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adultswim2021 · 8 months ago

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The Venture Bros. #49: "Pinstripes & Poltergeists" | December 14, 2009 - 12:00AM | S04E08

The mid-season finale! The season four split of Venture Bros has been covered somewhat, but basically the boys burnt themselves out behind the scenes and needed a break, so they asked Adult Swim if they could cut season four into two halves, while also upping the episode order from 13 episodes to 16 episodes. The network went for it, and it took them nearly a whole ‘nother year to deliver the back half. So, this ends up sorta being a mini-finale.

This is another one of those episodes that’s more effective if you’re devoted to the story of Venture Bros. Meaning: it’s a little light on laughs. There are jokes in here, and they’re all fine, but there probably won’t be a big long list of all the times I laughed at this one or anything like that. It’s goal is mostly to get Brock back into the fold and to set up story elements that are going to come into play for the second half of season four. There’s nothing wrong with that, but I prefer when the show makes me laugh. But I don’t not care about the story, either.

In this one: The Monarch gets swindled by Monstroso (mentioned in a previous episode and now here in front of our eyes) into signing a bad deal thinking that he’s merely going to help the Monarch defeat Dr. Venture. Turns out he’s signed away his rights to arch Dr. Venture to Monstroso.

Monstroso’s methods are lawyerly by nature, attempting to financially ruin Dr. Venture by making him use a certain amount of square footage of his compound towards some public good. When scoping out an abandoned factory on his property he discovers that Brock and SPHINX, the super-secret organization dedicated to stopping villainy that falls outside the purview of the OSI by being non-costumed and non-Guild-of-Calamitous-Intent-affiliated, have been using the space secretly. In other words: Brock has been with the Ventures this entire time. Aww.

Also of note: 21 is shown speaking to 24’s ghost. We’d seen him chatting with 24’s skull throughout this season. He also confronts Brock, a callback to the scene in Tag-Sale, You’re It (apparently repeating the same dialogue) where 21 tries to take Brock on with a non-working light-saber. Brock’s dismissive “boo.” to get 21 to run away is now met with a punch to Brock’s face. Brock doesn’t kill 21, but his newfound respect for giving him a decent fight leads him to team up with him to go beat up Monstroso. The episode ends with Brock casually eating a bowl of cereal in the Venture’s kitchen and Hank, in a delayed reaction, being stunned to find him there.

SPHINX were previously portrayed as bad guys, but it’s explained that when they were conquered, it was decided to just take all their Egypt-themed crap and use it to start what’s essentially a new group. This explanation seems squarely aimed at the fans of the show who just wish it were an unironic action cartoon. But it's alright! I like it fine, okay! I'm not pissed off at all! At this, I mean.

EPHEMERA CORNER

The Family Guy Chicken Star Wars Double Feature (December 20, 2009)

Sometimes I’ll make note of something to cover for Ephemera Corner; like some kind of specially scheduling thing Adult Swim does that in theory is worth mentioning. But then it comes time to talk about it and it’s like damn, I do not care about this at all. Consider how now in 2024, it seems like they run marathons of certain shows all the time, just because that’s a proven-to-work model for cable television nowadays. So, I might get choosier with these EPHEMERA CORNER programming things.

But for those of you who care: Take note, Star Wars heads! Your favorite Seths went head to head and did a Star War double feature rivaling the Ewok TV Movies. The sci-fi epic about one man turning to the darkside and deciding to deprive his children of committing incest with each other by moving them to different planets will knock your socks off, because that’s what this is: It’s just the movie Star Wars but with cartoon guys in it. I don’t even think they changed the words or anything. Have fun imagining how it must’ve played with 2009-era commercial breaks.

#adult swim #adultswim2021 #the venture bros.

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creepypastabookclub · 1 year ago

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[https://open.spotify.com/episode/7p883Qd9pJismqTjaVa8qH ]

Jonah and Wednesday are joined by their guest Kerry as they delve into The part of the deep web that we aren't supposed to see.

Hear from our hosts again after winter break!

If you have a small horror or web fiction project you want in the spotlight, email us! Send your name, pronouns and project to [email protected].

Music Credits: https://patriciataxxon.bandcamp.com/

The Story: https://www.reddit.com/r/nosleep/comments/78td1x/the_part_of_the_deep_web_that_we_arent_supposed/

Our Tumblr: https://creepypastabookclub.tumblr.com/

Our Twitter: https://twitter.com/CreepypastaBC

Featuring Hosts:

Jonah (he/they) (https://withswords.tumblr.com/)

Wednesday (they/them) (https://wormsday.tumblr.com/)

Guest host:

Kerry (they/them)

Works Cited: 7 layers of OSI; https://www.networkworld.com/article/3239677/the-osi-model-explained-and-how-to-easily-remember-its-7-layers.html

Closed Shell System; https://www.reddit.com/r/AskReddit/comments/21q99r/whats_a_closed_shell_system/

Deep-Sea Audio from the Marnina Trenches; https://www.youtube.com/watch?v=pabfhDQ0fgY Deep Web Iceberg; https://www.reddit.com/r/explainlikeimfive/comments/1pzmv3/eli5_how_much_of_the_iceberg_deep_web_diagram_is/ Fury of the Demon; https://www.imdb.com/title/tt4161438/

I work on the fifteenth floor, and something just knocked on my window.; https://www.reddit.com/r/nosleep/comments/77h76n/i_work_on_the_fifteenth_floor_and_something_just/ Kitten that leaked the no-flight list; https://maia.crimew.gay/

Project PARAGON; https://scp-wiki.wikidot.com/project-paragon-hub

Tsar Bomba; https://en.wikipedia.org/wiki/Tsar_Bomba

Unknown Armies; http://www.modernfables.net/alan/unknown_armies/Unknown_Armies_2nd_Edition%20-%20Copy.pdf What is a cult and why do people join them?; https://www.teenvogue.com/story/what-is-cult

Questions? Comments? Email us at: [email protected]

#creepypasta book club #deep web #creepypasta #podcast #the part of the deep web you aren't suppose to see

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shamimahammedz · 2 years ago

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What Can I Do With A Cisco CCNA Certification?

Cisco Certified Network Associates (CCNA) are one of the world's most sought-after network professionals. Having a CCNA certification opens up a wide variety of job opportunities and can lead to higher salaries.

A Cisco CCNA certification is valuable in terms of the potential salary and employment opportunities that result from this certification. MyComputerCareer also offers his CCNA training as part of the Cybersecurity Specialist Curriculum. For more information, please contact us immediately.

This article explains what a CCNA certification is, what it includes, and the skills it teaches. We will also discuss the different positions you can get with a CCNA certificate and the salaries you can earn with this certificate.

What Is The CCNA Certification?

The Cisco Certified Network Associate (CCNA) certification is a well-known computer networking credential. CCNA certification helps entry-level network engineers, professional network engineers, support network engineers, and network administrators learn basic networking concepts.

Over one million CCNA certificates have been distributed to fully certified professionals since Cisco first introduced certificates in 1998. CCNA certifications cover a wide range of networking topics and help prepare learners for future advances in networking technology.

CCNA certification topics include:

OSI model: Physical Layer, Data Link Layer, Network Layer, Transport Layer, and Application Layer

IP routing: static and dynamic routing protocols

IP addressing: Fourth Generation IPv4 (IPv), Internet Control Message Protocol (ICMP), Address Resolution Protocol (ARP), and Cisco IOS

Network security: Firewalls, password security, virtual private networks (VPNs), and intrusion detection systems

VLANs and WLANs: Access Control Lists (ACLs), VLAN Trunking Protocol (VTP), and Cisco Wireless LAN Controller (WLC) IP Services

Routing protocols (OSPF, EIGRP, and RIP): Cisco IOS, Cisco Express Forwarding (CEF), and Cisco Dynamic Multiprotocol Label Switching (DMVPN) WAN

CCNA certification validates many of the skills a network engineer needs. You will also need various soft skills such as communication, problem solving, organization and customer service. CCNA certification also provides network professionals with the information and skills they need to effectively operate Cisco and Microsoft Office suite applications. This certification empowers aspiring and current network engineers to use industry-specific tools in their daily work.

However, please note that Cisco certifications are valid for three years. If the certification expires, the holder may retake her CCNA certification exam, obtain another Associate certification, pass the Core Technology exam, or for renewal she must complete 40 Continuing Education (CE) credit must be obtained.

What IT Jobs Can You Get With a CCNA Certification?

The Cisco Certified Network Associate (CCNA) certification validates a user's knowledge and skills in network administration. Salaries for this degree average about $80,000 per year. Many employees are looking for Cisco certified professionals because of their extensive experience with Cisco routers and switches. Cisco network equipment is used by most of the Fortune 500 companies.

Network administrator: Network administrators are responsible for the day-to-day operation of computer networks. Keep your network running smoothly and resolve any issues that may arise.

System Administrator: System administrators are responsible for the maintenance and operation of computer systems. It installs new software, patches existing software, and performs other tasks to keep your system running smoothly.

Network analyst: Network analysts are responsible for analyzing computer networks and making recommendations to improve their efficiency. They may also be responsible for designing new networks or implementing changes to existing networks.

Network design engineer: Network design engineers are responsible for designing and implementing computer networks. We work with our customers to understand their needs and design networks that meet those needs.

Infrastructure Engineer: Infrastructure engineers are responsible for the physical components of computer networks such as routers, switches, and cables. Install and maintain these components to keep your network running smoothly.

Unified Communications Engineer: Unified Communications Engineers are responsible for designing and implementing unified communications systems. Unified communication systems allow users to communicate across multiple devices such as phones, computers, and tablets.

Solution designer: Solution design engineers are responsible for designing and implementing solutions to problems encountered in computer networks. They work with customers to understand their needs and design solutions that meet those needs.

Cloud Engineer: Cloud engineers are responsible for designing and implementing cloud-based solutions. Cloud-based solutions allow users to access data and applications from anywhere in the world.

Data Center Engineer: Data center engineers are responsible for the operation of data centers. Install and maintain the hardware and software that make up your data center.

Network administrator: Network administrators are responsible for the day-to-day operation of computer networks. Ensure the smooth operation of your network and fix any problems that may arise.

Cloud Architect: Cloud architects are responsible for designing and implementing cloud-based solutions. Cloud-based solutions allow users to access data and applications from anywhere in the world.

VoIP Engineer: VoIP engineers are responsible for designing and implementing Voice over IP (VoIP) solutions. VoIP solutions allow users to communicate using voice and video over the Internet.

Cooperating engineer: Collaboration engineers are responsible for designing and implementing solutions that enable users to collaborate. Collaboration solutions allow users to share data, applications, and files.

Telecom Engineer: Telecommunications engineers are responsible for the design and implementation of telecommunications systems. Telecommunications systems allow users to communicate using voice, video, and data.

Depending on your skills, years of experience, valid qualifications, and other criteria, you may be better suited for one job than another. The Cisco Certified Network Associate (CCNA) is a great place to start for anyone looking to get into networking.

Conclusion

Earning the Cisco Certified Network Associate (CCNA) certification is a great way to start your networking career. A CCNA certification contains a wealth of knowledge that will help you in your career. A CCNA certification can lead to higher salaries and help you find jobs in a variety of occupations. There are a variety of Cisco certifications you can earn, each useful in your career. A CCNA certification is just the beginning of your journey to a successful networking career.

591cert offers a certification program that includes CCNA Certification. If you're interested in becoming a CCNA and growing your IT career, take a free career assessment. We are happy to answer your questions.

#certcollection #ccie ei #ccna course

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qocsuing · 1 month ago

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SOCKS5 Proxy: Enhancing Your Online Privacy and Security

In an era where online privacy and security have become paramount concerns, various tools and technologies have emerged to protect users from cyber threats and surveillance. One such tool is the SOCKS5 proxy, a versatile and powerful solution that offers enhanced anonymity and security for internet activities. This article delves into the world of SOCKS5 proxy, explaining its functionality, benefits, and practical applications.To get more news about socks 5 proxy, you can visit ip2world.com official website.

SOCKS5 proxies operate at the session layer of the OSI model, which allows them to handle various types of traffic, including HTTP, HTTPS, SMTP, FTP, and more. This versatility makes SOCKS5 proxies suitable for a wide range of applications, from web browsing to gaming and file sharing.

Key Benefits of Using a SOCKS5 Proxy Enhanced Privacy and Anonymity: By masking your IP address, a SOCKS5 proxy helps protect your identity and location from prying eyes. This is particularly important when accessing sensitive information or using public Wi-Fi networks.

Improved Security: SOCKS5 proxies can encrypt data transmission, adding an extra layer of security to your online activities. This helps safeguard your information from cyber threats such as hacking and data interception.

Bypassing Geo-Restrictions: Many websites and services impose geographic restrictions on their content. A SOCKS5 proxy allows you to bypass these restrictions by routing your traffic through a server located in a different region, granting you access to otherwise unavailable content.

Reduced Latency: In some cases, using a SOCKS5 proxy can reduce latency and improve connection speeds. By optimizing the route between the client and the server, a SOCKS5 proxy can enhance the overall performance of your internet connection.

Versatility: Unlike other types of proxies that are limited to specific protocols, SOCKS5 proxies support a wide range of network protocols. This makes them suitable for various applications, including web browsing, email, gaming, and streaming.

Practical Applications of SOCKS5 Proxy Secure Web Browsing: Using a SOCKS5 proxy can protect your identity and data while browsing the internet. This is especially useful when accessing banking services, online shopping, or other sensitive activities.

Anonymous File Sharing: SOCKS5 proxies are commonly used for anonymous file sharing through peer-to-peer (P2P) networks. By masking your IP address, a SOCKS5 proxy helps protect your identity while downloading or uploading files.

Enhanced Gaming Experience: Gamers can benefit from reduced latency and improved connection stability by using a SOCKS5 proxy. This can lead to a smoother and more enjoyable gaming experience, particularly for online multiplayer games.

Bypassing Censorship: In regions where internet access is restricted or censored, a SOCKS5 proxy can provide a means to bypass these limitations and access blocked websites and services.

Conclusion The SOCKS5 proxy is a powerful tool for enhancing online privacy, security, and accessibility. By masking your IP address, encrypting data transmission, and supporting a wide range of network protocols, a SOCKS5 proxy offers a versatile and effective solution for protecting your digital footprint. Whether you are browsing the web, sharing files, gaming, or bypassing geo-restrictions, a SOCKS5 proxy can significantly improve your online experience.

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teardownit · 2 months ago

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Telecommunications Protocols: Open Systems Interconnection (OSI) Model

Usually, the analysis of communication protocol stacks begins, relatively reasonably, by considering the seven-layer Open System Interconnection model (seven-layer model or just OSI model or OSI), which the International Organization for Standardization ISO developed jointly with the telecommunications division of the International Telecommunication Union (ITU-T). The OSI model is still an excellent tool for learning the fundamentals of telecommunications network architecture, although it has not gained the popularity its creators hoped for.

The main feature of the OSI model is its openness. This means that an appropriate standardized set of protocols guarantees the possibility of interoperability between equipment from different manufacturers, which is vital not only for equipment and software manufacturers but also for telecom operators, service providers, and users since it dramatically simplifies the procedure for equipping networks.

The OSI model was developed in the 1970s based on experience gained in creating computer networks, mainly global ones. Therefore, its application area, strictly speaking, is packet data networks.

Interestingly enough, global data networks came earlier than local ones. This is explained by the history of the development of computers (computing machines), the first stage of which is associated with mainframes. These vast machines were costly and served many users, who were granted access only for a certain period. Long-distance communication channels were needed to organize such access. In the first stage, the role of such data transmission media was played by analog modems operating over voice-frequency channels (touch-tone) of analog transmission systems (Analog Data Transmission Systems, or ADTS), and the first data transmission protocols were modem protocols of physical levels that ITU-T has standardized in a series of Type V recommendations.

Since the touch-tone ADTS channel is very narrow, with a width of 300 to 3200 Hz, in addition to multi-position modulation methods for data transmission, additional efficient algorithms for using the frequency band were required, particularly data signal compression algorithms. The critical issue with modem data transmission over ADTS channels was the number of errors since touch-tone channels were initially designed only to transmit telephone signals. Therefore, the third group of V-series protocols contains, among other things, error correction protocols.

In terms of error correction, communication systems are divided into systems with and without retransmission of corrupted data elements. In transmission systems over electrical cables subject to external interference and containing many intermediate amplifiers or regenerators, the probability of errors in the data signals is very high. Therefore, the channels of these systems usually retransmit corrupt message fragments. Naturally, this method significantly reduces the data efficiency of channels.

The situation turned around with the transition to optical cables, which are well-protected from external interference and contain a small number of intermediate amplifiers and repeaters. This significantly reduced the number of errors, so it was possible to eliminate error correction at the physical layer and, if necessary, perform it at higher protocol levels.

The active development of local networks began with the advent of mini, micro, and, finally, personal computers (PCs). Thus, telephone networks first formed local ones, and only then, with technological progress, intercity ones; data transmission networks, on the contrary, evolved from global down to local.

The creation of the seven-layer OSI model was based on the following principles:

There should not be too many layers so that the design and implementation of the network are not overly complex. There should not be too few levels so that the functions performed by the levels do not turn out to be overly complex

The functioning of each level is transparent to other levels

The tasks performed by each level must be clearly delineated

The next level is created only when a new level of abstraction is needed

It is clear that solving such a problem successfully takes not only a lot of experience and knowledge but also a particular artistic approach.

Each layer of the OSI model interacts with three others: it provides services to an upper one, uses the services of a lower one, and accesses an equal (peer) layer of another computer system. More formally, a service architecture contains three essential elements: the Service User, the Service Provider, and the Service Access Point (SAP).

In this context, a service user is an OSI model layer receiving services from an adjacent OSI model layer. The service provider is the layer of the OSI model that provides services. Finally, SAP is an element of the OSI model through which one OSI layer can request a service from another OSI model layer. Simply put, SAP is nothing more than a service delivery protocol.

For example, the link layer of system A is a user of physical layer services, a service provider for the network layer of this system, and exchanges information with the link layer of system B.

OSI Layers and Layer Groups

Each layer of the OSI model performs specific functions necessary for the system's proper functioning. Let's list the seven layers of the OSI model from top to bottom and describe their main functions.

Implementations of the four upper layers of the OSI model (application, presentation, session, and transport) can be found in every peripheral device; the three lower layers (network, data link, and physical) are present at all intermediate (transit) connection points between endpoints.

Therefore, all the OSI model layers can be divided into two functionally different groups: the upper and lower layers. The first—also called 'Host Layers' or 'end-end'—are responsible for the operation of applications and are implemented only in software products. The second—'Media Layers' or 'chained'—transmits data. Moreover, the physical and data link layers contain software and hardware components.

A common feature of the three lower levels is that they can support any type of data (including service data) generated by the four upper levels. In other words, the lower levels are utterly indifferent to the data they transmit and are solely concerned with delivering it from one point to another.

Host Layers OSI

In this part, we will talk about the four upper levels that ensure the operation of network applications.

The Application Layer provides services directly to the user's apps. It forms a set of open and standard application programming interfaces (APIs). Implementing the application layer might be complex because many applications use its services. Examples of OSI application layer protocols are distributed directory services by the ITU-T X.500 recommendation and its "lightweight" version (Lightweight Directory Access Protocol, LDAP), as well as remote procedure calls (RPC). The latter is a very efficient way to distribute computing power between the client and the server.

The Presentation Layer performs general data transformation. One of the services at this level is encryption, which ensures information security. In particular, Web server software includes encryption protocols to protect customers' financial information. Another example of a presentation-level service is compression, which reduces the amount of data sent between two computers. Thus, many virtual private network (VPN) implementations use tunneling protocols, where a packet of one protocol is placed inside another packet. The tunneling mechanism requires adding significant service information to the transmitted data, which can be easily compressed. Therefore, VPNs usually include a compression algorithm.

Another typical operation of the presentation level is transcoding, which is less complex than encrypting/decrypting or compressing/decompressing. An example of transcoding is the conversion of ASCII codes to EBCDIC and back according to specific tables. Still, such simple transcoding operations are only sometimes possible. Therefore, the International Organization for Standardization (ISO) has developed a special Abstract Syntax Notation program version 1 (ASN.1), which helps programs running on different machines and written in different programming languages to exchange data.

The Session Layer provides additional services to the transport layer if the connection session is established first. In addition to managing data back and forth, the most important functions of this layer are starting and terminating the session and syncing data. Session layer services are unused if the connection does not need to be established.

The Transport Layer performs error-free, message-oriented end-to-end transmission, and it must support this function regardless of the reliability of the underlying layer. The underlying layer is especially unreliable during packet transmission in connectionless communication. In this case, the transport layer must be 'smart' enough to compensate for the weaknesses of the underlying layer. Due to its greater reliability, the transport layer can be less complex in a connection-oriented packet network. Finally, the underlying service can be highly robust, connection-oriented with channel switching, and have a reliable link-layer protocol. In this case, the transport layer does not need to do anything to ensure consistently high transmission quality. Thus, the complexity of the transport layer is inversely proportional to the reliability of the underlying layers. To perform its main task—error-free delivery of messages—the transport layer provides the functions of addressing, opening, and closing connections, assigning priority to data, monitoring and error correction, data flow control, failure recovery, and multiplexing.

Continued in the next Around Cable category post.

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exit-certified · 5 months ago

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Think Outside the Box for IBM Certification Exams

Cracking IBM certification exams isn't just about cramming facts; it's about innovative strategies that go beyond conventional study methods. In a landscape where competition is fierce, and the stakes are high, it's essential to explore unconventional approaches to ace these exams.

Here are some unconventional study tips that might help you grasp the concepts of IBM certifications better and perhaps ace the tests.

Breaking the Mold: Creative Study Strategies

Traditional study methods often involve hours of monotonous reading and note-taking. However, breaking away from this mold can lead to more effective learning. One unconventional strategy is gamification. Transforming study material into games or quizzes can make learning fun and engaging. Did you know that learners retain up to 90% of information through interactive activities compared to just 10% through reading?

Another creative approach is peer teaching. Instead of studying alone, explain concepts to a friend or colleague. Teaching others not only reinforces your understanding but also helps identify areas of weakness.

Mnemonic Devices: Unlocking Memory Vaults

Mnemonic devices are powerful tools for memorization. They work by associating complex information with easier-to-recall cues. Creating memorable mnemonics can be a game-changer for IBM certification exams.

For example, when learning the OSI model layers (Application, Presentation, Session, Transport, Network, Data Link, Physical), think, "All People Seem To Need Data Processing." This simple phrase encapsulates the entire model, making it easier to remember.

Moreover, visual aids can enhance memory retention. Drawing diagrams or mind maps to illustrate concepts can transform abstract ideas into tangible images, strengthening neural connections.

Unconventional Approaches: Thinking Beyond Boundaries

Ever tried sleeping on it? Research suggests that sleep enhances memory consolidation. Before your exam, ensure a good night's sleep to optimize retention and recall.

Also, incorporating music into your study routine can enhance focus and productivity. Experiment with different genres to find what works best for you. Did you know that classical music, like Mozart, has been linked to improved cognitive function?

Putting Theory into Practice: The Power of Simulations

Theory is crucial, but practical experience is equally vital. IBM certification exams often test not just knowledge but also application. Simulations can bridge this gap between theory and practice.

By immersing yourself in virtual environments that replicate real-world scenarios, you can gain hands-on experience. This approach not only reinforces theoretical concepts but also builds confidence in tackling practical challenges.

Charge Ahead and Make the Most of Your IBM Certification

Pacing towards your IBM certification exam success, traditional study methods may not always suffice. Embracing unconventional strategies can provide the competitive edge needed to ace these exams.

From gamification to mnemonic devices, from sleep optimization to practical simulations, there's a plethora of creative approaches to explore. So, why confine yourself to the confines of conventional wisdom when you can think outside the box?

As you embark on your certification journey, remember this: innovation knows no bounds. Dare to be different and embrace the unconventional, and ExitCertified can help you unlock the door to success in IBM certification exams.

We have a plethora of resources and experts to guide you toward the right IBM certification and ways to ace it. Click here to know more.

For more information visit: https://www.exitcertified.com/it-training/ibm

#ibm certification #ibm training

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certexamscom · 6 months ago

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OSI model Application Layer of the opensystems model explained in this video.

#application layer #osi model #ccna fundamentals

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howdoigetvpnaccess · 7 months ago

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what is safe connect vpn

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Safe Connect VPN Features

Title: Exploring the Key Features of Safe Connect VPN

Safe Connect VPN stands out among the myriad of Virtual Private Network (VPN) services available in the market due to its robust features designed to enhance online privacy and security. Here are some of the noteworthy features that make Safe Connect VPN a reliable choice for safeguarding your digital presence:

Military-Grade Encryption: Safe Connect VPN employs top-tier encryption protocols to secure your internet traffic from prying eyes. With AES-256 encryption, the same standard used by government agencies and military organizations, your data remains protected against hackers and surveillance.

Global Server Network: Accessing geo-restricted content or ensuring seamless browsing while traveling is made possible with Safe Connect VPN's extensive server network. With servers strategically located around the globe, users can enjoy fast and stable connections from virtually anywhere.

No-Log Policy: Privacy-conscious users can rest assured knowing that Safe Connect VPN adheres to a strict no-log policy. This means that the service does not track or store any information regarding your online activities, ensuring complete anonymity while browsing the web.

Multi-Platform Support: Whether you're using a desktop, laptop, smartphone, or tablet, Safe Connect VPN offers support for multiple platforms and operating systems. This versatility allows users to protect all their devices with a single subscription, ensuring comprehensive security across the board.

Kill Switch Functionality: In the event of unexpected VPN disconnections, Safe Connect VPN's kill switch feature automatically cuts off internet access to prevent any data leaks. This added layer of protection ensures that your sensitive information remains secure at all times.

DNS Leak Protection: Safe Connect VPN includes built-in DNS leak protection to prevent any accidental exposure of your browsing activities through DNS queries. By routing your DNS requests through encrypted tunnels, this feature maintains your privacy and anonymity online.

In conclusion, Safe Connect VPN offers a comprehensive suite of features aimed at providing users with a secure and private browsing experience. Whether you're concerned about data privacy, accessing restricted content, or simply enhancing your online security, Safe Connect VPN has you covered.

Secure VPN Protocols Explained

Virtual Private Networks (VPNs) have become indispensable tools for safeguarding online privacy and security. At the core of every VPN service lie various protocols, each designed to encrypt and transmit data securely between your device and the VPN server. Understanding these protocols is crucial in choosing the right VPN for your needs.

One of the most commonly used protocols is OpenVPN, known for its open-source nature and robust security features. OpenVPN utilizes OpenSSL encryption libraries to create secure point-to-point connections, making it highly resistant to hacking attempts and eavesdropping.

Another popular protocol is IPSec (Internet Protocol Security), which operates at the network layer of the OSI model. IPSec provides strong encryption and authentication mechanisms, ensuring the confidentiality and integrity of transmitted data. It is often used in combination with other protocols, such as L2TP (Layer 2 Tunneling Protocol), to create a secure VPN tunnel.

L2TP/IPSec combines the best of both worlds by leveraging the security of IPSec and the tunneling capabilities of L2TP. While it may not be as fast as other protocols, L2TP/IPSec offers excellent security for sensitive data transmissions.

For mobile devices, IKEv2/IPSec (Internet Key Exchange version 2) is a preferred choice due to its ability to seamlessly reconnect to VPN servers after network disruptions. IKEv2/IPSec is highly efficient and works well on both cellular networks and Wi-Fi.

Lastly, WireGuard is a newer protocol gaining popularity for its simplicity and efficiency. Built for speed and security, WireGuard boasts minimalistic code and strong cryptographic primitives, making it ideal for resource-constrained devices.

In conclusion, the choice of VPN protocol depends on factors such as security requirements, device compatibility, and speed preferences. By understanding the strengths and weaknesses of each protocol, users can make informed decisions to ensure their online activities remain private and secure.

Benefits of Safe Connect VPN

Safe Connect VPN offers a plethora of benefits for users seeking to enhance their online security and privacy. By using a VPN service like Safe Connect, individuals can encrypt their internet connection, making it nearly impossible for cybercriminals to intercept their data. This is particularly important when using public Wi-Fi networks, as these are hotspots for potential attacks.

Another key benefit of Safe Connect VPN is the ability to bypass censorship and geo-restrictions. Users can access websites and content that may be blocked in their region, giving them the freedom to browse the internet without limitations. This is particularly useful for individuals traveling abroad or living in countries with strict internet regulations.

Furthermore, Safe Connect VPN can help users protect their anonymity online. By masking their IP address, individuals can browse the web without being tracked by advertisers, government agencies, or other third parties. This not only enhances privacy but also helps prevent targeted ads and data collection.

In addition to these benefits, Safe Connect VPN can also improve internet speed and performance by reducing latency and bypassing throttling imposed by internet service providers. This can result in a smoother browsing experience, especially when streaming content or playing online games.

Overall, Safe Connect VPN is a valuable tool for anyone looking to enhance their online security, privacy, and freedom. With its advanced encryption protocols and user-friendly interface, it provides a reliable solution for safeguarding your digital presence.

Safe Connect VPN Compatibility

Safe Connect VPN is renowned for its seamless compatibility across various devices and operating systems, ensuring users can enjoy secure browsing and data protection regardless of their platform preferences. Whether you're using a Windows PC, Mac, iOS device, or Android smartphone, Safe Connect VPN offers robust compatibility to safeguard your online activities.

For Windows users, Safe Connect VPN is designed to integrate seamlessly with the operating system, providing an intuitive user experience without compromising on security. With just a few clicks, Windows users can establish a secure connection and browse the internet anonymously, protecting their sensitive information from prying eyes.

Mac users also benefit from Safe Connect VPN's compatibility, allowing them to safeguard their online privacy while enjoying the sleek interface and powerful features of their macOS devices. Whether you're browsing the web, streaming content, or accessing sensitive data, Safe Connect VPN ensures that your online activities remain private and secure.

Mobile users are not left behind, as Safe Connect VPN offers dedicated apps for both iOS and Android devices. Whether you're using an iPhone, iPad, Android smartphone, or tablet, Safe Connect VPN provides a user-friendly interface and robust encryption to protect your data on the go. With Safe Connect VPN, you can confidently connect to public Wi-Fi networks, access geo-restricted content, and browse the internet without worrying about your privacy or security.

In addition to its compatibility across devices, Safe Connect VPN also offers support for multiple simultaneous connections, allowing users to protect all of their devices with a single subscription. Whether you're at home, in the office, or on the go, Safe Connect VPN keeps you safe and secure across all your devices and platforms.

How Safe Connect VPN Works

Safe Connect VPN operates on a simple yet robust principle: it creates a secure, encrypted connection between your device and the internet, safeguarding your online activities from prying eyes and potential threats. Here's a breakdown of how Safe Connect VPN works to ensure your privacy and security:

Encryption: When you connect to Safe Connect VPN, it encrypts all the data transmitted between your device and the VPN server. This encryption scrambles your data into an unreadable format, making it virtually impossible for hackers, government agencies, or internet service providers to intercept or decipher your online communications.

Tunneling: Safe Connect VPN employs a tunneling protocol to establish a secure pathway for your data to travel between your device and the internet. This tunnel acts as a protective shield, shielding your data from cyber threats and ensuring that it remains confidential and intact throughout its journey.

Secure Servers: Safe Connect VPN operates a network of secure servers located in various locations worldwide. When you connect to the VPN, your data is routed through one of these servers, which helps to anonymize your online identity and hide your real IP address. This makes it incredibly difficult for websites, advertisers, and other third parties to track your online activities or trace them back to you.

Kill Switch: Safe Connect VPN includes a kill switch feature that automatically disconnects your internet connection if the VPN connection is lost. This prevents your data from being exposed to the internet without encryption, ensuring that your privacy remains intact even in the event of a VPN disruption.

In summary, Safe Connect VPN works by encrypting your data, creating a secure tunnel for transmission, routing it through secure servers, and incorporating features like a kill switch to ensure maximum privacy and security for your online activities. With Safe Connect VPN, you can browse the internet with confidence, knowing that your personal information is shielded from harm.

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howtochangecountryinplaystoreusi · 7 months ago

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what is layer 3 vpn

🔒🌍✨ Get 3 Months FREE VPN - Secure & Private Internet Access Worldwide! Click Here ✨🌍🔒

what is layer 3 vpn

Layer 3 VPN explained

Virtual Private Network layer 3

A Virtual Private Network (VPN) layer 3, also known as a site-to-site VPN, plays a crucial role in ensuring secure communication between different networks over the internet. In simple terms, a layer 3 VPN allows multiple sites to connect securely and exchange data as if they were part of the same private network, even though they might be geographically dispersed.

Layer 3 VPN operates at the network layer of the OSI model, where routing and forwarding decisions are made. It uses IP (Internet Protocol) to transmit data securely between different locations. By encrypting the data packets before transmitting them over the public network, layer 3 VPNs provide a high level of security and privacy, making it difficult for unauthorized users to intercept or access sensitive information.

One of the key advantages of a layer 3 VPN is scalability. As organizations grow and expand, they can easily add new sites to the network without compromising security or performance. Additionally, layer 3 VPNs offer flexibility in terms of connectivity options, allowing businesses to choose between various protocols and technologies based on their specific requirements.

Overall, a layer 3 VPN is an essential tool for businesses looking to connect multiple locations securely and efficiently. By creating a virtual bridge between distant networks, layer 3 VPNs enable seamless communication and data transfer while maintaining the confidentiality and integrity of the information being exchanged.

Understanding layer 3 VPN

A Layer 3 VPN, also known as a virtual private network, operates at the network layer of the OSI model, providing secure communication between remote sites or users over a public network such as the internet. Understanding how Layer 3 VPN works is essential for businesses looking to ensure the confidentiality and integrity of their data transmission.

In a Layer 3 VPN scenario, routing protocols are used to establish communication between different network locations. Each site in the VPN is assigned a unique private IP address, which is used to differentiate between the different sites. These private IP addresses are not publicly routable and are only accessible within the VPN, ensuring the security and privacy of the transmitted data.

One of the key advantages of a Layer 3 VPN is its scalability. Since routing protocols are used to establish communication, adding new sites to the VPN is relatively straightforward. Additionally, Layer 3 VPNs offer great flexibility in terms of routing and network configuration, allowing businesses to tailor the VPN setup to their specific requirements.

Security is another crucial aspect of Layer 3 VPNs. By leveraging encryption and authentication mechanisms, Layer 3 VPNs ensure that data transmitted between sites is secure and cannot be intercepted by unauthorized parties. This is particularly important for businesses transmitting sensitive information over public networks.

Overall, understanding Layer 3 VPN is essential for businesses looking to establish secure and efficient communication between remote sites or users. By leveraging routing protocols, private IP addresses, and robust security mechanisms, Layer 3 VPNs provide a reliable and scalable solution for businesses with geographically dispersed network locations.

Importance of layer 3 VPN

Layer 3 Virtual Private Networks (VPNs) play a pivotal role in modern networking, offering a secure and efficient means of connecting geographically dispersed networks over the internet. Their importance cannot be overstated in today's digital landscape where businesses rely heavily on secure communication and data exchange.

One of the key advantages of layer 3 VPNs is their ability to provide end-to-end connectivity between remote locations while maintaining a high level of security. By utilizing encryption protocols and tunneling techniques, layer 3 VPNs ensure that sensitive data remains protected from unauthorized access or interception. This is particularly crucial for businesses operating in industries where data privacy and security are paramount, such as finance, healthcare, and government.

Moreover, layer 3 VPNs offer scalability and flexibility, allowing organizations to easily expand their network infrastructure without the need for costly hardware upgrades. With a layer 3 VPN, new sites or branches can be seamlessly integrated into the existing network, enabling efficient communication and collaboration across the entire organization.

Another significant benefit of layer 3 VPNs is their ability to optimize network performance by dynamically routing traffic based on real-time conditions. By leveraging protocols such as Border Gateway Protocol (BGP), layer 3 VPNs can intelligently distribute traffic across multiple paths, minimizing latency and ensuring reliable connectivity even in the face of network failures or congestion.

Furthermore, layer 3 VPNs enable businesses to streamline their network management processes by centralizing control and administration. With a unified management interface, IT administrators can easily configure, monitor, and troubleshoot VPN connections, reducing the complexity and overhead associated with managing multiple disparate networks.

In conclusion, layer 3 VPNs play a crucial role in enabling secure, scalable, and efficient communication across distributed networks. Whether connecting remote offices, facilitating cloud connectivity, or supporting remote access for employees, layer 3 VPNs are indispensable tools for modern businesses looking to stay competitive in today's digital economy.

Layer 3 VPN benefits

Layer 3 VPNs, also known as virtual private networks, offer a plethora of benefits for businesses and individuals alike. By operating at the network layer of the OSI model, these VPNs provide several advantages over other types of VPNs.

One key benefit of Layer 3 VPNs is their ability to offer scalability. They allow organizations to efficiently connect multiple locations or remote users to a central network without the need for extensive hardware or infrastructure upgrades. This scalability is particularly beneficial for growing businesses or those with geographically dispersed operations.

Another advantage is enhanced security. Layer 3 VPNs utilize advanced encryption protocols to protect data transmitted over the network, ensuring confidentiality and integrity. This is crucial for businesses dealing with sensitive information, such as financial data or customer records. Additionally, the use of tunneling protocols adds an extra layer of security by encapsulating data packets, making them difficult for potential attackers to intercept or decipher.

Layer 3 VPNs also offer improved flexibility and control. Administrators have granular control over network routing and traffic management, allowing them to optimize performance and prioritize critical applications. This level of control is essential for maintaining a high-quality user experience and ensuring that mission-critical operations remain uninterrupted.

Furthermore, Layer 3 VPNs enable seamless integration with existing network infrastructure. Whether connecting to public or private networks, these VPNs can interoperate with a variety of devices and protocols, simplifying deployment and management.

In summary, Layer 3 VPNs provide scalability, security, flexibility, and interoperability, making them an ideal choice for businesses and individuals looking to establish secure and reliable network connections. With their numerous benefits, Layer 3 VPNs play a vital role in modern networking solutions.

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whichvpnhaschinaserver · 7 months ago

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what is the difference between ipsec and ssl vpn

🔒🌍✨ Get 3 Months FREE VPN - Secure & Private Internet Access Worldwide! Click Here ✨🌍🔒

what is the difference between ipsec and ssl vpn

IPsec VPN explained

IPsec VPN, or Internet Protocol Security Virtual Private Network, is a crucial tool for ensuring secure communication over the internet. It's particularly vital for businesses that need to transmit sensitive data between remote locations or to provide secure access for employees working from home.

At its core, IPsec VPN works by encrypting the data that travels between two endpoints, typically a user's device and a corporate network, creating a secure "tunnel" through which information can pass safely. This encryption process involves scrambling the data into an unreadable format, which can only be deciphered by those with the appropriate encryption keys.

One of the key benefits of IPsec VPN is its ability to authenticate and encrypt every packet of data that flows through the tunnel. This means that even if a hacker were to intercept the transmission, they would be unable to decipher the information without the encryption keys. Additionally, IPsec VPN can provide additional security features such as data integrity verification, ensuring that the data has not been tampered with during transit.

There are two main modes of operation for IPsec VPN: transport mode and tunnel mode. Transport mode encrypts only the data portion of each packet, leaving the header untouched, while tunnel mode encrypts both the header and the data, providing a higher level of security.

In conclusion, IPsec VPN plays a crucial role in securing communication over the internet, allowing businesses to transmit sensitive data safely and securely. By encrypting data and providing authentication mechanisms, IPsec VPN helps to safeguard against unauthorized access and data breaches, making it an essential tool for modern businesses.

SSL VPN overview

A SSL VPN, or Secure Socket Layer Virtual Private Network, provides a secure way for users to access a private network remotely. It uses encryption and authentication technologies to ensure that data transmitted between the user and the network remains secure. SSL VPNs are commonly used by businesses to allow employees to access company resources from outside the office.

One of the key advantages of SSL VPNs is their ease of use. Unlike traditional VPNs, which often require users to install special software, SSL VPNs can typically be accessed through a web browser. This flexibility makes them ideal for remote workers who may be using a variety of devices to connect to the network.

SSL VPNs also offer strong security features. The use of encryption and authentication mechanisms helps to protect sensitive data from eavesdroppers and hackers. Additionally, SSL VPNs can be configured to restrict access to specific users or resources, adding an extra layer of security to the network.

Overall, SSL VPNs provide a convenient and secure way for users to connect to a private network from remote locations. With their ease of use and robust security features, SSL VPNs have become an essential tool for businesses looking to provide remote access to their employees while maintaining the security of their network.

IPsec vs SSL VPN security

When it comes to securing your network communications, IPsec and SSL VPN are two popular options, each with its own strengths and weaknesses. Understanding the differences between them can help you make an informed decision about which solution is best for your organization's needs.

IPsec, or Internet Protocol Security, operates at the network layer of the OSI model. It provides end-to-end security for data transmission by encrypting and authenticating IP packets. IPsec VPNs are typically used for site-to-site connections, connecting remote offices or branch locations securely over the internet. One of the key advantages of IPsec VPNs is their ability to handle a large volume of traffic efficiently, making them well-suited for organizations with high bandwidth requirements. Additionally, IPsec VPNs offer robust security features such as strong encryption algorithms and mutual authentication, ensuring that data remains secure even when transmitted over untrusted networks.

On the other hand, SSL VPN, or Secure Socket Layer Virtual Private Network, operates at the application layer of the OSI model. Unlike IPsec VPNs, which require dedicated client software or hardware, SSL VPNs can be accessed using a standard web browser, making them convenient for remote users accessing corporate resources from various devices and locations. SSL VPNs use SSL/TLS protocols to establish secure connections, providing encryption and authentication for data transmission. While SSL VPNs may be easier to deploy and manage, they may not be as efficient as IPsec VPNs for large-scale deployments or high-bandwidth applications.

In conclusion, both IPsec and SSL VPNs offer effective solutions for securing network communications, but they differ in terms of deployment, performance, and compatibility with different use cases. Organizations should carefully evaluate their specific requirements and consider factors such as scalability, security, and ease of use when choosing between IPsec and SSL VPNs.

VPN encryption protocols compared

When it comes to safeguarding your online privacy and security, using a Virtual Private Network (VPN) is essential. VPNs employ various encryption protocols to protect your data from prying eyes and cyber threats. Let's compare some of the most common VPN encryption protocols:

OpenVPN: Known for its robust security features, OpenVPN is highly versatile and can work on almost all platforms. It uses the OpenSSL library and provides excellent encryption, making it a popular choice among VPN users.

L2TP/IPsec: Layer 2 Tunneling Protocol (L2TP) combined with Internet Protocol Security (IPsec) offers strong encryption and is supported by most devices. While it provides good security, some users have raised concerns about its potential vulnerabilities.

IKEv2/IPsec: Internet Key Exchange version 2 (IKEv2) with IPsec is a reliable protocol that ensures secure connections, especially on mobile devices. It's known for its stability in maintaining the VPN connection when switching networks.

SSTP: Secure Socket Tunneling Protocol (SSTP) is developed by Microsoft and is integrated into Windows operating systems. It uses SSL/TLS encryption for secure communication, making it an excellent choice for Windows users.

WireGuard: Considered to be a high-speed and cutting-edge protocol, WireGuard aims to provide better performance and security compared to older protocols. It's gaining popularity due to its efficiency and simplicity in code.

Choosing the right VPN encryption protocol depends on your security needs, device compatibility, and speed requirements. Regardless of the protocol you choose, using a VPN with strong encryption is crucial in safeguarding your online activities and sensitive information.

Choosing between IPsec and SSL VPN

Choosing between IPsec and SSL VPN can be a pivotal decision for businesses looking to secure their network communications. Both IPsec (Internet Protocol Security) and SSL (Secure Sockets Layer) VPNs offer distinct advantages and trade-offs, making it essential to evaluate their features and suitability for specific use cases.

IPsec VPNs establish a secure connection between devices by encrypting data at the IP packet level. This encryption occurs at the network layer, providing robust protection for all traffic passing through the VPN tunnel. IPsec VPNs are commonly used for site-to-site connections, where multiple networks need to communicate securely over the internet. They offer excellent performance and are well-suited for scenarios requiring continuous, high-volume data transfer.

On the other hand, SSL VPNs operate at the application layer, leveraging the SSL/TLS protocol to encrypt data transmitted between the client and the VPN gateway. This approach offers greater flexibility and ease of use since it doesn't require specialized client software and can be accessed through a web browser. SSL VPNs are often preferred for remote access scenarios, allowing users to securely connect to the corporate network from any location with internet access.

When deciding between IPsec and SSL VPNs, several factors should be considered, including security requirements, compatibility with existing infrastructure, ease of deployment, and user experience. Organizations with a need for strong network-wide encryption and seamless integration with routers and firewalls may opt for IPsec VPNs. Conversely, those prioritizing user convenience and remote accessibility may find SSL VPNs more suitable.

Ultimately, the choice between IPsec and SSL VPNs depends on the specific needs and priorities of the organization. By carefully evaluating the features and trade-offs of each solution, businesses can implement a secure and reliable VPN infrastructure that meets their requirements.

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