Independent Australian storage and infrastructure guides. Real AU pricing, honest verdicts.
QuTS Hero is QNAP's ZFS-based operating system, positioned above standard QTS for users who need enterprise storage features. This guide explains what ZFS actually does, which QuTS Hero features matter for which use cases, and when the RAM overhead and complexity are justified versus when QTS is the better choice.
A NAS that cannot be found on the network is often not a NAS problem at all - it is usually a network configuration issue that can be resolved in under 10 minutes. This guide walks through every common cause of NAS discovery failure, with exact diagnostic steps for Windows, Mac, and the NAS itself.
A Synology volume showing Crashed or Critical status is alarming but not always catastrophic. The correct response in the first 10 minutes determines whether you lose data or not. This guide covers what each volume status means, the right sequence of actions, when recovery is possible, and when to call professional data recovery.
NAS transfers that drop to zero mid-copy are one of the most reported NAS problems. The transfer appears to start, progress for a few seconds or minutes, then completely stalls. This guide covers the six most common causes, how to diagnose which one is causing your problem, and the exact steps to fix each.
Setting up a family NAS means creating accounts for each person, personal folders they can access privately, and shared folders the whole household can reach. This guide walks through user accounts, folder permissions, photo backup for everyone's phone, and media sharing for TVs - on both Synology DSM and QNAP QTS.
You have a NAS in the box. You have drives. Now what? This guide walks through the first seven things you should do - in order - whether you bought a Synology, QNAP, or another brand. It covers physical setup, first login, shared folders, backup, mobile access, and the mistakes most first-time NAS owners make.
Acronis and Veeam both protect NAS file shares, but they approach backup from different directions. Veeam is infrastructure-first, built around VMs with NAS added. Acronis is endpoint-first with backup, security, and management bundled. For an Australian SMB deciding between them, the answer usually comes down to whether ransomware protection or VM backup dominates your requirements.
Veeam is enterprise-grade backup software with a free tier that handles NAS file share backup alongside VM and server backup. For Australian SMBs running a NAS alongside Windows servers, Veeam can centralise backup management in one console. This guide explains where Veeam fits, where it does not, and what alternatives exist.
Backing up a Windows PC to a Synology NAS takes about 20 minutes to configure and gives you a local copy of your files that restores in minutes rather than hours. This guide covers Active Backup for Business, Hyper Backup, and Windows-native options - and which to use for each scenario.
QNAP ships two operating systems on the same hardware. QTS handles most home and business use cases well. QuTS Hero adds ZFS for data integrity, deduplication, and enterprise compliance. Choosing wrong costs you a full reinitialisation to fix.
Two years ago UGREEN was a challenger brand most people knew for charging cables. In January 2026 they were at CES with the iDX6011 Pro. Intel Core Ultra 7, Thunderbolt 4, dual 10GbE, and up to 64GB RAM. The hardware question is effectively answered. The software question is still being written.
If Synology's 2026 product calendar has left you wondering where the new NAS models are, you are not alone. In five months of 2026, Synology's newsroom has included three surveillance cameras, enterprise certifications, a data centre NVMe array, and zero consumer NAS hardware. This is an analysis of what that pattern means for current owners, buyers in 2026, and what to watch over the next two years.
UGOS Pro (Ugreen's NAS operating system) does not support AFP. Modern Macs use SMB for NAS file sharing, and UGOS Pro supports SMB natively. If you are looking for AFP specifically, this page explains why it no longer matters and what to use instead.
Running 10+ Docker containers 24/7 on a NAS adds 5-25W above baseline depending on your apps. At Australian electricity rates, that is $50-300 per year on top of the NAS hardware cost. This guide breaks down real consumption figures by app, hardware tier, and state.
Running a local AI server at home takes about an hour to set up and costs between $0 (if you already have a NAS) and $1,200 for a dedicated mini-PC. This guide covers the full path from hardware choice to a working chat interface running on your network.
Ollama's model library has hundreds of options. Most home users need three or four. This guide covers which models to pull for general chat, coding, writing, and low-RAM hardware, with the exact Ollama pull commands for each.
A capable mini-PC for local AI inference starts at around $600 in Australia and handles 7B parameter models at conversational speed. This guide covers what to look for, which hardware tier matches which use case, and where to buy in Australia.
Ollama runs LLMs from the command line, but most users want a chat interface. Open WebUI is the most capable option, but it is not always the right one. This guide compares the main Ollama frontends and explains which suits each use case.
NBN upload speeds affect how quickly prompts reach cloud AI servers, but latency matters more than bandwidth for most AI tasks. This guide explains when Australian NBN constraints make local inference the better choice, and when cloud AI still wins despite the network gap.
Running a mini-PC or NAS for local AI inference costs between $40 and $130 per year in Australian electricity, depending on your hardware and state. This guide covers real power draw figures, state-by-state electricity rates, and what local AI actually costs compared to a cloud subscription.
Quantisation shrinks LLM model files so they fit in less RAM, trading some quality for practicality. Q4, Q6 and Q8 refer to how aggressively that compression is applied. This guide explains the trade-offs and which level suits your hardware.
Mini-PCs built for AI inference outperform NAS hardware at every price point, but the right answer depends on what you already own. This guide covers raw performance, real AU costs, and which platform suits which use case.
SMR drives cause problems in RAID arrays and NAS devices that run sustained random write workloads. CMR drives do not. Here is how to tell them apart, which current drives are SMR, and what to do if you already have SMR drives in your NAS.
RAID protects your NAS against a single event: a drive failing. It does not protect against accidental deletion, ransomware, NAS device failure, fire, or theft. Here is what RAID actually does, where it fails, and how to build a real backup strategy around it.