Mobile Edge Computing (MEC) is a transformative force with the vision to bring cloud computing capabilities to telecommunications. This will not just improve the responsiveness and efficiency of mobile networks but will also open up new possibilities for innovation. What is Mobile Edge Computing (MEC)? Mobile Edge Computing (MEC) is also known as Multi-Access Edge Computing. It integrates cloud computing capabilities with the network edge. Cloud computing refers to a location where data from different sources are stored. However, these data centers are far from the end user which leads to delays and network congestion.  Now with the introduction of Mobile Edge Computing, the data is distributed to base stations, central offices, and various network aggregation points. This reduces the distance of data and lessens the latency or travel time. MEC basically brings data closer to the location where it is generated. This has become a revolutionary technology in a world where the number of connected devices grows exponentially. MEC Market Trends and Forecasts Mobile Edge Computing has been a market in growth for a while. The global market for industrial wireless controls was valued at about USD 811.7 million in 2023 and is forecasted to reach USD 5,528.9 million by 2032, growing at a CAGR of 23.05%.  Other research firms such as Mordor Intelligence and Research and Markets also expect the MEC market to expand at a fast pace, with other estimates putting the market at $0.6billion in 2024 and $2.44 billion in 2029, with a Compound Annual Growth Rate (CAGR) of 32.58%. The key application driver behind this growth is based on Mobile edge computing 5G technology that supports low latency and high bandwidth. How Mobile Edge Computing Works Mobile Edge Computing functions in a very complicated way. To understand it better and have a basic overview of how MEC operates: 1. Near Real-Time Processing MEC optimally processes the big volumes of data produced by IoT appliances, mobile apps, and sensors in an optimal manner in real time. Through decentralization and relative independence of computing power, data processing is done locally and does not require a long journey to data centers. This near real-time processing is important for applications like self-driving cars, manufacturing Industry 4.0 concepts, and augmented reality where delays may cause massive issues. 2. Reduced Latency, Improved Performance The primary value of MEC is latency mitigation. Data is processed as close as possible to where the data has been stored to reduce the time it takes for the data to be transported to a distant data center and then back. This leads to reduced latency periods and hence, lower response time, enhanced user satisfaction, and optimized network consequently. 3. Mobile Networks MEC is thus strongly linked to mobile network elements, especially with 5G mobile networks. This enables the mobile network operators to move some of the data processing to the edge to ease traffic congestion. MEC can also be flexible for many applications such as real-time video, location-based services, high-speed gaming, etc. 4. Support IoT and Mobile Applications There are a large number of applications of IoT devices and mobile apps and, therefore, data processing needs to be fast and efficient. MEC backs this up by providing the ability to process and analyze data near the edge. This is particularly helpful for IoT devices since such devices frequently provide large volumes of information. 5. Improve General Connectivity MEC improves network capabilities and also offloads the conventional cloud data center load. This means that operators can cut down on load on the central network and also improve performance. However, MEC is well integrated with 5G network architecture. Where it provides less latency and better reliability for supporting new applications in smart cities and industry automation. Key Components of Mobile Edge Computing MEC comprises several key components that work together to deliver its benefits: 1. Edge Servers MEC relies on edge servers and thus it is a key component in the entire architecture. They supply computing power and storage at the end-user side or anywhere on the network. These servers provide fast data input result processing, which in turn makes the analytics real-time. They also support machine intelligence and are capable of processing even the most intricate questions with almost Zero latency. 2. Network Architecture Moreover, it works in harmony with the current mobile network infrastructure. At these base stations, the relevant nodes are converted into edges at which applications and services can be located. This network integration also enables applications to be run as close as possible. 3. SDN and NFV Its flexibility and scalability rely on Software-Defined Networking (SDN) as well as Network Functions Virtualization (NFV). SDN allows the dynamic control of traffic flows. On the other hand, NFV makes it possible for those functions to be implemented in software. Thus, minimizing dependencies on hardware and the ability to deploy new services quickly at the network edges. 4. Radio Access Network (RAN) Integration. In order to distribute computation resources more closely to the users, MEC leverages the Radio Access Network (RAN). When combined with RAN, the operator can design smart networks that can host applications and services on the MEC. It aligns data work as near to the end user as possible to realize the end user computing experience objectives along with improving overall performance and effectiveness. Advantages of Mobile Edge Computing MEC offers several key advantages that make it a powerful technology for the future of mobile networks: 1. Reduced Latency MEC just minimizes latency because data is processed nearer to the source. This is relevant for all solutions that need fast analysis of the processed data like auto-pilot automobiles, smart industrial Internet of Things, and augmented reality. 2. Improved Efficiency MEC also relieves central processing data centers’ load by relocating data processing to the edge networks while also efficiently integrating network bandwidth. This is logical since decision-making that is more centralized produces performance improvements and optimizes resource utilization. 3. Support for 5G and IoT MEC successfully fulfills the essential parameters of 5G networks

Every day the number of cyber threats and breaches has been growing. As the attacks increase, professionals have been working to develop more innovative ways to safeguard the digital presence. As the cloud ecosystem was developed to centralize data storage and accessibility, to secure it, a new technology named Cloud Network Security came into existence.  What is Cloud Network Security? Cloud Network security as the name suggests, is a part of network security that protects the cloud networks from cyberattacks, threats, and breaches. It safeguards data, applications, virtual machines, and infrastructure available on public and private cloud networks from threats such as data loss, breaches, and unauthorized access.  How Does Cloud Network Security Work? Cloud Network Security works in a very intricate manner, using multiple defence layers between network infrastructure and devices. It does so by inspecting packets and routing traffic based on pre-defined security rules. After analyzing the security layers, the controls are applied to secure the cloud assets.  The point to be noted is that these packets work without affecting the speed of the application, as the cloud firewalls and gateways operate in near real-time. This gives network access to only authorized users while unauthorized access is blocked.  The best part about cloud network security is that it uses APIs and software integration ensuring operational simplicity and seamless deployment. From managing network segmentation, monitoring, and threat prevention to maintaining high-level security in dynamic traffic, it meets all the enterprise needs.  Cloud gateways and firewalls function like on-premises devices but run on virtual machines in the cloud. Premium services auto-scale with tools like gateway load balancers and virtual WANs, ensuring cost-effective resource delivery.  Key Capabilities of Cloud Network Security Cloud Network Security is built on robust security measures and makes multiple things possible. Some of the key capabilities are:  1. AI-Powered Threat Prevention Cloud Network Security is based on artificial intelligence and machine learning powers. Now this hi-tech AI-powered threat detection identifies zero-day attacks, phishing attacks, and DNS threats. Moreover, the advanced AI engines identify network traffic threats and block suspected malicious attacks.  2. Unified Management What is moved to the cloud is exposed to bigger potential attackers. Centralized management of the on-premises and cloud networks is done on a single panel. This makes work easier and makes the security organization more efficient. 3. SSL/TLS Traffic Inspection Malware can easily lurk and operate over encrypted network traffic. The solutions successfully provide fast SSL/TLS traffic inspection with low latency which allows us to identify and mitigate threat connections. 4. Network Segmentation Subnetting breaks the networks into segments to contain damages that a hacker can cause in the event of an attack. It denies the attacker the chance to navigate through the network consolidating his position. 5. Automation A dynamically scalable cloud environment needs automation to address security concerns. Automation results in deployment therefore increasing results to deployment, therefore, increasing scalability and ability to respond to emergent threats. It supports scaling that ability to respond to emergent threats. It supports scaling that is cloud-native and CI/CD. 6. Access Control This technique allows entry only with the authorized devices in the network hence acting as a barrier. These policies are thus implemented and enforced by the barrier of a firewall and gateway rules for prohibiting access by guests or untrusted devices. 7. Adaptive Policies Adaptive policies apply the employment of tags for the management of access rights. Security solutions monitor the differences in the network and adjust the rights of access and controls themselves. This eliminates human mistakes and improves efficiency by monitoring the differences in the network.  8. Third-Party Integrations Cloud security builds upon them to manage the configuration and monitoring process as well as the expense process. These integrate to enhance the operational effectiveness and safety features of the concerned nation-state. 9. Cloud VPNs Cloud VPNs ensure access to cloud resources without undergoing a harmonic shift. This allows employees, partners, and customers to access the cloud securely. 10. Content Sanitization While potentially damaging content is filtered out, content filtering decontaminates material by eliminating dangerous insertions and offering sanitized material. 11. Firewalls Firewalls are designed to control traffic, denying or permitting traffic through their network according to set protocols. They exist between trusted internal networks and untrusted external networks. For instance, the firewall may prevent unwanted traffic from certain geographical areas while allowing real traffic in. 12. Next-Generation Firewalls and Gateway Appliances These tools work in real-time and more specifically in signatures recognition, on payloads, in particular, to identify threats. They package offerings such as intrusion prevention, antivirus, and URL filtering into an integrated package. 13. Intrusion Prevention Systems (IPS) IPS detects and blocks threats before they reach core networks. They inspect traffic, provide virtual patching, and mitigate vulnerabilities at the network level. 14. DNS and URL Filtering DNS filtering stops domain-based attacks like hijacking and tunnelling. URL filtering blocks access to malicious websites and reduces cyber risks. 15. Antivirus and Sandboxing Antivirus tools block known threats while sandboxing isolates suspicious files for analysis. Together, they identify and mitigate risks from unknown or malicious files. Benefits of Cloud Network Security Cloud Network Security is better than traditional security as it offers advanced benefits such as: 1. Availability : Network security ensures reliable access to cloud data and applications, keeping business processes running smoothly. 2. Reduced Security Risk: Advanced security solutions reduce the risk of breaches and protect against an expanding attack surface. 3. Data Protection: Cloud security safeguards sensitive data, ensuring its confidentiality, integrity, and availability. 4. Compliance: Effective security practices help organizations meet regulatory requirements like GDPR, HIPAA, and PCI DSS. 5. Policy-Based Security: Granular security policies simplify management across hybrid and multi-cloud environments. 6. Cost Efficiency: Preventing breaches saves organizations significant costs. Automated solutions further reduce expenses. 7. Automated Monitoring: Automation eliminates misconfiguration errors and supports the rapid growth of cloud environments. 8. Default Data Encryption: Encrypting data at rest and in transit minimizes damage from breaches and enhances security. Challenges to Cloud Network Security While there is

In a world where content creator is getting more fame than celebrities, who don’t want to try their hand at creating videos. But not everyone has all the skills required for it. But not to worry the AI era has solutions for everything. If you need a video creator, you have multiple AI for that, or you don’t feel confident about your voice, no need to hire a voice-over artist, a free AI Voice generator is all that you need. This tool is capable of converting text into speech, with great accuracy, having options for various languages, tones, localized accents, and whatnot. You name it and these tools can do it. What is an AI Voice Generator? AI voice generator is an artificial intelligence-enabled tool that turns text descriptions into natural-sounding speech. If you think you don’t need one, then you should rethink it because it has various purposes from video narration, audiobooks, and podcasts to advertisements. Moreover, some of the advanced features include voice cloning, emotion integration, and multilingual support. But the struggle begins when you have to filter the best and most useful tool among thousands. We have tried and tested various tools and with first-hand experience, we are sharing the best free AI voice generators that you must try. Top 5 Must Try AI Voice Generators Here we are sharing the in-depth review of each AI Voice Generator, which may help you understand which one you should use for your use. 1. Murf Murf is one of the most popular text-to-voice AI for creators and businesses. It became so popular in 2022 that it raised $10 Million in a series and even got featured in Forbes. This fame can’t be attributed to just one thing but it is because of its ultimate features such as high-quality voices featuring various types of accents and emotions.  The way this AI voice generator fine-tunes the text description with accuracy is very evident in the voice it produces. The best part about this tool is that it allows you to create up to 10-minute-long videos per month and this is quite a great start for free. Features: Some of the most celebrated things about this tool are: Pricing: Pros: Cons: 2. Play.ht Play.ht is a known text-to-voice AI tool for an impressively large library of AI voices and languages. To your surprise, it has more than 800 AI voices across 142 languages. This grand library equips creators across the globe with the ability to create multilingual content.  With over 830 voices, it simplifies text-to-voice conversations along with controls. Moreover, it can turn blog posts into audio. It is best if you want quick voiceovers with certain language. Features: Pricing: Pros: Cons: 3. Lovo Lovo is another celebrated AI character voice generator featuring hyper-realistic voices and videos. What’s more interesting about this tool is that it features AI avatars with realistic speech AI. This adds a personal touch to your presentations and other kinds of explanatory videos. It is ideal for short and simple projects that require limited voice variety.  One of the best things about these tools is that offer emotionally expressive voices available in a range of languages. It can help creators in making short movies or videos and also enable marketing experts by equipping them with high-quality, creative ads. Features: Pricing: Pros: Cons: 4. Listnr Listnr is a user-friendly AI voice generator with a focus on accessibility. It allows users to convert text to speech in multiple formats, including MP3 and WAV, making it ideal for creating audio guides, podcasts, or audiobooks. The free plan on Listnr offers basic voice options and limited exports per month. It’s a good option for short projects with a focus on clarity and ease of use. Listnr provides a range of features suitable for global markets and audiences. Features: Pricing: Pros: Cons: 5. Resemble.ai Resemble.ai is a robust deepfake voice generator free tool with advanced features for professional use. It stands out with language dubbing and GPT integration. It’s ideal for professionals looking for versatile voice options and advanced features. This powerful AI voice generator allows for advanced customization, controlling the speaking style, pace, and pitch of your AI voice. The free plan on Resemble.ai has limitations on voice options and generation length. However, if you need a highly customized voice for a specific project, the free plan might be worth exploring. Features: Pricing: Pros: Cons: Final Thoughts If you are looking for the best free AI voice generator, you must try Murf, Play.ht, and Lovo offers great options with free trials. For those needing multilingual support, Play.ht and Listnr are excellent choices. Resemble.ai is best for advanced projects, while Lovo shines in creating emotional and realistic voices. From text-to-voice AI for videos, and ads, to podcasts, these tools deliver fantastic results. Also Read: Quantum Artificial Intelligence, The Future of AI

The best cyber security companies have emerged as necessities in the present world. As businesses both big and small rely on the best cybersecurity firms to secure data, defend against operations, and shield against cyber threats. This blog looks into some of the top cybersecurity companies and what makes them stand out. Top Cyber Security Companies Cyber security companies are companies that have the roles of developing both products and services, concepts, and mechanisms for safeguarding cyberspace property. They offer services such as encryption services, threat detection services, network security services, and cloud security services. As cases of cybercrime increase, companies assist business organizations in outsmarting cybercriminals and other agents of unsavoury activities. Here is the list of best security providers: 1. Microsoft: Best for Windows Security Headquarters: Redmond, Washington Founded: 1975 Annual Revenue: $227.6 billion Microsoft is a familiar technology company for most, but nobody can deny that it is not one of the leading cybersecurity companies as well. Some of its solutions are identity and access management (IAM), endpoint protection, as well as, cloud security. Microsoft is well appreciated by businesses since it integrates well with Windows systems. Their tools have impressive performance according to most industry benchmarks and this makes them a preferred choice of security companies for enterprises. 2. CrowdStrike: Best for Endpoint Security Headquarters: Sunnyvale, California Founded: 2011 Annual Revenue: $3.4 billion CrowdStrike is famous for endpoint security. Their services include managed detection and response also known as MDR, and cloud security posture management also known as CSPM. Admired for original thinking, CrowdStrike is right for companies that want to protect equipment such as laptops and sites. Their forecasts place them at the top of the industry for years to come. 3. Zscaler: Best for Cloud Security Headquarters: San Jose, California Founded: 2007 Annual Revenue: $1.9 billion As an organization, Zscaler is dedicated exclusively to cloud security. Its zero-trust security model replaces conventional network configurations with distributed secure architectures. Their secure web gateways and deception tools shield the cloud from dangerous threats – Year 1. In helping organizations already on the cloud, Zscaler ranks supreme in the field. 4. IBM: Best for Advanced Encryption Headquarters: Armonk, New York Founded: 1911 Annual Revenue: $61.9 billion It’s worth mentioning that the company at the heart of this program is IBM, which is considered a pioneer in encryption and sophisticated threat protection. Their UEM plus managed security services make sure that the business organizations are protected from new emerging cyber threats. Popular for its research, IBM gives innovative solutions for both large-scale and small-scale business companies. 5. Cisco: Best for Network Security Headquarters: San Jose, California Founded: 1984 Annual Revenue: $57.2 billion Cisco is strong in how it combines network security into an overall approach. They’ve expanded their solutions list with the acquisition of Splunk and Isovalent. This is why their network detection and zero-trust solutions are favorites among enterprises. Cisco integrates the solution with your current infrastructure so that deployment is easy. 6. Fortinet: Ideal for protecting your organization’s network perimeter. Headquarters: Sunnyvale, California Founded: 2000 Annual Revenue: $5.3 billion Two of Fortinet’s major products are robust firewalls and Web application protection. Small businesses as well as large enterprises simply love their unified threat management (UTM) systems. Specifically, customers value the product for its user-friendliness and number-one customer service. 7. Trellix: Most suitable for Both XDR & Cloud Requirements Headquarters: San Jose, California Founded: 2022 Annual Revenue: Privately held Currently a rather young player on the market, Trellix was created through the fusion of McAfee and FireEye. They mainly target fighting advanced network threats and have solutions such as intrusion detection and prevention systems (IDPS). 8. Orage Technologies: Most suitable for the overall protection of the computer. Headquarters: New Delhi Founded: 2022 Annual Revenue: $1 million Orage Technologies has solutions in all aspects of the cybersecurity sphere. While this company is relatively young, its solutions target businesses in search of progressive and more cost-effective security. Only a focus on encryption and threats makes them a serious contender. 9. Cloudflare: Best for Application Security Headquarters: San Francisco, California Employees: 3,300+ Cloudflare safeguards sites and applications with its highly developed CDN services. Daily it shields businesses from more than 200 billion threats. Their concept is called the Athenian Project and it offers government agencies free security services for data during elections. 10. Darktrace: Best for AI-Powered Security Founded: 2013 Employees: 2,200+ Darktrace uses artificial intelligence to constantly monitor for threats, and respond in real time. It is named ActiveAI and is uniquely designed to know a company’s data and prevent attacks without interrupting its processes. Currently, they have more than 9,000 customers making them a power in AI security. Why Cyber Security Consultants are Important to Business Organizations around the world are falling prey to cyber threats which are becoming complex day by day. This means that the engagement of the cyber security consultant helps business organizations to be prepared for all risks. Consultants have recommendations and recommendations, and they advise their clients, including weaknesses, and then they offer reinforcements for safety. In terms of compliance management or endpoint protection, a consultant provides a valuable resource that a company may not possess internally. The thing is that working with the best cybersecurity companies can significantly impact the result. How to select the right cyber security companies Here are some factors to consider: The Future of Cybersecurity Cybersecurity companies must constantly adapt to stay ahead of hackers. Emerging technologies like artificial intelligence, machine learning, and zero-trust architecture are shaping the future. Companies like Zscaler and Darktrace are already leading the way. Final Thoughts Cybersecurity companies play a crucial role in protecting businesses from online threats. From Microsoft’s Windows security to Zscaler’s cloud protection, these organizations offer essential services. Choosing the right cyber security consultant or company ensures your business stays safe in today’s digital landscape. Frequently Asked Questions (FAQs) Ques. What do cyber security companies do? Ans. They protect businesses from cyber threats like hacking, phishing, and malware by

Network Security key is popularly known as WiFi Network. Today, we are living in a highly connected world where WiFi has become the whole and soul of every digital activity- From streaming movies to just scrolling through your favourite social media app. And for accessing a WiFi Network what you need is a WiFi password. What is a Network Security Key? Network Security keys are the safeguards that protect a wifi network from any unauthorized access. But you must be wondering why it is so important. The answer is simple we use the WiFi network for multiple tasks such as browsing transactions, any unauthorized access to it can expose sensitive data. It can offer an open door to cyber attacks, breaches, and threats. Some of the importance of a strong network security key is listed below: Types of Network Security Keys Network security protocol can be categorized into three categories- namely, WEP, WPA, and WPA2. Most of the Networks use any one of these protocols. Each one of them is differentiated based on the encryption standards each protocol uses. Let’s look at each of them in detail: 1. WEB Wired Equivalent Privacy (WEP) is one of the most outdated protocols. However, it is still used in older devices. But its worth noting that it is not recommended because of its static encryption code used to create its network security key. This protocol is weak and it can be decrypted and hacked. 2. WPA WiFi Protected Access (WPA) came as an improvement over the WEP protocol. It came with a dynamic encryption key that is used by Temporal Key Integrity Protocol (TKIP). However, after some time it was detected with vulnerabilities to various types of cryptographic attacks. 3. WPA2  One of the most secure Network Security Key protocols is WiFi Protected Access 2 (WPA2). It is considered the best because it leverages the AES encryption protocol available. However, we can not still say that it is totally risk-free as cyber threats are evolving and getting smarter each day with technological advancement. Therefore well-planned business security requires a Virtual Protocol Network (VPN), Antivirus Software, and Firewalls to offer robust security. How to Find Your Network Security Key? Finding the WiFi Password is very easy but the process and steps differ for different devices and operating systems. Let’s look at the steps for each device or operating system. 1. Router/Modem If you want to know the network security key of a modem or a router, you just need to check on the other side of the router. It can appear with various names such as passwords, network keys, wireless passwords, or WPA keys. This key can be used for the initial setup, however, it should be changed with a personalized, unique, and more secure password. In the case when you reset the router, the same WiFi Password will be needed for the setup. 2. Windows Device When it comes to network security keys on various Windows devices such as Windows 10, 11 or Windows Server can be found in the saved login data. Use the device that is already connected to the wifi network and follow the given steps: 3. macOS Finding the network security on MacOS is as simple as the process on Windows. You just need the name of the WiFi Network for which you need the WiFi Password. When you get the name, follow the steps given below: 4. Android The real task is finding the WiFi Password on Android. But don’t worry here is how you can get it on Samsung Galaxy S21: 5. iPhone Now navigate to iPhone Settings then scroll down to tap Wi-Fi. Beside your Wi-Fi network name, tap on the blue information icon located on the right side of the SSID on your iPhone: The Bottom Lines: Network Security Key plays an important role in securing your network specifically the WiFi network. It ensures that only authorized people get to access and use your Wifi and no one gets the data available on it. So make sure to use strong passwords and do not share them with everyone.  Frequently Question Asked:  Ques: Where do I find a network security key? Ans: The network security key is usually on your router’s label, in Wi-Fi settings, or saved in your connected device’s network settings. Ques: What is the network security key on my Samsung phone? Ans: The network security key on a Samsung phone is the Wi-Fi password. Find it in the connected Wi-Fi network settings under “QR Code” or “Password.” Ques: What is a security key on a laptop? Ans: The security key on a laptop is the Wi-Fi password saved in your network settings or a USB security key used for authentication. Ques: How to find Microsoft security key? Ans: Find it in your Microsoft account settings, email, or linked device. For 2FA, it’s often generated by an authenticator app or a USB security key. Ques: What is an example of a security key? Ans: Examples include Wi-Fi passwords, USB keys like YubiKey, or authentication codes generated by apps like Google Authenticator. Also Read: What is Cloud Web Security and Why is it Important?