#Switzerland Server Hosting

[technofactdaily]

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[moasli786]

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[bestwebhostinginthetown]

VPS in Switzerland: 5 Simple Ways to Optimize it

Optimizing your VPS Server in Switzerland is extremely crucial for durable page performance and security

[sweetlittlevampire]

Just woke up. Two things:

1. I will be travelling to Switzerland today and will return on December 6th. Internet may be spotty.

2. I will be more diligent about transferring my fics to Squidgeworld once I return. I won't be deleting any fics as of now, since this would only lessen the workload on AO3's servers, but there will be a place where you can read my fics should I decide to leave the Archive for good.

(That, and I've signed up for an event a while ago, and I don't wish to leave people hanging.)

Also, I have all of my own fics downloaded, so should I be unable to access my account for whatever reason, I should still be able to post my fics and format them the same way as I did on AO3.

I will see how podfic hosting will work out, but you won't lose me as an author.

[inannaastaroth]

Decentralized/encrypted communication- special notes for Telegram n Signal

I’m going to b trying all of these, will report back on quality n ease. I’ve been on Signal for awhile now, n have notes abt that at the bottom. I did a deep dive on the founder of Telegram 2-3 yrs ago (the sitch is sketch)

I asked chatGPT what the best decentralized communication platforms were, here’s what it said:

When it comes to strong encryption for messaging and privacy, several platforms stand out. Here’s a list of some of the most highly regarded options based on their encryption practices and focus on user privacy:

1. Signal

Signal is widely considered the gold standard for encrypted messaging. It uses end-to-end encryption (E2EE) by default for all messages, voice, and video calls. Its open-source nature means that security experts can review its code, and it’s widely trusted for its commitment to privacy. Signal collects minimal data about users and has no way to access your messages.

2. WhatsApp

Owned by Meta (Facebook), WhatsApp offers end-to-end encryption for both personal and group chats. While WhatsApp’s encryption is strong, the platform has faced criticism for data-sharing policies with Meta. However, its encryption ensures that only the sender and recipient can read messages, not even WhatsApp itself.

3. Threema

Threema is a paid messaging app that prides itself on its security. It uses end-to-end encryption and does not require a phone number or email to register, further protecting your identity. Threema also offers features like anonymous polls and file sharing while keeping data minimal.

4. Wire

Wire offers end-to-end encryption and focuses on both individual and group communications. It’s open-source and has a strong focus on privacy, with a unique feature of allowing users to sign up using just an email address, without requiring a phone number.

5. ProtonMail

While not a messaging app, ProtonMail is a secure email service offering end-to-end encryption, meaning emails are encrypted and only the sender and recipient can decrypt them. ProtonMail is open-source and located in Switzerland, which offers strong privacy laws.

6. Session

Session is a decentralized, privacy-focused messaging app that doesn’t require a phone number or email address for registration. It uses end-to-end encryption for messages and is built on a blockchain-like protocol that prevents any central authority from tracking communications.

7. Element (formerly Riot.im)

Element is an open-source messaging app built on the Matrix protocol. It supports end-to-end encryption and is designed for decentralized, secure communication. Element allows for self-hosting, which provides more control over privacy and security.

8. Jami

Jami is a peer-to-peer, open-source communication platform that offers secure messaging, voice, and video calls with end-to-end encryption. It’s decentralized and doesn’t rely on central servers, meaning there is no company controlling or collecting your data.

9. Tox

Tox is a peer-to-peer, decentralized chat app that offers end-to-end encryption for text, voice, and video chats. It doesn’t store any data on centralized servers, giving users more control over their communications.

When choosing a platform, it’s essential to consider your security needs and whether you trust the platform’s policies. For highly sensitive communication, apps like Signal, Threema, and Session offer some of the best encryption with minimal data collection.

Signal specific stuff ChatGPT said:

While Signal is widely regarded as one of the best in terms of privacy and security, there are some nuances and concerns to consider. Let’s break down the pros and cons of Signal’s privacy and security:

Strengths of Signal:

1. End-to-End Encryption (E2EE):

Signal uses robust E2EE for all messages, calls, and media. This means that only the sender and receiver can decrypt the content, not even Signal itself can access it.

2. Minimal Data Collection:

Signal collects very little data. It only stores your phone number (which is used for registration), and even that can be considered anonymous to an extent. The platform doesn’t store metadata about messages or calls, and there’s no central server where your communication is logged.

3. Open Source:

Signal is open-source, meaning its code is publicly available for inspection by independent security experts. This transparency ensures that security flaws can be quickly discovered and addressed.

4. No Ads or Tracking:

Signal doesn’t serve ads or track users for profit, unlike many other platforms, especially those owned by larger corporations. This helps to maintain a cleaner, more secure experience.

5. Strong Encryption Protocols:

Signal uses the Signal Protocol, which is considered state-of-the-art and is used by other apps like WhatsApp and Facebook Messenger for secure messaging.

Potential Concerns:

1. Phone Number Requirement:

One of the major privacy concerns with Signal is that it requires a phone number for registration. This means that your identity is still tied to a phone number, which can be linked back to you through telecommunications providers. While Signal doesn’t store metadata or call logs, the phone number association could potentially be used to track users in some cases (e.g., if linked to your identity in a breach or via data collection by telecom providers).

2. Metadata and Connection Logs:

Although Signal doesn’t store message content, it does store some metadata, such as the date and time you registered, your phone number, and the last time you used the service. However, this information is minimal compared to other platforms, and it’s not linked to the content of your conversations. Still, the metadata can potentially be used for tracing your activity in specific circumstances.

3. Owned by a Non-Profit (Signal Foundation):

While Signal is independent and not owned by a profit-driven corporation, its governance and funding may influence decisions in the future. The non-profit structure is relatively transparent, but it’s still a factor to consider.

4. SMS/Call Vulnerabilities:

Since Signal registers via your phone number, if an attacker can intercept or spoof your phone number (such as through SIM swapping), they could potentially gain access to your Signal account. This isn’t unique to Signal, but it’s a vulnerability shared by all phone-based verification services.

In Summary:

Signal is one of the best messaging apps in terms of privacy and security, but it’s not entirely immune to all forms of tracking or attack. The primary concern is the phone number requirement, which links your identity to the service, and the minimal metadata that is still stored. However, for most users, Signal remains one of the most secure and privacy-respecting messaging platforms available.

If phone number association is a dealbreaker for you, alternatives like Session or Jami (which don’t require phone numbers) may be worth exploring.

TELEGRAM

Using a platform like Telegram carries several risks, despite its popularity as a messaging and communication tool. Here are some of the primary risks to be aware of:

1. Privacy Concerns:

• Data Collection: Telegram collects some user data, including metadata about your messages and contacts, which could be used for profiling or surveillance. While Telegram offers end-to-end encryption in its secret chats, regular cloud chats are not fully encrypted.

• Non-End-to-End Encryption in Cloud Chats: Cloud chats are stored on Telegram’s servers, meaning they are potentially accessible to Telegram itself and could be vulnerable to hacking or legal requests from authorities. Although Telegram claims to use strong encryption, the lack of full end-to-end encryption in these chats increases the risk of exposure.

2. Hacking and Security Vulnerabilities:

• Account Hijacking: Telegram is vulnerable to SIM-swapping attacks, where hackers gain access to your phone number and take over your account. This can allow them to read your messages, access groups, and even change your settings.

• Phishing Attacks: Like many messaging platforms, Telegram is susceptible to phishing attacks, where attackers may impersonate legitimate users or organizations to steal your personal information, credentials, or cryptocurrency.

• Malware and Links: Telegram can be used to share harmful links or files that contain malware. These can infect your device or steal sensitive information if you interact with them.

3. Data Retention:

• Cloud Storage: Even though Telegram offers some privacy features, all messages and media in regular cloud chats are stored on Telegram’s servers. If Telegram’s servers are compromised, your data could be exposed or leaked.

• Limited Control Over Data: Telegram’s data retention practices may not align with privacy expectations. For example, cloud chats are stored indefinitely unless you manually delete them, which could expose you to risks if Telegram’s infrastructure is compromised.

4. Lack of Transparency:

• Proprietary Code: Telegram is not fully open-source, meaning some parts of the platform (especially its back-end servers) are proprietary. This reduces transparency around how data is handled and potentially exposes users to unseen risks that cannot be audited by third-party experts.

• Unclear Moderation: Telegram has faced criticism for its limited content moderation and the ability of users to join anonymous or private groups that might engage in illegal or harmful activities. While Telegram has taken some steps to combat this, it’s still possible to encounter problematic content or misuse of the platform.

5. Legal and Regulatory Risks:

• Government Surveillance: While Telegram markets itself as being resistant to government surveillance, some countries may still have access to user data through court orders or other legal means. In certain authoritarian regimes, using Telegram might increase the likelihood of being monitored or targeted by the government.

• Compliance Issues: Telegram has been banned or restricted in several countries due to its association with privacy and its ability to host groups with controversial content. This could present problems if you are in a jurisdiction where access to the platform is restricted or monitored.

6. Fake Accounts and Scams:

• Impersonation: Many people use Telegram for anonymous communication, and it’s common for scammers or malicious actors to create fake profiles and impersonate trusted individuals or organizations to deceive users.

• Investment and Cryptocurrency Scams: Telegram groups are often used for fraudulent schemes, such as pump-and-dump cryptocurrency scams, fake ICOs (initial coin offerings), and other forms of financial fraud. These can be difficult to spot and may lead to significant financial loss.

7. Exposure to Harmful Communities:

• Extremist Groups and Unregulated Content: Telegram allows users to create private groups and channels, and it has gained popularity among extremist groups, hackers, and other illicit communities. This can expose users to harmful content, radicalization, or illegal activities if they are not careful about which groups they join.

8. Device-Specific Risks:

• Cross-Platform Vulnerabilities: If you’re using Telegram across multiple devices, such as a phone and desktop app, the app’s security could be compromised if one of your devices is less secure or if Telegram’s synchronization system is hacked.

9. Unencrypted Backups:

• Backup Risks: If you create backups of your chats or media, they may not be encrypted, depending on the device or settings you use. This increases the risk of sensitive information being exposed if your backups are not properly secured.

10. Overreliance on Telegram:

• Centralized Platform: While Telegram is marketed as a decentralized messaging platform, it is still ultimately controlled by a central organization, meaning the platform could be shut down, compromised, or censored if its administrators or the government make changes to its access or policies. Relying too heavily on Telegram for communication, especially in sensitive situations, can increase your risk if the platform is suddenly disrupted.

In summary, while Telegram provides useful privacy features and a decentralized approach to messaging, there are still important risks around data privacy, security, and moderation that users need to be aware of. Always take precautions, such as using encrypted chats, avoiding sharing sensitive information, and being cautious about the groups and individuals you engage with on the platform.

Hope that helps y’all! I’m going to start a Substack soon that I will update weekly w everything I’ve read n learned thru the week.

May we know Cosmic, Non-dual Truth, may Cosmic, Non-dual Truth set us free,

💖Inanna Astaroth🖤

[systemtek]

Law enforcement authorities across Europe, supported by Europol and Eurojust, have taken down one of the largest illegal streaming networks operating within and outside the EU. The investigation targeted 102 suspects, 11 of whom were arrested, for distributing material from streaming services online illegally, including movies and series. They also pirated more than 2 500 television channels such as sports broadcasters, making them available to over 22 million users worldwide without the consent of the copyright holders. In addition to intellectual property crime (copyright infringement), there are indications of further crimes, such as money laundering and cybercrime, which are currently under investigation. Results of the operation include: - 102 suspects identified - 11 people arrested - Over 112 house searches conducted - At least 29 servers seized - 100 domains taken down - 270 IPTV equipment/devices seized - Over 560 resellers identified - Various drugs and weapons seized - Around EUR 1.6 million in cryptocurrency and EUR 40,000 in cash seized Europol supported this international case since its inception by organising several virtual meetings and hosting an operational meeting at the Europol Headquarters in The Hague. During the investigation phase, Europol analysed the available intelligence, provided cross-match reports and coordinated the next steps with Eurojust. Collaboration between authorities was set up at Eurojust to take down the streaming service. On the action day, Europol experts were deployed to Croatia, Italy and the United Kingdom with mobile offices and to provide forensic support. Participating countries:Bulgaria, Croatia, France, Germany, Italy, the Netherlands, Romania, Sweden, Switzerland, United Kingdom Participating agencies:Europol, Eurojust, Audiovisual Anti-Piracy Alliance (AAPA), @ON Network Read the full article

[snack-at-midknight]

Can I ask what happened? just curious.

The owner of the previous discord server didn't wish to host us anymore. There was some previous drama that I will choose to remain Switzerland on, so we had already started working on this server before all this.

No worries about this server though, it'll be fully welcoming to all the oney rpfers you can dream of! It will be 18+ though, so keep that in mind. Much love everyone 💖 see you soon

[govindhtech]

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Increased compatibility with VMware Cloud Foundation (VCF): Customers of NetApp and VMware by Broadcom may now use NetApp ONTAP software for all storage needs, including consolidated and standard architectures, to streamline their VCF hybrid cloud platforms. In order to give NetApp storage systems running VMware workloads symmetric active-active data replication capabilities, the most recent version of ONTAP Tools for VMware (OTV) will offer SnapMirror active sync. By removing data protection from their virtualized compute and enhancing data availability, SnapMirror active sync enables users to work more productively. Study up on it.

New features for Azure VMware Solution: Spot Eco by NetApp with AVS reserved instances may now be used by clients to maximize the value of their deployments when they are expanding or relocating their vSphere virtual machines (VMs). Compute expenses can be greatly decreased by offloading data storage to Azure NetApp Files and managing AVS reserved instances using Spot Eco. Find out more about Azure NetApp Files.

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The VMware Rapid Migration Plan is a comprehensive suite of licensing perks and programs that Azure just introduced. It will safeguard your price and help you save money when you migrate to Azure VMware Solution. If your needs change, you can shift the value to other types of compute by using Reserved Instances to lock in pricing for one, three, or five years. With Azure Migrate and Modernize services, you may minimize migrating costs. You can also receive special Azure credits for purchasing Azure VMware Solutions. Additional savings on SQL Server and Windows Server licenses might be available to you.

Read more on govindhtech.com

[voxxvindictae]

Update on Op:Monoxide

The following information will go up on my site soon, but I felt that it was worth having here, as several discoveries have recently been made.

The Canary Mission website is likely currently hosted on a server owned by fixweb, a French hosting provider. IP geolocation (in general) is not accurate enough to get an exact location of the server, but it is accurate enough to tell me that the server is somewhere in Paris, France, and uses Scaleway SAS as an ISP.

On and related to the fixweb network are several domains and IP addresses that are connected in some way to the Canary Mission:

1. beta.canarymission.org

The URL beta.canarymission.org resolves to an IP in the fixweb range. Furthermore, that IP redirects to the main site (using HTTP code 302) when accessed through a browser via port 80 (HTTP), but not when accessed by port 443 (HTTPS). This indicates that port 443 is likely being used to communicate with either the CloudFlare reverse HTTP proxy (possibly in California) or the web application firewall (in the NY/NJ area). It also tells me that the server is configured to refuse connections on port 443 that don’t come from certain servers (whether that’s the WAF or the Reverse proxy is still unknown).

While investigating this a few months ago, the IP didn’t redirect to the main site as far as I knew. But it still resolved to the beta domain. The redirect occurred only after a major change had been made to their site layout, indicating that the development version of the site is hosted on the machine corresponding to the IP. This is significant, because most people try to keep their code in one place, so it’s likely the production version of the site is in the fixweb network too, but is only accessible through the reverse proxy and/or the WAF.

2. media90.canarymission.org

media90.canarymission.org resolves to an IP owned by fixweb, indicating that their CDN (content delivery network) exists on their servers but is not behind the proxy. This further confirms my suspicions that the Canary Mission switched their host from Israel (likely under Kamatera’s hosting services) to France, so they could abuse the GDPR to redact the contact information of the site maintainers.

3. canary.fixweb.net

The domain canary.fixweb.net exists. Not much to say about this one, I think the conclusions write themselves.

4. thingdust.io

This isn’t directly related to the fixweb domain (as far as I’m aware), but I found three other domains through an automated OSINT search:

canarymission.cust.dev.thingdust.io

canarymission.cust.disrec.thingdust.io

canarymission.reservd.disrec.thingdust.io

Noticing a pattern in these URLs, I also attempted to access canarymission.cust.prod.thingdust.io: the host was up (I think), but it wasn’t configured to serve any resources.

Upon researching thingdust, I found that they’re a company in Switzerland that specializes in IoT-enabled workplace monitoring. This is one of those companies that makes those sensors that some people would find under their desks that track workplace occupancy. If the resources on those servers were publicly accessible, we could use the sensor network’s web view to obtain the floor plan of the building the Canary Mission team operates from.

More to come as secrets reveal themselves.

[pranalip]

Data Center Substation Market Demand And Forecast 2024-2033 | Global Insight Services

The global data center substation market was valued at US$ 9.8 billion in 2021 and it is anticipated to grow up to US$ 15.6 billion by 2031, at a CAGR of 4.8% during the forecast period.

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A data center substation is a structure in the power network where transmission routes and distribution feeders are connected through circuit breakers/switches by busbars. This helps control the power flow across the network and general switching procedures for maintenance purposes. These enclosed zones mainly step up or down the voltage in transmission lines to a particular level suitable for the distribution system. Further, with the surge in the volume of structured and unstructured data, along with the increasing demand for cloud computing, is subsequently driving the demand for efficient and reliable substations.

Market Drivers and Trends

Data centers have become an essential component of the modern economy, from the servers operating in SMEs to the organization data centers supporting large businesses and the plantations running cloud computing services hosted by several technology giants, including Google, Amazon, Netflix, and Facebook. Moreover, different end users have emerged to distinguish themselves with varying data center requirements in this digital economy, which is challenged continually with staying ahead of customers’ IT roadmaps. Therefore, the requirement for data storage is also surging due to the rising demand for big data analytics and cloud-based services, including online content comprising movies, apps, videos, and social media. Thus, the growing need of data centers boosts the requirement for data center substations to get sufficient power supplies, which drives the demand for the data center substations.

Market Restraints and Challenges

On one side, the increasing demand for data center substations for technology giants is helping them in several ways. However, there are several disadvantages to owning own substation, which might create several challenges for substation owners. Firstly, when any user owns the substation, the user needs to operate and maintain it. Secondly, the user may need to install a remote operating system, combining it with their data center, to monitor and control their own substation. While it adds an additional system to their center, it also adds power assurance. Thirdly, if their substation goes down, the user and their maintenance subcontractor are responsible for running the data center again, so users need to establish monitoring and emergency procedures surrounding the substation and the data center itself. Thus, there are several disadvantages to owning own substation, which might create several challenges for substation owners.

Major Players in the Global Data Center Substation Market

The key players studied in the global data center substation market are Acciona, S.A. (Spain), Eaton Corporation plc (Ireland), Hitachi Energy Ltd (Switzerland), Hyosung Heavy Industries (South Korea), NEI Electric Power Engineering, Inc. (US), S&C Electric Company (US), Schneider Electric (France), Siemens Energy (Germany), TE Connectivity Corporation (US), and Tesco Automation Inc. (US).

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Global Data Center Substation Market Segmentation

By Component

Transformers

Switchgears

Relays

Others

By Voltage Type

33KV-110KV

111KV-220KV

221KV-500KV

Above 500KV

COVID-19 Impact

In 2020, amidst the COVID-19 pandemic, the rise in data generation and consumption by individuals & organizations fuelled data storage growth, resulting in the rising number of reliable and efficient data centers. Further, the increase in data generation and the need to improve the performance of data centers have boosted the demand for constructing new data centers. Thus, the number of data center restoration and construction projects will likely provide growth opportunities for the data center substation market. However, the data center substation market had seen a minor hit due to the disruptions in the supply chain and temporary suspension of manufacturing activities. However, the overall market witnessed a positive impact of the COVID-19 pandemic.

Similarly, in 2021, with the uplifting of lockdown and vaccination processes, the supply chain and manufacturing industries started to work fluently. Also, substations are required for continuous power supply demand in data centers. Therefore, the global data center substation market will also grow significantly during the forecast period.

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Research Scope

Scope – Highlights, Trends, Insights. Attractiveness, Forecast

Market Sizing – Product Type, End User, Offering Type, Technology, Region, Country, Others

Market Dynamics – Market Segmentation, Demand and Supply, Bargaining Power of Buyers and Sellers, Drivers, Restraints, Opportunities, Threat Analysis, Impact Analysis, Porters 5 Forces, Ansoff Analysis, Supply Chain

Business Framework – Case Studies, Regulatory Landscape, Pricing, Policies and Regulations, New Product Launches. M&As, Recent Developments

Competitive Landscape – Market Share Analysis, Market Leaders, Emerging Players, Vendor Benchmarking, Developmental Strategy Benchmarking, PESTLE Analysis, Value Chain Analysis

Company Profiles – Overview, Business Segments, Business Performance, Product Offering, Key Developmental Strategies, SWOT Analysis.

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About Global Insight Services:

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[technofactdaily]

Choose VPS Server Switzerland For Web Hosting - Serverwala

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[estnoc]

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[howdoireconnedctvpnavast]

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Fastest VPN server location

When it comes to choosing the fastest VPN server location, several factors come into play. VPN (Virtual Private Network) providers offer servers in multiple locations worldwide to enable users to access content securely and with enhanced privacy. For many users, speed is a crucial consideration when selecting a VPN server location.

The proximity of the VPN server to the user plays a significant role in determining connection speed. Generally, connecting to a server closer to your physical location results in faster speeds due to lower latency. For example, if you are located in New York and connect to a server in Los Angeles, your connection may be faster compared to connecting to a server in Europe.

Additionally, server workload and traffic volume can impact speed. Opting for a less congested server location can lead to faster connection speeds and smoother browsing experiences. VPN providers often offer information on server load and performance to help users make informed decisions.

Furthermore, the infrastructure and technology of the VPN server location can influence speed. Some locations may have better internet infrastructure and faster connection speeds, resulting in quicker VPN connections.

Ultimately, the fastest VPN server location varies for each user based on their location, internet speed, and specific needs. It is recommended to test different server locations to determine which one offers the best speed and performance for your requirements. By considering factors like proximity, server load, and infrastructure, users can optimize their VPN experience and enjoy faster, more secure browsing.

Secure VPN server country

Choosing a secure VPN server country is crucial for ensuring your online privacy and security. With numerous countries offering VPN services, it's essential to consider various factors before making a decision.

Firstly, look for countries with strong privacy laws and regulations. Countries like Switzerland, Iceland, and the Netherlands are known for their robust privacy laws and respect for online anonymity. Opting for a VPN server located in one of these countries can provide you with added peace of mind regarding your data protection.

Additionally, consider the political and legal climate of the country hosting the VPN server. Countries with stable political environments and a commitment to free speech are generally safer choices. Avoid countries with a history of government surveillance or those that may have agreements with other nations to share user data.

Furthermore, assess the server infrastructure and security measures in place. Choose VPN providers that employ advanced encryption protocols and regularly audit their servers for vulnerabilities. Look for servers with a strict no-logs policy, ensuring that your online activities remain private and anonymous.

Another factor to consider is server speed and reliability. Select a country with a well-developed internet infrastructure and numerous server locations to ensure fast and stable connections.

Ultimately, the best VPN server country for you will depend on your specific needs and preferences. Conduct thorough research, read reviews, and consider seeking recommendations from trusted sources to make an informed decision. By prioritizing privacy, security, and reliability, you can enjoy a safer and more secure online experience with your chosen VPN server country.

Optimal VPN server location

Choosing the optimal VPN server location is crucial for maximizing your online privacy, security, and browsing experience. With numerous server locations available worldwide, selecting the right one can significantly impact your internet connection speed and overall performance.

One primary consideration when choosing a VPN server location is your physical location. Connecting to a server that is geographically closer to you can often result in faster connection speeds due to reduced latency. This is because the data packets have a shorter distance to travel, resulting in quicker response times.

Another factor to consider is the location of the content or services you want to access. If you're trying to access region-restricted content or websites, connecting to a VPN server in that specific region can help bypass geo-blocks and provide access to the desired content. For example, if you want to watch a TV show that is only available in the United States, connecting to a VPN server located in the US can grant you access.

Moreover, some VPN providers offer specialized servers optimized for specific activities, such as streaming, torrenting, or gaming. These servers are typically configured to provide the best possible performance for those particular activities, ensuring smooth and uninterrupted usage.

Furthermore, considering the privacy and legal aspects is essential. Opting for a VPN server location in a country with robust privacy laws and no data retention requirements can enhance your anonymity and safeguard your online activities from surveillance and data logging.

In conclusion, selecting the optimal VPN server location involves considering factors like your physical location, desired content or services, specialized server offerings, and privacy concerns. By making an informed decision, you can ensure a secure and seamless browsing experience while using a VPN.

Best VPN server country for streaming

Choosing the best VPN server country for streaming can significantly enhance your streaming experience by providing faster speeds, better access to content, and improved security and privacy. While many factors contribute to selecting the ideal server location, several countries stand out for their streaming-friendly features.

One of the top choices for streaming enthusiasts is the United States. With its vast selection of content libraries across various streaming platforms like Netflix, Hulu, and Amazon Prime Video, connecting to a US-based VPN server grants access to a plethora of movies, TV shows, and exclusive content. Additionally, the US boasts high-speed internet infrastructure, ensuring smooth streaming without buffering or lag.

Another popular option is the United Kingdom. Renowned for its quality streaming services such as BBC iPlayer, ITV Hub, and Sky Go, the UK offers a diverse range of entertainment options, including live sports, dramas, and documentaries. Connecting to a UK VPN server enables users to access these platforms from anywhere in the world, enjoying unrestricted streaming at high speeds.

For those interested in Asian content, Japan emerges as a top choice. With its rich anime catalog and exclusive Japanese dramas and films, connecting to a VPN server in Japan opens up a world of entertainment for anime aficionados and fans of Asian cinema. Moreover, Japan's advanced internet infrastructure ensures a seamless streaming experience even for high-definition content.

In conclusion, when it comes to selecting the best VPN server country for streaming, factors such as content availability, internet speed, and regional restrictions play a crucial role. Whether you prefer the diverse content libraries of the US, the quality streaming services of the UK, or the niche offerings of Japan, choosing the right VPN server location can enhance your streaming experience and unlock a world of entertainment possibilities.

Reliable VPN server location

When it comes to choosing a reliable VPN server location, several factors come into play. The location of the VPN server can have a significant impact on the speed, security, and overall performance of your VPN connection.

One of the key considerations when selecting a VPN server location is the physical distance between the server and your actual location. Generally, connecting to a server that is geographically closer to you will result in faster connection speeds and lower latency. This is because the data doesn't have to travel as far, reducing the chances of congestion or delays.

Additionally, the legal jurisdiction of the VPN server location is important to consider. Different countries have varying laws regarding data privacy and surveillance. Opting for a VPN server located in a country with strong privacy laws can help ensure that your online activities are better protected from prying eyes.

Moreover, the number of servers available in a particular location can also impact the performance of your VPN connection. Choosing a server location with multiple servers can help distribute the load more evenly, reducing the chances of overcrowding and ensuring a more stable connection.

In conclusion, selecting a reliable VPN server location is crucial for achieving optimal performance and security while using a VPN service. By considering factors such as proximity, legal jurisdiction, and server availability, you can make an informed decision that meets your specific needs and preferences.

[kuldeep7417]

A Comprehensive Guide to Switzerland Dedicated Servers

Switzerland is renowned for its stability, security, and privacy, making it an attractive location for hosting servers, especially for businesses and individuals seeking reliability and data protection. If you're considering investing in a dedicated server in Switzerland, here's a comprehensive guide to help you navigate through the process:

1. Understanding Dedicated Servers:

What is a Dedicated Server?

A dedicated server refers to a physical server that is exclusively rented out to an individual or organization. Unlike shared hosting where multiple users share resources on the same server, a dedicated server provides full control, customization, and performance to the user.

Benefits of Dedicated Servers:

Performance: Dedicated resources ensure high performance and faster loading times.

Customization: Users have full control over server configuration, software installations, and security settings.

Security: With no other users sharing the server, security risks are minimized.

Scalability: Resources can be scaled up or down based on your requirements.

Reliability: Guaranteed uptime and stability, crucial for businesses.

2. Choosing a Hosting Provider:

Research Hosting Providers:

Look for hosting providers with a presence in Switzerland.

Check their reputation, uptime guarantees, and customer reviews.

Ensure they offer comprehensive support and maintenance services.

Consider Data Center Location:

Choose a data center located in Switzerland for compliance with Swiss data protection laws.

Consider the proximity of the data center to your target audience for better performance.

Assess Hardware and Network Infrastructure:

Ensure the hosting provider offers high-quality server hardware for reliability and performance.

Check for redundant network connectivity to minimize downtime.

3. Selecting Server Specifications:

Processor (CPU):

Choose a CPU based on your workload requirements.

Consider multi-core processors for demanding applications or high-traffic websites.

RAM:

Determine the amount of RAM needed based on the applications you'll be running.

Consider future scalability needs when selecting RAM.

Storage (HDD/SSD):

Decide between traditional HDD (Hard Disk Drive) and SSD (Solid State Drive) storage based on performance and budget.

SSDs offer faster data access times and are suitable for high-performance applications.

Bandwidth:

Assess your expected traffic volume to determine the required bandwidth.

Choose a plan with sufficient bandwidth to accommodate your needs without throttling.

IP Addresses:

Check if the hosting provider offers dedicated IP addresses.

Determine how many IP addresses you require for your applications or websites.

4. Security and Compliance:

Data Protection Laws:

Familiarize yourself with Swiss data protection laws (e.g., Swiss Federal Data Protection Act) to ensure compliance.

Ensure the hosting provider adheres to these regulations.

Security Measures:

Implement robust security measures, including firewalls, intrusion detection systems, and regular security audits.

Choose a hosting provider that offers DDoS protection to safeguard against attacks.

5. Management and Support:

Managed vs. Unmanaged Servers:

Decide whether you need a managed server with comprehensive support or prefer to manage the server yourself.

Support Services:

Ensure the hosting provider offers 24/7 technical support for prompt assistance with any issues.

Check for additional services such as server monitoring, backups, and software updates.

6. Pricing and Contract Terms:

Pricing Structure:

Compare pricing plans from different hosting providers.

Consider factors such as hardware specifications, support services, and contract terms.

Contract Terms:

Review the terms of service, including contract length, payment schedule, and cancellation policies.

Avoid long-term commitments initially to assess the quality of service.

Conclusion:

Investing in a Dedicated Server Switzerland can provide numerous benefits, including performance, security, and compliance with data protection laws. By understanding your requirements, researching hosting providers, and selecting appropriate server specifications, you can ensure a reliable and secure hosting environment for your applications or websites. Additionally, prioritize security measures, consider management options, and review pricing and contract terms to make an informed decision.

[swissforextrading]

A new data centre at CERN

A new data centre at CERN The inauguration of the new data centre in Prévessin. From left to right: Pippa Wells, CERN’s Deputy Director for Research and Computing; Charlotte Warakaulle, CERN’s Director for International Relations; Aurélie Charillon, Mayor of Prévessins-Moëns; Joachim Mnich, CERN’s Director for Research and Computing; Yves Nussbaum, Director Marché Industrie, AXIMA; and Enrica Porcari, Head of Information Technology Department at CERN. (Image: CERN) On 23 February 2024, a brand-new data centre was inaugurated on CERN’s Prévessin site (France), marking the completion of a major project for the Organization’s computing strategy. Spanning more than 6000 square metres and including six rooms for IT equipment with a cooling capacity of 2 MW each, the centre will host CPU (central processing unit) servers for physics data processing as well as a small amount of CPU servers and storage capacity for business continuity and disaster recovery (for example, when data is corrupted). CERN’s main data centre on the Meyrin site (Switzerland) will continue to house the majority of the Organization’s data storage capacity. The rate of data production of the experiments at the Large Hadron Collider (LHC) continues to grow, already reaching some 45 petabytes per week, and this is expected to double in the era of the High-Luminosity LHC, the major upgrade of CERN’s current flagship accelerator, the LHC. The data from these experiments is fed into the Worldwide LHC Computing Grid (WLCG), a collaboration of around 170 data centres distributed across more than 40 countries, with a storage capacity of about 3 exabytes and one million CPU cores distributed across the network. While the Meyrin data centre has so far performed the Tier 0 role, that is, the core for the LHC Computing Grid, the Prévessin centre will provide vital additional computing capacity to CERN. The new building was built in a record time of less than two years. It complies with strict technical requirements to ensure its environmental sustainability, and is equipped with an efficient heat-recovery system that will contribute to heating buildings on the Prévessin site. The backbones of our interconnected world, data centres are energy-intensive infrastructures. According to a recent report, their energy consumption accounts for about 1.5% of the European Union’s total electricity consumption. Two parameters characterise the environmental sustainability of a data centre: the power usage effectiveness (PUE) – the ratio of total data centre input power to IT load power – and the water usage effectiveness (WUE) – the ratio between the use of water in data centre systems and the energy consumption of the IT equipment. The new Prévessin centre has a PUE target of 1.1, lower than the worldwide average of 1.6, and close to 1.0, which would be the value for a perfectly efficient data centre, where all the power is delivered to the IT equipment. It has a WUE target of 0.379 litres per kWh thanks to an innovative water recycling system. The cooling system will be automatically triggered when the outside temperature reaches 20 degrees Celsius. Five huge fan-walls installed in each room will ensure that the overall temperature does not exceed 32 degrees Celsius. The new centre was designed, built and will be operated in the framework of a FIDIC (International Federation of Consulting Engineers) Gold Book contract, which also ensures its financial sustainability. The building’s IT rooms will gradually be equipped with up to 78 racks each. Starting from the top-floor rooms, they are expected to be fully equipped over the next ten years. ndinmore Fri, 02/23/2024 - 15:12 Byline Antonella Del Rosso Publication Date Fri, 02/23/2024 - 15:10 https://home.cern/news/news/computing/new-data-centre-cern (Source of the original content)