s defences, that any hacker could take the benefit of. One of the penetration testing tools is Burp Suite, consisting of multiple tools that are used for web application security testing. However, it is best to have a pen test or penetration testing by someone with little or no knowledge of how the system is safe. The reason behind this is that they can find the weak spots that were missed by the developers who built it.  Some Types Of Penetration Testing:  White box Pen Test: White box penetration testing, also known as oblique or crystal box. It involves sharing full system and network information with the tester. Also, it includes network credentials and maps. Black Box Pen Test: The black box pen test does not provide information to the tester at all. The penetration testing follows the method of an unprivileged attacker starting from initial execution and access through to exploitation. Grey Box Pen Test: The grey box pen test is also called a translucent box test, and only restricted information is being shared with the tester. This testing is helpful to understand the level of access a user could achieve and the possible damage they could cause. What Is a Burp Suite?  In 2003, Burp Suite was started by Dafydd Stuttard and was developed by PortSwigger. Dafydd wrote the very first version of Burp. Big Bounty Hunter’s favourite, BurpSuite, is a compilation of web app testing tools that are specially designed for penetration testing.  Burp is a web vulnerability tool basically comprising multiple tools to find a computer system’s weakness. Testers use this tool, and after finding the vulnerabilities, they start to fix them to keep the system secure. It has multiple pros, but one of the main notable advantages of using Burp is that it can intercept HTTP requests.  Burp Suite Edition: Two versions are available in the BurpSuite, including the paid and free versions. We will discuss both the versions briefly:  Burp Suite Community Edition (Free Version): The free edition of BurpSuite contains all the required features to carry out the web application’s manual security testing. Some of the critical features include the ability to modify and inspect traffic between the browser and the target application.  It does this by crawling application content, and functionality, and intercepting proxy using the application-aware Spider. On the other hand, it resends and manipulates individual requests using the repeater tool. Also, it benefits from multiple other convenient utilities for decoding and analyzing application data. It Includes: Burp intruder (demo) HTTPS/WebSockets history and proxy Tools such as Comparer, Decoder, Repeater, and Sequencer Burp Suite Professional Edition (Paid Version) This paid version of Burp Suite offers multiple powerful features to make your work more effective and faster. It also lets you find more vulnerabilities in a relatively shorter time. The major difference between the two versions is that the professional version provides automated web scanning abilities unavailable in the free version. The state-of-the-art web app Scanner is an effective tool that automatically can examine for security faults and generate thorough reports of vulnerabilities found. This feature can also save users effort and time when testing large web applications. It Includes:  Web vulnerability scanner  Search function Manual and auto OAST testing  Pro-exclusive BApp extension Discover and crawl content for test automatically  Orchestra custom attacks  Project files that save your work Top 10 Burp Suite Tools: Here are the top 10 Burp Suite tools: Proxy: This tool is helpful in modifying and intercepting web traffic between the target web application and the web traffic. Scanner: Identifies vulnerabilities of web applications, such as cross-site scripting and SQL injection.  Spider: This tool can crawl a website automatically and discover links on the site. Sequencer: Analyzes the predictability and randomness of tokens, such as session IDs. Repeater: This permits you to alter and resend individual requests as needed manually Comparer: Allows you to compare the contents of two various responses or requests. Intruder: A type of manual testing allowing you to perform customized attacks like brute login attacks.  Decoder: Allows you to intelligently or manually encode or decode the application’s data. Target: This tool lets you manage and define the scope of the testing like the particular parameters to test. Extender: Let’s add custom functionality to the burp suite tool, like new scanning checks.  How To Use Burp Suite? Before knowing how to use and about the burp suite download, it is important to know why it is used in cybersecurity. BurpSuite is the complete framework that is used to carry out various activities, including: Analysis of web applications Web Crawling  Vulnerability detection  Web application testing for both automatically and manually How To Download Burp Suite?  Follow the below-mentioned steps to download the Burp Suite for Windows effectively: Enter the URL in any browser to open the website of PortSwigger.  On the website, click on ‘Products.’ Click on the Burp Suite Community edition. Now, enter your email ID and click download. After the download

IT services for small businesses have emerged as an important solution to future-proof and bring growth for startups. Recent studies and data analysis have suggested the use of “technical assets” in today’s business enterprises. Gartner forecasts that worldwide IT spending can grow by about 8% in 2024. This creates a spotlight position for firms that offer IT Services For Small Businesses. Benefits Of IT Services For Small Businesses With new innovations and advanced aid tools, businesses can now benefit like never before. Here are some benefits of IT services for small businesses:- 1. Cost Saving As an entrepreneur, you might have an idea of an estimated cost of marketing tools and services. If you decide to bring in-house resources for IT solutions, of course, it is going to cost you much more than outsourcing these businesses. In an environment where competition is high and resources are limited, IT services for small businesses stand paramount. It is cost-saving and allows you to invest in other areas. 2. Improved Production Of course, we know production is crucial for any business to survive long-term in the market. Think of it like a cycle: more product demand leads to more production and greater revenue. This ultimately results in business expansion and growth. On the other hand, a lack of IT services for small businesses can decrease production due to less demand. 3. Security You might not believe it, but small business IT Services can improve business security. Companies that provide these services use strong safety measures and safeguard all solutions with advanced tools and security controls. Collaboration with them can be helpful for you to maintain integrity and safeguard your confidential data. 4. Higher ROI Many businesses fail because they fail to generate Returns on investment. ROI plays a crucial role in maintaining seamlessness and allowing expansion for any type of business. And we know that businesses are not one-time investments. It requires repeated financial aid to boost growth and revenue.  Top IT Services For Small Business If you have newly set up your business, you may look to outsource IT services. Small business IT support services can help you in more ways than you can imagine. Of course, you perhaps hesitate to lend your business wings to others, but trust it: IT services for small businesses can help you scale quickly. Given that, here are some top services that you can consider for your business:- 1. Mobile App Development This may be the most significant outsourcing service in the business industry. Many companies invest in mobile app development, which can be a game-changer for small businesses. It benefits companies in the following ways:- Gives access to more resources, such as professional and skilled team members Helps businesses with high-quality output without restrictions Saves time and allows focus on other business areas Eliminates cumbersome process of in-house team management Quicker time to market 2. Business Website Development After mobile app development, business websites remain one of the top IT services for small businesses. It can significantly benefit small businesses and help you establish an enhanced reputation among customers. A professional IT Solutions company can help you in the following ways:- Deliver a visually attractive, user-friendly, SEO-optimized, and responsive website Saves funds and resources by eliminating the in-house web development team Allows you more time to concentrate on its core businesses 3. Blockchain Services Outsourcing Blockchain solutions may be one of the top IT services for small businesses. Your business can benefit in the following ways by collaborating with a Blockchain service provider:- Leverage expertise in blockchain technology  Ensure effective and secure solutions Save on funds by eliminating in-house teams. Increase focus on core business functions  4.  Software Solution Development Software solution development outsourcing gives an array of benefits. Undoubtedly, it is one of the top IT services for small businesses. It helps firms in the following ways:- Collaboration with professional team members Cost savings on an in-house team and development tools Access to advanced tools and enhanced outputs 5. Cloud Services While you may get some assistance on cloud solutions from the service provider, businesses collaborating with B2B firms for security and technical assistance may be helpful. Outsourcing this service can result in:- Expert professionals in managing and optimizing cloud solutions Avoids additional cost on in-house cloud optimization Ensure data security and compliance  6. Cybersecurity Services Enhanced Cyber Security is important to maintain safeguards online. Phishing activities, hacking, malware, thefts, and more have become familiar with evolving technology. Outsourcing cybersecurity services helps businesses:- Advanced professionals with expert Cybersecurity knowledge Saves time and money on an in-house cybersecurity team Assured security with cybersecurity experts 7. Data Analysis Outsourcing data analysis services is paramount for the best strategies and data-driven decision-making. Here is how businesses can benefit:- Leverage expert data analysts for accurate and insightful data analysis Save funds on maintaining a full-time data analysis team Spend more time focusing on core business tasks while experts handle data analysis How To Hire The Best IT Services For Small Businesses? Now that you have made an analysis, marked your budget, and shortlisted a few companies. Here is how you can find the “one” reliable partner. Follow the steps given below to avoid making any mistakes. Analyze what services they offer Book A Consultation and understand their strategy Check their previous clients and Industry Experience Look at the responsiveness Check the required certifications Conclusion This era requires digital advancement for growth and scalability. Small businesses and startups may face failure because of a lack of investment and wrong strategies, leading to rigid complications. In such scenarios, IT services for small businesses stand as the ultimate solution. Outsourcing these services can help gain higher ROI, enhanced security, improved production, and cost savings. Frequently Asked Questions How to find IT services for small businesses If you are looking for IT services for small businesses, you may take references from your companions or search on Google to locate the nearest firms. However, Orage Technologies provides great IT Solutions at affordable

Do you know “Cloud Solutions” are more than just a buzzword? It is a game-changer that affects company functions. This blog will discuss an overview of cloud solutions, their importance, cloud solutions examples, and more. Overview of Cloud Solutions Just imagine! You have access to a virtual space where you can freely store, process, and manage data without being limited to physical servers. That is the essence of cloud solutions. In other words, the cloud is a server network that delivers computing services over the Internet, providing on-demand resources and scalability.  Importance of Cloud Solutions in Modern Business Have you ever wondered why businesses should care about the cloud? Well, the answer depends on its efficiency, flexibility, and innovation. With the help of cloud solutions, companies can adopt a more positive attitude to technology, simplify operations, and scale resources as needed. In today’s business field, the cloud is not just an option but it is a crucial strategic requirement.  Cloud Solution Examples After understanding the importance of cloud solutions in modern business, let’s explore the cloud solutions examples:  Amazon Web Services (AWS)  Amazon Web Services, or AWS, is one of the top cloud services. It is a cloud computing platform that provides instant computing services such as virtual servers and storage that can be used to create and operate applications and websites. Amazon Web Services are famous for its security, reliability, and flexibility. It is a popular choice for organizations that keep and process sensitive data.   Microsoft Azure  Microsoft Azure is the most popular cloud computing platform that allows you to access and manage cloud services and resources provided by Microsoft. It offers a wide range of services for computing, data analytics, data storage, and networking. Microsoft Azure delivers PaaS (Platform as a Service), SaaS (Software as a Service), and IaaS (Infrastructure as a Service).  Moreover, Microsoft Azure is Microsoft’s public cloud computing platform that provides a wide range of services for computing, data storage, data analytics, and networking. It is the platform that supports various tools, frameworks and programming languages. Its benefits can also replace or supplement your existing on-site servers.   Google Cloud Platform (GCP)  GCP, or Google Cloud Platform, is one of the most famous examples of cloud solutions. This platform is available in over 200 countries, 20 regions, and 61 zones. It provides IaaS (Infrastructure as a Service) and PaaS (Platform as a Service). GCP also offers services like data storage, computing, networking, developer applications, and tools that operate on Google hardware. Some of its benefits include App Engine, Computer Engine, Cloud Storage, Container Engines, and BigQuery. These services allow software developers and cloud administrators to go over a dedicated network connection or the internet  Adobe Creative Cloud  Adobe Creative Cloud is the best example of a cloud solution. It provides the best experience of app services that create photography and web. The Adobe Creative Cloud services also offer tutorials and templates that beginners can easily access to use the cloud. It also provides many facilities to beginners and professionals for easy access to the cloud. Additionally, it comprises numerous programs and services that give users access to a library of graphic design, web development, video editing, and photography software. Customers can use both computer and mobile applications. With this platform, you can work from any device anytime because the files are stored in the cloud and accessible anywhere.  Moreover, the Adobe Creative Cloud was initially hosted on Amazon Web Services. However, due to a recent agreement with Microsoft, it is currently hosted by Microsoft Azure.  Oracle  Oracle Cloud is the platform that offers servers, networks, storage, applications, and other services. It also provides Platform as a Service (PaaS), IaaS, SaaS, and Data as a Service (DaaS). These services can help you to create, deploy, run, and extend applications. Oracle Cloud supports many programming languages, tools, databases, and frameworks. Dropbox  Dropbox encourages teamwork by allowing people to share huge files. Do you have an extensive Photoshop, Sketch, or PowerPoint project that needs the help of your team but is too big to send by an email? Upload it to Dropbox. It now supports integrating collaborative tools such as DocuSign and Vimeo, allowing users to upload contracts, movies, and other assets for team collaboration.  IBM Cloud  IBM Cloud is a cloud computing service suite that includes PaaS and IaaS. This platform is an ideal for small organizations, teams, and large enterprise businesses. In this cloud computing example, users can utilize additional IBM tools and services like IBM Cloud Functions and IBM Watson, as well as third-party solutions. Developers also take advantage of the IBM Cloud platform. They can use this platform to create, manage, operate, and deploy public clouds on local and on-site systems. It supports plenty of programming languages like Java, Python, and PHP.    AWS Lambda  AWS Lambda is a cloud-based computing solution that Amazon Web Services (AWS) provides. It allows developers to run code without needing to manage servers. AWS Lambda operates on an event-based model, automatically scaling and executing code in response to events like changes in data, HTTP requests, or database updates. Developers upload their functions written in languages such as Python, Node.js, or Java, and AWS Lambda provides and manages the necessary infrastructure. This allows for highly efficient and cost-effective computing, as users only pay for the actual compute time their code consumes. AWS Lambda is widely used for various tasks, from building microservices to handling real-time data processing, providing a flexible and scalable solution for modern application development.  Citrix Citrix is a leading computing solution that empowers organizations to enhance productivity and streamline access to applications and data. Known for its virtualization and networking technologies, Citrix offers a range of products designed to facilitate secure remote access, collaboration, and efficient resource utilization. One prominent example is Citrix Virtual Apps and Desktops, which enables users to access their desktops and applications from anywhere, fostering flexibility and mobility within a workforce. This solution leverages virtualization to centralize management, providing a seamless and consistent

Discover the top three game-changing Best IT Solutions for Business Growth poised to drive remarkable business growth in 2024. Seamlessly adapt to the evolving digital landscape with these cutting-edge technologies, enabling enhanced efficiency, innovation, and customer engagement. Stay ahead of the competition and position your business for unprecedented success with our expertly curated IT services. In the modern business ecosystem, the convergence of technology, data, and innovation, enterprises are presented with limitless opportunities to optimize processes, enhance security, and harness data insights to drive decision-making.  Among the sea of solutions available, three stand out as catalysts for business advancement: Advanced Cloud Computing, Cyber Security, and Data Analytics. Best IT Solutions For Business Growth 1. Advanced Cloud Computing Cloud computing has transcended the realm of a mere technology trend to become an integral part of businesses. Best IT solution for business growth It offers a scalable and flexible infrastructure that empowers businesses to adapt swiftly to changing demands. By shifting from traditional on-premises systems to cloud-based solutions, companies are now able to streamline operations, reduce cost, and facilitate remote collaborations. This transformation paves the way for enhanced efficiency and resource optimization, propelling business growth in the digital era. 2. Robust Cyber Security Solutions As businesses increasingly rely on digital platforms, and the surge in cyber threats underscores the need for comprehensive protection against breaches, data theft, and malicious attacks. IT Solution Services Implementing robust Cyber Security measures not only preserves sensitive information and maintains customer trust but also safeguards the very foundation of business aspirations. In an era of unpredictable risks, safeguarding your digital infrastructure becomes a prerequisite for unlocking growth potential. 3. Next-Generation Data Analytics In an age where data is varied, life Changing Business Growth stored in various systems and increasing with velocity, the ability to extract meaningful insights is difficult. Data-Driven Decision-Making transforms raw information into actionable intelligence, providing a strategic advantage for business leaders. By leveraging analytics and data interpretation, companies can make informed choices, identify trends, and pivot their strategies accordingly. This approach drives innovation, enhances operational efficiency, and propels business growth through well-informed decisions. Conclusion: In the ever-evolving landscape of business, the integration of IT solutions is not merely an option; it’s a necessity. Orage Technologies offers a comprehensive suite of solutions that align with business’ growth aspirations. Advanced Cloud Computing, Cyber Security, and Data Analytics are not isolated concepts; they form a triad for successful business expansion in the digital age. Also read our blog: What Are Best Cloud Solutions Examples?