File Gateway vs Native S3: Choosing How a Team Should Reach Object Storage

Object storage and file storage speak different languages. Objects are whole, addressed by key, and replaced rather than edited in place. Files are opened, appended, locked and renamed. Bridging the two is a perennial headache, and it returned to the news in April 2026 when AWS introduced S3 Files, which lets a bucket be mounted over NFS. The decision of file gateway vs native S3 is now one many teams face, and the right answer depends on the application, not on the technology's novelty.

Read more »

CPU Cost per Gigabyte NAS Protocols: Comparing NFS, SMB and RDMA Paths

Throughput charts tell only half the story of a file protocol. A server that saturates a fast link while consuming every core has little left for the applications that need the data. A better yardstick is CPU cost per gigabyte NAS protocols impose, meaning how much processor time it takes to move each gigabyte. Here is how to think about it and measure it on your own gear.

Read more »

NAS Mapped Drives: Logon Scripts, Group Policy Preferences and Stable Drive Letters

Ask a user where their files live and you will hear a drive letter. "It's on the S drive." That letter is the entire mental model of the file server for most of your staff, which is why NAS mapped drives deserve more care than the five minutes they usually get. They tend to work perfectly until the day a share moves, and then they fail in ways that generate a dozen tickets by lunch.

Read more »

NAS Release Candidate Testing: A Policy for Trying New Software Without Risking Production

On 2026-10-06, a popular open-source NAS platform shipped release candidate 1 of its 27 line, a version number that replaced the 26 it had been using, with the final release expected in early December. The feature list drew attention: early-access native S3 and stateful SMB failover for high availability. Those are exactly the capabilities people want to try early. They are also exactly the ones you should not try first on the pool holding your company's files.

Read more »

Large Directory Listings on NAS: Why Opening One Folder Can Stall a Client

A user opens one folder and the file manager hangs for half a minute. Throughput tests look healthy, the network is quiet, and the array is nowhere near saturated. The culprit is frequently one of the large directory listings the client is trying to enumerate, a workload that stresses metadata and round trips instead of bandwidth. Understanding what happens during an enumeration explains why it stalls and what folder design can do about it.

Read more »

SMB Interoperability Lab Lessons: Testing Your NAS Against Mixed Client Fleets

From September 28 to October 1, 2026, the SNIA SMB3 Interoperability Lab ran alongside its Storage Developer Conference, as noted in the SNIA newsletter. The format is simple and valuable: vendors bring their SMB implementations into one room and test them against each other, then fix whatever breaks. Your office is not a vendor, but your fleet has the same problem in miniature. Here is how to build a small SMB interoperability lab of your own.

Read more »

Modern NAS Appliances: Balancing Security, Scalability, and Simplicity

As enterprise data continues to grow, organizations need storage infrastructure that delivers more than capacity alone. IT teams must ensure business data remains secure, highly available, and easily accessible while supporting expanding workloads and distributed users. Managing these requirements with fragmented storage systems often increases administrative complexity, operational costs, and security risks.

Read more »

How Affordable NAS Storage Delivers Enterprise-Grade Value

As businesses generate more digital data than ever before, the need for secure, scalable, and cost-effective storage has become a top priority. Small businesses, startups, and even large enterprises are looking for solutions that provide enterprise-level performance without the high costs of traditional storage infrastructure.

Read more »

How iSCSI NAS Improves Performance for Virtualized Environments

Virtualization has become a cornerstone of modern IT infrastructure, enabling businesses to consolidate servers, improve resource utilization, and reduce operational costs. However, the performance of virtual machines (VMs) depends heavily on the underlying storage infrastructure. Slow or unreliable storage can lead to increased latency, application bottlenecks, and reduced productivity.

Read more »

NAS in the Cloud: What No One Tells You About Hybrid NAS Integration

Organizations running on-premises NAS face a common inflection point: data keeps growing, cloud adoption is accelerating, and the question of how to integrate NAS with cloud infrastructure becomes unavoidable. The instinctive response is often to simply migrate everything to cloud storage — but that overlooks the very real scenarios where on-premises NAS continues to deliver better economics and performance, and where a hybrid architecture beats pure cloud.

Read more »

File Gateway vs Native S3: Choosing How a Team Should Reach Object Storage

Object storage and file storage speak different languages. Objects are whole, addressed by key, and replaced rather than edited in place. Files are opened, appended, locked and renamed. Bridging the two is a perennial headache, and it returned to the news in April 2026 when AWS introduced S3 Files, which lets a bucket be mounted over NFS. The decision of file gateway vs native S3 is now one many teams face, and the right answer depends on the application, not on the technology's novelty.

Read more »

CPU Cost per Gigabyte NAS Protocols: Comparing NFS, SMB and RDMA Paths

Throughput charts tell only half the story of a file protocol. A server that saturates a fast link while consuming every core has little left for the applications that need the data. A better yardstick is CPU cost per gigabyte NAS protocols impose, meaning how much processor time it takes to move each gigabyte. Here is how to think about it and measure it on your own gear.

Read more »

NAS Mapped Drives: Logon Scripts, Group Policy Preferences and Stable Drive Letters

Ask a user where their files live and you will hear a drive letter. "It's on the S drive." That letter is the entire mental model of the file server for most of your staff, which is why NAS mapped drives deserve more care than the five minutes they usually get. They tend to work perfectly until the day a share moves, and then they fail in ways that generate a dozen tickets by lunch.

Read more »

NAS Release Candidate Testing: A Policy for Trying New Software Without Risking Production

On 2026-10-06, a popular open-source NAS platform shipped release candidate 1 of its 27 line, a version number that replaced the 26 it had been using, with the final release expected in early December. The feature list drew attention: early-access native S3 and stateful SMB failover for high availability. Those are exactly the capabilities people want to try early. They are also exactly the ones you should not try first on the pool holding your company's files.

Read more »

Large Directory Listings on NAS: Why Opening One Folder Can Stall a Client

A user opens one folder and the file manager hangs for half a minute. Throughput tests look healthy, the network is quiet, and the array is nowhere near saturated. The culprit is frequently one of the large directory listings the client is trying to enumerate, a workload that stresses metadata and round trips instead of bandwidth. Understanding what happens during an enumeration explains why it stalls and what folder design can do about it.

Read more »

SMB Interoperability Lab Lessons: Testing Your NAS Against Mixed Client Fleets

From September 28 to October 1, 2026, the SNIA SMB3 Interoperability Lab ran alongside its Storage Developer Conference, as noted in the SNIA newsletter. The format is simple and valuable: vendors bring their SMB implementations into one room and test them against each other, then fix whatever breaks. Your office is not a vendor, but your fleet has the same problem in miniature. Here is how to build a small SMB interoperability lab of your own.

Read more »

Modern NAS Appliances: Balancing Security, Scalability, and Simplicity

As enterprise data continues to grow, organizations need storage infrastructure that delivers more than capacity alone. IT teams must ensure business data remains secure, highly available, and easily accessible while supporting expanding workloads and distributed users. Managing these requirements with fragmented storage systems often increases administrative complexity, operational costs, and security risks.

Read more »

How Affordable NAS Storage Delivers Enterprise-Grade Value

As businesses generate more digital data than ever before, the need for secure, scalable, and cost-effective storage has become a top priority. Small businesses, startups, and even large enterprises are looking for solutions that provide enterprise-level performance without the high costs of traditional storage infrastructure.

Read more »

How iSCSI NAS Improves Performance for Virtualized Environments

Virtualization has become a cornerstone of modern IT infrastructure, enabling businesses to consolidate servers, improve resource utilization, and reduce operational costs. However, the performance of virtual machines (VMs) depends heavily on the underlying storage infrastructure. Slow or unreliable storage can lead to increased latency, application bottlenecks, and reduced productivity.

Read more »

NAS in the Cloud: What No One Tells You About Hybrid NAS Integration

Organizations running on-premises NAS face a common inflection point: data keeps growing, cloud adoption is accelerating, and the question of how to integrate NAS with cloud infrastructure becomes unavoidable. The instinctive response is often to simply migrate everything to cloud storage — but that overlooks the very real scenarios where on-premises NAS continues to deliver better economics and performance, and where a hybrid architecture beats pure cloud.

Read more »

Securing Your Enterprise NAS for Remote Access: Best Practices and Recommended Tools.

 

As the world continues to shift towards remote work, it’s vital that your enterprise network-attached storage (NAS) is properly secured. This blog will cover some of the best practices and tools you can use to guarantee your NAS remains secure when accessed remotely.

 

Steps to Secure Your Enterprise NAS

 

The first step in securing your enterprise NAS for remote access is to create an encrypted connection between your devices. This ensures that data sent over the internet is kept safe from unwanted intrusions. A virtual private network (VPN) is a great choice for this purpose, as it establishes a secure connection between two or more points. You can also use TLS/SSL certificates to encrypt data moving between your devices and the server.

 

Another security measure you should take is to enable two-factor authentication (2FA). With 2FA enabled, users must provide additional information beyond their username and password before they are granted access to the system. This adds an extra layer of security, as it prevents unauthorized users from gaining access even if they have obtained someone else’s credentials.

 

You should also consider limiting access by IP address range or country code. By restricting access to specific IP ranges or countries, you can make sure that only authorized personnel are able to gain access to your enterprise NAS remotely. Similarly, you can further enhance security by setting up firewalls and other network protection measures such as intrusion detection systems (IDS). These will help detect any malicious activity on your network and alert you so that you can take appropriate action.

 

Finally, be sure to regularly update all software installed on your system and patch any known vulnerabilities promptly. Keeping track of updates and patches ensures that any potential exploits are addressed quickly before they can be used against you. Additionally, ensure that all devices connected to your enterprise network attached storage have updated anti-virus software installed on them as well; this will protect against malware threats which could allow attackers to gain unauthorized access into the system.

Conclusion:  

Properly securing your enterprise NAS for remote access requires careful consideration and planning but doing so is essential in today's digital landscape where cyber threats abound. Taking steps like enabling two-factor authentication, creating an encrypted connection between devices with a VPN or TLS/SSL certificate, setting up firewalls and IDS systems, limiting access by IP address range or country code, and updating software regularly are all great ways of making sure that only authorized personnel gain remote access into the system while keeping out malicious actors at bay at all times. In addition, having updated antivirus protection on all connected devices will help ensure no malicious threats slip through unnoticed onto the system itself. Securing your enterprise NAS isn't a one time job; rather it's an ongoing process which requires continuous vigilance in order stay ahead of emerging threats today and into the future! 



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