The PHP team has released urgent security patches for two critical vulnerabilities, CVE-2026-109618 and CVE-2026-109619, both rated CVSS v4.0 9.2. If your server or application runs PHP, this update should be treated as a top priority.

The PHP team has released urgent security patches for two critical vulnerabilities, CVE-2026-109618 and CVE-2026-109619, both rated CVSS v4.0 9.2. If your server or application runs PHP, this update should be treated as a top priority.

What is the risk?

According to PHP, these vulnerabilities can allow unauthenticated remote code execution (RCE). In practical terms, an attacker could run arbitrary code on an affected server without needing any login or credentials. Every PHP installation that serves web requests is potentially exposed.

Which versions fix the issue?

Update to the patched release for your current PHP series:

Current series	Update to
PHP 8.5	8.5.12
PHP 8.4	8.4.27
PHP 8.3	8.3.36
PHP 8.2	8.2.35

Installed PHP from your Linux distribution?

PHP notes that Linux distributions and LTS vendors received the patches in advance. If you installed PHP through your distribution’s package manager, check your vendor for updated packages. Keep in mind that distribution version numbers may differ from the official PHP versions listed above.

Behind Cloudflare’s WAF?

Cloudflare has deployed WAF mitigations against these vulnerabilities. This reduces exposure but does not remove the vulnerability itself. Updating PHP remains the only complete fix.

Can’t update right away? Check mitigation steps

PHP’s official security advisory outlines temporary measures to reduce exposure to specific attack paths. These should be seen as a short-term stopgap only, not a substitute for patching.

RCE via OOM corruption (CVE-2026-109618):

1. Set memory_limit=-1, preferably in a way applications can’t override, such as php_admin_value in the FPM pool or Apache configuration, and check that no pool, directory or application setting puts a finite limit back. This removes the controllable PHP memory limit failure, but an underlying allocation failure can still reach the vulnerable path.
   
2. Set a low post_max_size. For applications that don’t require file uploads, set post_max_size = 8M. If file uploads are necessary, set post_max_size = 32M. Keep upload_max_filesize below post_max_size. Consider enforcing limits at the web server or proxy level for decoded request size, input field count, multipart part count, header count, and nesting depth. These limits must also cover requests without a usable Content-Length.
   
3. Use a container or cgroup limit as an availability boundary, preferably with a policy that kills only the affected worker. Do not substitute RLIMIT_AS or RLIMIT_DATA, as these can cause the vulnerable allocation failure.

RCE via stale global state (CVE-2026-109619):

1. Set session.upload_progress.enabled=0 and restart every worker. Use php.ini, an FPM pool or server configuration that applies before request parsing. Do not rely on ini_set() or FPM .user.ini. This blocks the confirmed session paths but not other variants.
   
2. On PHP 8.5, set fatal_error_backtraces=0 and restart every worker. This blocks the confirmed fatal backtrace path only.
   
3. Remove invalid or deprecated settings applied per request that emit diagnostics before initialization. Hiding diagnostics with error_reporting, display_errors or @ does not help.
   
4. Fix attacker-reachable fatal errors and execution timeouts, including failures in callbacks, upload or import processing and cleanup.

Next Steps

1. Identify every server and application running PHP in your environment.
2. Apply the patched version (or your distribution’s updated package).
3. Restart PHP-FPM / your web server so the new version is loaded.
4. Confirm the running version with php -v or your control panel.

For the full advisory and update instructions, visit php.net.

Need help? Contact Your Hosting Provider Today

If you’re a NetShop ISP Managed Services customer, please contact our support team to schedule the update. All PHP patching requests related to these vulnerabilities will be handled with high priority. If you manage your own server and need help applying the update, our support team is also available to assist.

NetShop ISP, the Cyprus-based infrastructure provider brings low-latency hosting, DDoS protection and managed services to the SiGMA World expo, 2–5 November.

NetShop ISP, the infrastructure partner to FX brokers, prop firms, liquidity providers and fintech companies, will exhibit at FX.world, taking place 2-5 November 2026 at Fiera Roma in Rome, Italy. The company’s CEO and Founder Stefano Sordini will also moderate the panel “The Tech Playbook Every Broker Should Be Watching”.

FX.world is part of the SiGMA World Group, alongside SiGMA, AIBC and Affiliate Grand Slam, and is billed by its organisers as the biggest fintech event in the world. The Rome edition expects more than 30,000 delegates, 1,000+ exhibitors and 300+ speakers across four days of business and networking.

The exhibition floor brings together brokers, liquidity providers, trading technology vendors, prop firms, payment providers, affiliates and IBs. The conference programme covers AI and automation, liquidity, payments, brokerage innovation and regulation, and the week closes with the FX.world Awards gala on 3 November.

Meet NetShop ISP at Booth 8028

With more than 20 years in hosting and deep roots in the FX sector, NetShop ISP knows that latency, uptime and security translate directly into a broker’s revenue. At its stand, the team will meet brokers and fintech operators who need infrastructure that scales with trading volumes and stands up to regulatory scrutiny.
Visitors can explore:

• Dedicated servers and VPS for MetaTrader, trading platforms, CRM and back-office systems
• Colocation and connectivity across Equinix data centres worldwide, close to the liquidity venues that matter
• DDoS protection that keeps trading servers reachable when attacks hit
• Managed services and cloud infrastructure, so in-house teams can focus on product rather than operations

On stage: The Tech Playbook Every Broker Should Be Watching

Beyond the exhibition floor, Stefano will moderate “The Tech Playbook Every Broker Should Be Watching” on Wednesday, 4th of November at 13:30 (Global Finance Stage, Hall 8). The session brings together key people from the FX and Fintech sectors to examine the technology choices now separating leading brokers from the rest of the market.

• Stefano Sordini (CEO, NetShop ISP) – Moderator
• Victor Ivanov (Regional Head of Business Development (EMEA), Brokeree Solutions) – Panelist
• Magda Karapetyan (Founder & CEO, Avora Markets) – Panelist
• Shmulik (Sam) Kordova (CCO, Leverate) – Panelist
• Borislav Alendarov (Head of Trading Operations, Devexperts) – Panelist

NetShop ISP will be represented in Rome by its CEO and Founder, Stefano Sordini, and its CTO, Yiota Pingou, who leads the company’s R&D. Both will be available throughout the four days to discuss low-latency architecture, trading platform hosting, DDoS resilience and expansion into new regions with brokers, prop firms and fintech teams.

Book a meeting today to secure your slot.

Discover why cPanel remains a top hosting control panel in 2026. From managing multiple domains to simplifying client accounts with WHM, see how it gives businesses, agencies, and bloggers a stable, easy-to-use foundation.

As businesses grow increasingly dependent on their online presence, choosing the right hosting environment becomes more critical than ever. Despite the evolving landscape of cloud technologies and container-based deployments, cPanel hosting remains a dominant choice among startups, SMEs, agencies, and even some enterprise environments. Its combination of usability, stability, and feature-rich management tools makes it one of the most practical and reliable solutions for running business-critical websites.

If your organization aims to maintain a fast, secure, and easily manageable online ecosystem without hiring a full-time system administrator, cPanel hosting continues to be an outstanding fit; especially in 2026, where simplicity and performance go hand-in-hand.

A User-Friendly Control Panel That Anyone Can Master

One of the core strengths of cPanel hosting is its intuitive interface. Even individuals without technical backgrounds can quickly learn how to:

• Manage domains and subdomains
• Configure email accounts
• Set up security certificates
• Install applications
• Monitor performance

This ease of use significantly reduces the learning curve, allowing business owners and marketing teams to oversee website operations without relying heavily on IT departments.

Additionally, for agencies managing multiple client sites, cPanel speeds up everyday workflows by providing consistent, centralized tools.

The Power of One-Click Software Installation

cPanel integrates with auto-installation tools like Softaculous, enabling users to deploy hundreds of popular applications within seconds. Whether your website runs on WordPress, Joomla, Magento, or a custom PHP framework, the installation process is smooth and user-friendly.

For businesses with limited time or technical expertise, the ability to deploy a CMS or database system in a single click is invaluable. It also reduces the number of configuration errors, helping ensure a stable, secure deployment from day one.

Strong Security Tools Built into the Platform

Security remains at the forefront of digital concerns, and cPanel helps businesses stay protected through various built-in features:

• SSL management
• Two-factor authentication
• IP blocking and firewall rules
• Virus and malware scanning
• Directory password protection

The platform also streamlines routine security updates, ensuring essential components like PHP versions, SSL certificates, and email security settings remain up to date.

This makes cPanel hosting a strong fit for companies that need a stable, reliable environment without investing heavily in dedicated cybersecurity teams.

Consistent Performance for Small and Medium Websites

Modern cPanel hosting environments often run on NVMe-powered servers, LiteSpeed technologies, or optimized Apache configurations that deliver faster page loads and smoother database interactions. When paired with caching tools like LSCache or Redis, websites can achieve impressive speed improvements; often without changing a single line of code.

For business owners, this means:

• Higher Google rankings
• Lower bounce rates
• Better user engagement
• Improved conversion rates

Ideal for Agencies, Bloggers, and Multi-Site Owners

cPanel is particularly well suited to digital agencies, freelancers, and content creators who manage multiple domains. Features like Addon Domains, subdomains, and one-click installers for WordPress and other CMS platforms make it easy to launch new sites and grow a web portfolio without added complexity.

For agencies, pairing cPanel with WHM (Web Host Manager) adds even more value. Each client can have a separate, isolated account with its own resource limits, email, and backups. This makes onboarding new clients, allocating resources, and keeping billing predictable much simpler. Built-in tools such as AutoSSL, automated backups, and per-account access controls also cut down routine admin work, leaving more time for client projects.

Deploy A Website Today with NetShop’s Managed cPanel Hosting

In a hosting landscape full of complex options, cPanel remains a reliable, user-friendly, and efficient platform for businesses of all sizes. Its mature ecosystem, broad support for third-party tools, and familiar interface keep it a trusted standard across the industry.

If you want a stable foundation for your website that balances simplicity with performance, cPanel hosting is still a top choice in 2026. Explore the web hosting plan that best fits your online goals, and build your presence on a platform designed for long-term success.

In one of the most dramatic regulatory reversals the global iGaming industry has ever seen, Brazil has moved to shut down its entire online betting market, less than two years after it was formally regulated. What happened President Lula signed Provisional Measure 1,394 on Friday, 25th of September 2026, and it took effect as soon […]

In one of the most dramatic regulatory reversals the global iGaming industry has ever seen, Brazil has moved to shut down its entire online betting market, less than two years after it was formally regulated.

What happened

President Lula signed Provisional Measure 1,394 on Friday, 25th of September 2026, and it took effect as soon as it was published in a special edition of the official gazette, meaning no licensed operator could accept another deposit from that moment on. Sites and apps are scheduled to go offline on 6 October. The measure covers sports betting and online games, both physical and virtual, and extends to state and Federal District authorisations as well as federal licences.

The timeline for players is tight. Bettors have until the 5th of October to withdraw their funds; after that, operators must credit remaining balances to customers’ registered accounts between 9 and 14 October, whether or not the customer requests it.

Why Brazil acted

The government frames the ban as a public health and household-finance emergency. According to the Ministry of Finance, gambling drained roughly 62.5 billion reais from household budgets over the past year, and one in five primary and secondary students admits to having gambled online, rising to almost half among older students. A 2025 study by the Institute of Studies for Health Policies estimated that betting and gambling cost Brazilian society 38.8 billion reais annually and contribute to suicide and depression (ABC News).

Lula compared the sector to a cancer that must be removed before it spreads, and his administration argues that earlier regulatory measures failed to prevent financial harm to Brazilian families. The public appears largely on his side: an Atlas/Bloomberg survey found about 59.9% of Brazilian adults support banning internet betting (Focus GN)

Industry pushback

Licensed operators, many of whom paid heavily to enter the market, are preparing for a legal fight. The National Association of Games and Lotteries (ANJL) warned the ban would cost billions in tax revenue, eliminate thousands of jobs, and could push more than 30 million gamblers towards illegal websites. The IBJR industry body said it will go to court to recover licence fees and investments, while legal advisers argue the subject belongs in Congress rather than a provisional measure, and specialists expect the dispute to reach the Supreme Federal Court(iGaming Express).

The bigger lesson: regulatory risk is infrastructure risk

For any business operating in regulated online sectors, whether iGaming or Forex Brazil is a stark reminder that a fully licensed market can close almost overnight. Companies that invested in local compliance now face forced shutdowns, mass customer refunds and blocked domains within days.

Resilient operators plan for this. Geographically diversified infrastructure, the ability to migrate or wind down services quickly, and hosting partners experienced with regulated industries are no longer “nice to have”; they are core to business continuity.

In financial markets, the distance between a trading server and a liquidity source is no longer measured in kilometers; it’s measured in microseconds. As FX brokers, prop trading firms and liquidity providers keep pushing for faster execution and tighter spreads, the physical wiring that connects their systems becomes just as important as the algorithms running […]

In financial markets, the distance between a trading server and a liquidity source is no longer measured in kilometers; it’s measured in microseconds. As FX brokers, prop trading firms and liquidity providers keep pushing for faster execution and tighter spreads, the physical wiring that connects their systems becomes just as important as the algorithms running on top of it. This wiring is called cross connect.

Cross connects don’t get much attention compared to trading algorithms or liquidity aggregation software, but they are the ones that decide if a trading infrastructure performs well or falls behind the competition.

What Is a Cross Connect?

A cross connect is a direct physical cable (typically fiber) that links two pieces of equipment or networks inside the same data center, bypassing the public internet entirely.

Instead of routing traffic through multiple hops, routers, and carriers, it creates a dedicated, private point-to-point path between two parties housed in the same facility. If we take the FX industry as an example, these two parties could be a broker’s trading server linked directly to a liquidity provider‘s gateway.

Why It Matters in Financial Trading

For latency-sensitive strategies, every additional network hop introduces delay, jitter, and a small but real chance of packet loss. In markets where prices update dozens of times per second, that delay can be the difference between filling an order at the intended price and suffering slippage. Cross connects address this in a few ways:

• Lower, more predictable latency. A direct fiber path is shorter and more consistent than a routed connection through the public internet, reducing both average latency and the variability that makes execution unpredictable.
  
• Reduced exposure to the public internet. Keeping order flow, pricing feeds, and account data off shared networks lowers the attack surface for interception, spoofing, or denial-of-service attempts.
  
• Higher reliability. A dedicated physical link isn’t subject to the congestion or routing changes that can affect internet-based connections, which matters when a few seconds of instability can trigger missed fills or requotes.
  
• Simplified redundancy planning. Firms can build resilient architectures by running cross connects across diverse fiber paths and, where needed, to secondary sites for failover.

Why the FX Market Runs on Cross Connects Specifically

Foreign exchange has no single central exchange. Instead, banks, liquidity providers, ECNs, and prime brokers all price the same currency pairs independently, in parallel, across the globe.

A decentralized market like this only works efficiently if its participants can reach each other directly, which is exactly why global interconnection hubs, particularly Equinix campuses such as NY4 in New Jersey, LD4 in London, and TY3 in Tokyo, have become the industry’s hubs.

These campuses function less like ordinary data centers and more like physical marketplaces: hundreds of institutions host or colocate their digital infrastructure there specifically to be within cross-connect distance of one another.

That proximity turns each facility into a self-reinforcing hub; the more financial institutions connected inside it, the more reason a new entrant has to be established there too.

What to Consider When Establishing Cross Connects

Not every cross connect is created equal, and a few factors typically decide whether a setup delivers on its promise:

1. Data center selection. Proximity to the liquidity providers and other providers/institutions you need to reach matters. The right facility is the one where your key counterparties already have a presence.
   
2. Path diversity and redundancy. A single cross connect is a single point of failure, so firms serious about uptime typically provision redundant paths, and sometimes redundant facilities, to avoid one faulty cable taking down execution.
   
3. Provisioning speed and flexibility. As trading relationships change, the ability to add or reroute a cross connect quickly, without lengthy carrier lead times, keeps infrastructure aligned with business needs.
   
4. Support and monitoring. Physical connectivity still needs active oversight; providers with 24/7 monitoring and fast fault response cut the time a connectivity issue stays unresolved.

Building Infrastructure That Keeps Pace With the Market

As trading ecosystems become more interconnected and latency requirements shrink further, cross connects are shifting from a nice-to-have to becoming a core infrastructure. This is where NetShop ISP’s XConnect service was built for: helping brokers, liquidity providers, and prop firms establish direct, low-latency connectivity across major financial data centers without managing the underlying carrier relationships themselves.

Whether you’re mapping out new trading infrastructure or auditing an existing setup, understanding how and where your cross connects are provisioned is worth the exercise. Contact our hosting representatives for a quote tailored to your organization’s bespoke requirements.

In this article, we’ll explore why NVMe is a far better storage solution compared to SSDs, highlighting the key differences and the industries that benefit most from this advanced technology.

When it comes to server performance, storage solutions play a critical role in determining speed, efficiency, and reliability. As technology advances, storage options have evolved, and one of the latest innovations is NVMe (Non-Volatile Memory Express) storage. Unlike traditional SSDs (Solid State Drives), NVMe storage offers significantly improved performance, making it an ideal solution for businesses that rely on fast, efficient data processing and retrieval.

In this article, we’ll explore why NVMe is a far better storage solution compared to SSDs, highlighting the key differences and the industries that benefit most from this advanced technology.

Understanding the Basics: SSD vs. NVMe

Before diving into the advantages of NVMe, it’s essential to understand the difference between SSD and NVMe. SSDs have replaced hard disk drives (HDDs) in many servers because of their faster read/write speeds and reliability. Traditional SSDs use the SATA (Serial ATA) interface, which is limited by the bandwidth of that connection.

On the other hand, NVMe is a newer interface specifically designed for modern flash memory. It uses the PCIe (Peripheral Component Interconnect Express) interface, which provides a direct connection between the storage and the CPU. This means that NVMe drives can handle significantly more data at much faster speeds compared to SSDs. In fact, NVMe storage can be up to 6 times faster than SATA-based SSDs, with lower latency and improved power efficiency.

For dedicated server environments where speed and data throughput are critical, such as web hosting or running virtual private servers (VPS), NVMe is an essential upgrade.

Main Differences of NVMe SSD vs Traditional SSD (SATA)

Feature	NVMe SSD	Traditional SSD (SATA)
Interface	PCIe (direct to CPU)	SATA III
Protocol	NVMe	AHCI
Maximum Theoretical Bandwidth	Up to ~7,000+ MB/s (PCIe 4.0 x4)	~600 MB/s
Latency	Very low (microseconds)	Higher (still low vs. HDD, but limited by AHCI)
Parallelism (I/O Queues)	Up to 64,000 queues, 64,000 commands each	1 queue, 32 commands
Typical Random IOPS	500,000+ (although most NVMe brands offer up to 1 Mil. IOPS)	~90,000–100,000
Form Factor	M.2, U.2, U.3, PCIe add-in card	2.5″ drive, M2
Cost (per GB)	Higher	Lower
Power Efficiency	Higher performance-per-watt, but higher peak draw	Lower peak power draw

Key Advantages of NVMe Storage Over SSDs

1. Unmatched Speed and Performance

NVMe drives have a clear advantage over SSDs in terms of speed. Thanks to the PCIe interface, NVMe drives can achieve read/write speeds of up to 3,500 MB/s, compared to around 550 MB/s for a standard SATA-based SSD. This increase in speed is crucial for tasks that require rapid data access and processing, such as database management, high-traffic websites, and cloud computing applications.

NVMe drives are also capable of handling multiple requests simultaneously due to their superior IOPS (Input/Output Operations Per Second) performance. This means faster data processing, which translates to quicker load times for applications, enhanced multitasking, and an overall improved user experience.

2. Lower Latency

Another critical factor is latency, which refers to the delay in processing requests for data. With traditional SSDs, data has to travel through several stages before it reaches the CPU, leading to higher latency.

NVMe reduces these stages, resulting in minimal delay and more efficient data handling. Lower latency is especially beneficial for time-sensitive applications, such as forex trading platforms or gaming servers, where even a slight delay can negatively affect performance.

3. Enhanced Power Efficiency

NVMe drives are not only faster but also more power-efficient than their SSD counterparts. They consume less power per I/O operation, meaning that businesses can expect lower energy costs while enjoying faster data processing. This is particularly valuable for large-scale data centers or servers handling high volumes of traffic where efficiency and cost savings are paramount.

4. Scalable for Modern Applications

As businesses continue to evolve and grow, their storage needs also change. NVMe drives are built to scale with modern applications, making them a perfect fit for industries that require high-speed data access and large-scale storage solutions.

Whether it’s cloud computing, artificial intelligence (AI), or big data analytics, NVMe storage can keep up with the increasing demands of these high-performance environments.

5. Future-Proof Technology

SSDs were once seen as the gold standard for storage solutions, but with the advent of NVMe, the future is clear. As more software and hardware are optimized for NVMe’s superior speed and performance, businesses that adopt this technology will find themselves better positioned for the future of digital infrastructure.

Industries That Benefit the Most from NVMe Storage

With its superior speed, low latency, and high throughput, NVMe storage is ideal for a wide range of industries that rely on server performance to succeed. Here are the top five industries that benefit the most from NVMe storage:

1. Forex Trading: In the fast-paced world of forex trading, milliseconds matter. Traders need access to real-time data and lightning-fast execution of trades. NVMe storage’s low latency and high throughput allow FX trading platforms (such as MetaTrader MT5) to process large volumes of data quickly, giving Forex brokers an edge in this competitive environment. Additionally, NVMe-powered VPS servers are becoming the most popular option among forex traders who seek an uninterrupted, fast-performing hosting environment for their automated trading strategies.

2. Online Gambling and Gaming: Gaming and online gambling servers host millions of players and transactions every day. Any latency or downtime can result in a loss of users and revenue. NVMe storage ensures that gaming servers can process multiple user requests simultaneously with minimal delay, providing a seamless and enjoyable experience for users. Learn more about hosting solutions for online gaming in our dedicated servers section.

3. E-Commerce: Online retail platforms need to provide a smooth, responsive experience for customers, especially during peak traffic times like Black Friday or Cyber Monday. Slow website load times or payment delays can cost e-commerce businesses millions. With NVMe storage, online stores can handle large amounts of traffic, transactions, and database requests with ease.

4. AI: AI workloads are fundamentally data-hungry, and storage speed directly impacts training and inference efficiency. Large language models and deep learning pipelines require rapid access to massive datasets — often terabytes of images, text, or sensor data — during training, and NVMe’s high throughput and low latency eliminate storage as a bottleneck, keeping GPUs fed and reducing idle compute time.

5. Cloud Service Providers: Cloud service providers need to offer fast, reliable storage for a wide range of clients, from small businesses to enterprise-level corporations. NVMe’s scalability and efficiency make it an ideal solution for cloud infrastructure, allowing providers to deliver faster services with reduced operational costs.

NVMe-powered Servers; a clear choice for the future of Hosting

NVMe storage offers a significant upgrade over traditional SSDs, providing faster speeds, lower latency, better power efficiency, and scalability for modern applications. For businesses that rely on high-performance servers, whether for forex trading, online gambling, or cloud services, NVMe is a game changer.

As a hosting provider, NetShop ISP understands the critical importance of delivering top-tier performance to our customers. That’s why we’ve recently integrated NVMe storage into our dedicated and virtual private servers.

To learn more about how NVMe storage can improve your server performance, contact our customer service representatives to retrieve more information or get a quote for an NVMe-powered server tailored to your specific needs.

In this article we provide a detailed guide on an ideal server setup for an e-commerce store in 2026, with practical recommendations based on traffic, technology choices, and security needs.

By 2026, e-commerce platforms are highly dynamic, data-intensive environments that rely on speed, stability, and intelligent scaling. Shoppers expect fast product loading, friction-less checkout, and 24/7 availability, while businesses must manage inventory systems, payment gateways, marketing automation, analytics engines, and integrations with external services.

This makes server configuration one of the most critical elements of a successful e-commerce operation. A poorly optimized setup can lead to abandoned carts, SEO penalties, and limited growth potential. Conversely, a well-configured 2026-ready environment ensures a smooth customer experience and long-term business resilience.

In this article we provide a detailed guide on an ideal server setup for a modern online store, with practical recommendations based on traffic, technology choices, and security needs.

High-Performance CPU and Adequate RAM

E-commerce platforms, including Magento, WooCommerce, PrestaShop, and custom micro services, are resource-intensive. Modern stores handle multiple simultaneous operations, such as product filtering, search indexing, API syncing, and dynamic page generation.

Here is a recommended virtual server (VPS) configuration baseline for 2026:

• 8 vCPU or higher (high-frequency preferred)
• 16–32 GB RAM, depending on catalog size
• Extra memory if running Redis or Elasticsearch

Choose CPUs optimized for single-thread performance, as search queries, payment operations, and dynamic rendering rely on fast individual cores.

NVMe Storage for Faster User Experience

By 2026, SSDs are no longer sufficient for high-performance e-commerce. NVMe storage significantly improves database queries, indexing, caching, and checkout responsiveness.

Benefits include:

• Faster product filtering and search
• Reduced page build times
• Smoother multi-user cart performance
• Improved Google Core Web Vitals

Dedicated Database Instances

Separating application and database workloads improves stability and scalability. Medium to large e-commerce sites should consider:

• MySQL, MariaDB, or PostgreSQL on a dedicated server or VPS
• 8–16 GB RAM reserved exclusively for database operations
• Properly tuned buffers, caches, and indexing

This structure prevents slowdowns during peak hours and supports advanced reporting and analytics.

Finally, segregation of web application from the database enhances the overall infrastructure security; the database has no reason being accessible over the public internet so system admins should be configuring a private network between the front-end application and the database layer.

Caching Layer for Maximum Efficiency

Caching is often overlooked but critical for performance. A layered approach delivers the best results:

• Redis for sessions and object caching
• Varnish or LiteSpeed Cache for full-page caching
• CDN for static assets like images, scripts, and thumbnails

The outcome is instantaneous product browsing, lower resource consumption, and higher conversion rates.

Load Balancer for Scaling Traffic

For stores handling large sales events or flash promotions, load balancing is essential.

Recommended setup:

• Two or more web servers behind a load balancer
• Auto-scaling policies for high-traffic periods
• Database cluster or read replicas for distributed queries

This ensures the site remains responsive during traffic spikes.

Security Requirements for E-commerce in 2026

Security continues to be a top concern, and customers trust you with sensitive information. Essential components include:

• Web Application Firewall (WAF)
• DDoS protection
• Daily offsite backups and snapshots
• Encrypted connections for internal and external APIs
• Malware monitoring and intrusion detection
• Compliance with PCI-DSS standards

Global Edge Content Delivery

Edge content delivery refers to a framework designed to speed up how web content reaches end users. It works by storing and serving online assets, like images, videos, and webpages, from servers located close to the user’s physical location. These distributed servers are commonly called edge locations or Points of Presence (PoPs).

For international audiences, deploying regional nodes helps with:

• Faster loading times
• Improved local SEO
• Higher conversion rates
• Reliable checkout during peak seasons

Edge delivery reduces latency and ensures a consistent shopping experience worldwide.

Summary for the Ideal E-commerce Server Setup

Building a modern e-commerce platform requires more than just an attractive storefront. Your server configuration directly affects how customers experience your brand. Investing in a future-proof hosting architecture that delivers speed, security, and scalability is essential for growing sales and maintaining customer trust.

At NetShop ISP, we provide hosting solutions tailored for high-performance e-commerce stores. Our services include Web Application Firewall protection, DDoS mitigation, and scalable infrastructure to ensure your store stays fast, secure, and reliable. Explore our e-commerce hosting solutions and give your platform the foundation it needs to thrive in 2026 and beyond.

Get in touch with our Solution architects for a free consultation about setting up or migrating your e-commerce site to a reliable, high-performing server.

NetShop ISP announces vFirewall, a new firewall service running on the edge of its cloud infrastructure’s network.

We are excited to announce vFirewall, our new firewall service running on the edge of our cloud infrastructure’s network!

What is vFirewall?

vFirewall moves firewall protection out of your VPS and onto the infrastructure layer. Instead of configuring and maintaining iptables, ufw, firewalld, or any other firewall software, your traffic is filtered before it ever reaches your server.

That means one less service running on your server, one less thing that can be misconfigured, and one less digital asset to defend.

The vFirewall Advantage

No installation, no maintenance – Traditional firewalls reside inside the operating system, competing for CPU and memory, and requiring careful rule management to avoid accidentally locking yourself out. vFirewall eliminates that entirely. There’s nothing to install, patch, or break.

Enhanced security by default – Filtering happens before the traffic reaches the VPS so malicious packets are stopped at a layer above the VPS. This minimizes the window for exploitation, even if the VPS operating system has vulnerabilities.

Simple, centralized management – Manage all your firewall rules from myNetShop, the intuitive self-service control panel. Whether your VPS is running on Ubuntu, Almalinux, Debian, or Windows, you are dealing with one simple interface to manage the firewall rules for all.

Zero performance overhead on the VPS – Since the firewall rules enforcement happens at a network level, your VPS’s resources are dedicated entirely to the applications, not to filtering traffic.

Available Now on VPS PRO Plans

vFirewall is included with all VPS Pro packages (fixed-specs and Flexi) at no additional cost.

For instructions on how to use vFirewall please read this tutorial. For any questions, clarifications or further information please contact us at any time.

In this article, we walk through what one can do with a Hermes agent; from simple yet repetitive personal assistant tasks to complex research and development tasks. Also we explain why running Hermes agent on a VPS is far better than running it on a local machine/laptop.

We’ve had Hermes Agent running on one of our own dedicated VPS servers in Amsterdam for a few weeks now, mostly as an internal experiment that turned into an actual product. So instead of another “here’s what AI agents can theoretically do” post, this one is closer to a field report – real commands, real setup steps, and the things that actually turned out to be useful once we stopped tinkering and started using it.

Quick background for anyone who hasn’t run into it yet: Hermes Agent is Nous Research’s open-source, self-hosted agent. Not a model – an actual agent application, with its own CLI, memory, and a “skills” system, that you point at whichever model you want underneath (their own Hermes models, Claude, GPT, whatever you’ve got API access to). That distinction trips people up constantly, so it’s worth getting straight before anything else.

Getting Hermes Agent running

The install is a single line:

root@localhost:~$ curl -fsSL https://hermes-agent.nousresearch.com/install.sh | bash

That pulls down Python, Node, ripgrep, ffmpeg, and everything else it needs, and drops the whole thing into ~/.hermes/hermes-agent.

Once it’s done, reload your shell and run hermes –tui to open the terminal interface. First thing it asks is which model to use – we pointed ours at a hosted Hermes model through Nous Portal for the general agent work, though you can just as easily wire in Claude or ChatGPT if that’s what you’re already paying for.

If you’d rather keep it boxed off from the rest of the server, there’s a Docker path too:

root@localhost:~$ mkdir -p ~/.hermes

and then run:

root@localhost:~$ docker run -it --rm -v ~/.hermes:/opt/data nousresearch/hermes-agent setup

That -v ~/.hermes:/opt/data bit matters as it’s the only place Hermes keeps its state (config, memory, skills, logs), so mapping it to a folder on the host means a container restart doesn’t wipe anything.

What we actually use Hermes Agent for

Log screening – You can point Hermes agent at a log file and ask it directly: “summarize the last 200 lines of /var/log/nginx/error.log” . It will read the contents of the file and give you a summary of what happened, not a wall of raw lines.

Skills instead of one-off scripts – Skills are just instruction files that teach the agent how to do a specific job: deploy something, generate a report, run a specific check. You can browse what’s already out there, search by keyword, and install a skill straight from the hub, for example: hermes skills search kubernetes

Talking to it from somewhere other than a terminal. Hermes gateway setup walks you through connecting Telegram, Slack, Discord, or a handful of others. This is useful if you want people to be able to use without having to ssh on a server!

It remembers things. You can show Hermes agent how to fix something once and it holds onto that. For example, you can ask it to restart mysql service after as specific failure. You can ask it again weeks later, and it already knows the context, instead of starting from scratch like a normal chatbot would.

Hermes Agent Use Cases

Here are some use cases of Hermes Agent shared by people, showing the different ways it’s changed how they work.

Personal Assistant
“every weekday at 9am, summarize my inbox and post to Slack,” and it creates the schedule. No config files. No cron syntax.” Read more >

Content Creation
“I use Hermes to generate tweet threads from my past YouTube scripts, then start a brand new session and watch it recall everything without me re-uploading a single file.” Read more >

Security
“I’ve put together a skill to protect against some of the common LLM / AI threats and some of my recommended security policies that are being used to good effect on other AI agent tools.” Read more >

Why run Hermes Agent on a VPS instead of a laptop

A dedicated VPS keeps the agent, its memory, and its skills available whenever you need them, reachable over Telegram or SSH from anywhere, without occupying your own machine or losing state every time you close a session.

It’s also just easier to give a whole team access to one shared agent running on shared infrastructure than to have everyone running their own local copy with no shared memory between them.

Get Hermes Agent on a VPS in just One Click

NetShop’s newly launched Hermes Agent VPS product brings the popular AI agent to you in just one click. No need to have linux or server adminstration experience. Just pick a plan through the Hermes Agent VPS page and it’s ready to go, pre-configured and reachable from wherever you work.

NetShop ISP announce the availability of Hermes AI Agent on its VPS product range. Available for deployment in multiple regions around the worldwide.

We have been working on this for quite some time, mainly for internal use only. Today, we are rolling it out to everyone: Hermes Agent VPS, a self-hosted AI agent server that you can now deploy with a single click!

We didn’t want Hermes to be something you had to fight to set up. Self-hosting an AI agent usually means wrestling with GPU drivers, Docker configuration, and lots of other installation dependencies. That’s the opposite of what most businesses want from their infrastructure provider.

If you have been keeping an eye on the AI space, you’ll know that “agents” are the new hot trend. Most of what gets called an agent is really just a chatbot with a few extra hooks bolted on. Hermes isn’t that. It’s built on Nous Research’s open-weight Hermes models, and it’s designed to get things done – not just answer questions about them.

What is Hermes Agent?

Hermes is an open-source AI agent framework that runs entirely on your own infrastructure (self-hosted). Unlike the AI tools most businesses use today, nothing about how Hermes works requires sending your data off to a third party. The model, the conversation history, the documents it reads, the commands it runs – all of it stays on your server, under your control.

That distinction matters more than it might sound. If your business handles client contracts, financial records, trading data, or anything else you’d rather not hand to an external API, running your own agent changes the conversation entirely. You get the benefits of AI assistance without the compliance headache of a third party holding your data.

What Hermes Agent Can Do

Once you get your Hermes AI Agent VPS is up and running, you can start getting it to do almost any repetitive or research-heavy task your team deals with day to day:

• Emails filtering – reading, categorising, and drafting first-pass responses to incoming emails or tickets.
• Log and monitoring summaries – optimizing a tsunami of server logs or alerts into a plain-English summary of what actually needs attention
• Document search and internal knowledge base – answering questions from your own runbooks, wikis, and internal docs instead of generic training data
• Content and drafting support – producing first drafts of client communications, reports, or internal documentation
• Website and SEO auditing – crawling and assessing your own site for search and AI-answer-engine readiness

Something which we, at NetShop ISP, love about Hermes agent is its orientation for technical teams. It ships with a proper CLI, supports tool integrations and skills you can install on demand, and can be connected into an existing infrastructure.

Deploy your first Hermes AI Agent in One Click

Deployment works exactly like the rest of our VPS products: choose your desired Hermes Agent VPS plan from our website, proceed to checkout and deploy. Within minutes you will have a running agent, ready to be pointed at whatever task you want to hand it first.

If you are not sure where and how to start, please contact us and we will get in touch to assist further.

In this article we break down the concrete steps to make your infrastructure resilient and protect your website from DDoS attacks in 2026.

DDoS attacks are no longer occasional spikes of bad traffic; they are a constant, industrialized part of the internet’s background noise. Cloudflare alone mitigated over 20 million attacks in a single recent quarter, and multiple threat-intelligence providers now track tens of millions of incidents a year across every sector, from eCommerce and iGaming to SaaS, Forex, and personal websites/blogs.

2026 is an interesting year in the sphere of cyber security. Attackers increasingly use AI-assisted tools to script attacks, probe defenses in real time, and rotate vectors the moment mitigation kicks in – turning what used to be a blunt flood into an adaptive, multi-layer campaign that hits the network and application layers simultaneously.

Hyper-volumetric attacks measured in multiple terabits per second, once rare, are now recorded regularly, while a large share of application-layer attacks last only seconds or minutes; just long enough to cause disruption before defenses can react.

Downtime is expensive. Industry surveys consistently put the cost of an hour of downtime well into five figures for many businesses, and the damage isn’t limited to lost transactions; it includes reputational harm and SEO impact that can take months to recover from. Protecting your website is no longer a “nice to have” but a necessity.

In this article we break down the concrete steps to make your infrastructure resilient in 2026.

1. Use Dedicated DDoS Mitigation Services

Standard firewalls are not built to absorb large or sustained attacks. Purpose-built mitigation platforms typically combine:

• Automated, always-on detection
• Real-time traffic scrubbing
• Behavioral and anomaly-based analysis
• Coverage across volumetric, protocol, and application-layer attack types

NetShop’s Advanced DDoS Protection comes as fully managed and supports detection at all layers (L1 – L7). Check out the DDoS Protections plans here.

2. Deploy CDN for Global Traffic Distribution

A Content Delivery Network (CDN) spreads incoming requests across many global points of presence, absorbing traffic surges before they reach your origin server.

Some of the benefits of adopting CDN into your infrastructure are:

• Faster load times for legitimate visitors
• Extra bandwidth headroom during traffic spikes
• Reduced load on your origin infrastructure
• Built-in redundancy against regional attack concentration

3. Implement Rate Limiting and Traffic Shaping

Application-layer (Layer 7) attacks are harder to detect because the traffic looks legitimate. What ddos appliances used to easily detect two years ago, today is becoming ten times harder.

Rate limiting and traffic shaping help contain:

• Credential-stuffing and login abuse
• API request floods (a growing target, especially for smaller businesses)
• Aggressive scraping
• Low-and-slow Layer 7 attacks designed to exhaust backend resources rather than bandwidth

4. Harden Your Web Server Configuration

Server-level hardening remains one of the highest-return, lowest-cost defenses:

• Disable unused services and ports
• Adjust connection limits and timeouts
• Enable and configure caching
• Run efficient web servers (Nginx, LiteSpeed) configured for high-concurrency loads

Fine-tuning as well as security hardening are services provided as part of NetShop’s Managed SLA plans.

5. Use a Web Application Firewall (WAF)

Because so much of today’s attack volume targets the application layer, a WAF is essential rather than optional. It should block:

• Malformed or malicious HTTP requests
• Repetitive, bot-like request patterns
• Known exploit signatures (including protocol-level exploits like HTTP/2 stream abuse)
• High-frequency POST/API floods

NetShop ISP offers two types of Firewalls; virtual and hardware. Both come as self-managed or fully managed, standalone or in high-availability mode.

6. Strengthen DNS Resilience

DNS remains a preferred target because taking down DNS takes down your site even if hosting itself is healthy. You can reduce this exposure by:

• Using multiple, geographically distributed DNS providers
• Enabling DNSSEC
• Filtering abusive or misconfigured resolvers
• Choosing DNS providers with built-in DDoS protection

A premium DNS hosting service supporting DNSSEC, failover, and Geo-based load balancing of requests can help you strengthen your infrastructure’s resilience.

7. Build and Test an Incident Response Plan

No defense is perfect, and a fast, rehearsed response minimizes damage when an attack gets through. As per best practices we have been implemented both internally and to various organizations, your incident response plan should define:

• Emergency contacts and escalation paths
• Monitoring thresholds that trigger action
• Internal and external communication steps
• Failover and rollback procedures
• Regular simulated-attack drills so teams respond with confidence under real pressure

Key takeaways for your Website’s Protection from DDoS Attacks

DDoS attacks in 2026 are bigger, faster, and more adaptive than ever. The organizations that stay resilient are the ones that combine infrastructure-level protection (mitigation services, CDN, DNS resilience) with application-layer hardening (WAF, rate limiting, server tuning) and a tested incident response plan.

Choosing a hosting provider with built-in DDoS protection, scalable infrastructure, and security-focused support can make a real difference when an attack hits.

Explore our hosting security solutions to protect your platform in 2026 and beyond, or contact us to schedule a free consultation with our cybersecurity and infrastructure specialists.

Buffering can wreck a streaming platform’s reputation in seconds, but most causes are fixable. In this article we explain what actually leads to interruptions, from bandwidth and routing to CDN gaps and server load, and how the right hosting setup keeps your streams running smooth.

Nothing kills a live stream faster than a spinning loading icon. Whether you’re running an IPTV platform, broadcasting a football match, or hosting a corporate webinar, that split-second freeze is often all it takes to lose a viewer for good. They won’t wait around to see if it clears up; they’ll switch tabs, close the app, or worse, tell their friends your platform is unreliable.

The frustrating part is that most buffering problems aren’t mysterious. They come down to a handful of well-understood issues in how the hosting and network side of a stream is set up.

In this article, we’ll break down the reasons why buffering occurs on streaming, and how can you can fix it.

Bandwidth Is Usually the First Culprit

If there’s one issue that causes more buffering complaints than anything else, it’s bandwidth. Every stream needs a certain bit rate to play cleanly, and if the hosting environment can’t keep pace with that, viewers are going to see stalls, dropped frames, or quality that keeps downgrading itself mid-stream.

This tends to catch people out more than they expect, especially once a platform starts to scale. A single HD channel is one thing; multiple channels, or 4K content, and bandwidth requirements climb fast.

A few things help here:

• Run on servers built for high network throughput, not shared infrastructure that’s already stretched thin
• Don’t oversell your bandwidth. If the numbers on paper only just cover peak demand, you don’t actually have headroom
• Make sure your bitrate settings are realistic for the infrastructure you’re actually running on, not just what looks good in a spec sheet

Routing and Jitter Cause Problems Even When Bandwidth Is Fine

There is one thing a lot of people miss: you can have plenty of bandwidth and still get a choppy stream. That’s usually down to routing. If traffic is taking an inefficient path across the network, or bouncing between poorly peered networks, you end up with jitter.

In networking, jitter is the variation in the delay (or latency) of data packets arriving at their destination.

Jitter shows up as things like:

• Video that stutters even though the connection “looks” fine
• Audio drifting out of sync with the picture
• Buffers filling and draining unpredictably
• Streams freezing for a second or two, seemingly at random

None of this is really about capacity. It’s about the quality and consistency of the path data takes to get from server to viewer. Good peering relationships and properly optimised routing solve most of it. This is one of those areas where the underlying network matters just as much as the server itself.

Skipping a CDN Hurts More the Bigger Your Audience Gets

If you are streaming to people in one area/region, a single server setup might genuinely be fine. The moment your audience spreads out geographically, though, that same setup starts working against you. Every request has to travel back to one origin point, which adds latency and puts a growing load on your servers as more viewers tune in.

That’s the problem a CDN (Content Delivery Network) solves. It caches your content at points closer to the viewer, cutting down round-trip time and taking pressure off the origin server.

Without a CDN in place, your servers are handling every single request directly, and that’s exactly the kind of load that tips a stream from “smooth” into “buffering.”

Bad Encoding Settings Waste Bandwidth

Sometimes the infrastructure is fine, but the stream itself is poorly setup. Encoding that’s misconfigured (e.g. bitrates set too high, frame rates that aren’t consistent, or codecs the playback device doesn’t handle well) burns through bandwidth for no real quality benefit, and often causes exactly the buffering it’s trying to avoid.

Adaptive bitrate streaming is the fix most platforms should be using by default. It lets the stream adjust itself in real time based on each viewer’s actual connection, rather than forcing everyone onto a single fixed quality. Someone on a fast fibre connection and someone on mobile data both get a version of the stream that actually plays properly for them.

Servers That Can’t Keep Up With Processing Demands

Live streaming depends a lot on the hardware behind it: encoding, transcoding, and delivering video in real time is genuinely resource-intensive work. A server without enough CPU headroom, insufficient RAM, or no GPU acceleration will start to struggle as demand increases, even if the network side of things is solid.

Typical warning signs of this include:

• Running several high-resolution streams on hardware that’s only really built for one
• No hardware acceleration to offload the encoding workload
• Other background processes quietly eating into the resources your stream needs

Getting Streaming Right with the Right Hosting

Buffering isn’t usually one big failure. It’s a combination of smaller things, any one of which can be enough to disrupt playback. Not enough bandwidth, poor routing, no CDN, sloppy encoding, or underpowered servers can each cause the exact same symptom: a viewer staring at a loading wheel instead of your content.

If you’re planning a streaming project and want the hosting side taken off your plate, that’s exactly where NetShop ISP comes in. From dedicated servers with real network headroom to CDN integration and routing built for live delivery, NetShop’s streaming infrastructure solutions are designed specifically for platforms that can’t afford to buffer.

For more information or to get a free quote please contact our Streaming hosting specialists https://netshop-isp.com.cy/contact-us/.