Storage Solutions in Rwanda
Storage sized for capacity, redundancy and the backup window your data actually needs.
Storage solutions give your organisation enough fast, reliable space for its data, sized to real growth, protected against drive failure, organised with clear permissions and paired with a separate backup. Any organisation running out of space, relying on a single drive or a desktop holding everyone’s files, or unsure whether its storage would survive a failed disk needs it. This page covers where working data lives. Keeping recoverable copies of it is covered by backup solutions.
What is a storage solution, and who needs it
It’s the design and setup of business storage: a network-attached storage device, storage inside a server, or shared storage for a virtualisation cluster. That includes capacity, drive type, RAID level, shares and permissions, and how branches or remote staff reach it. It suits offices with shared documents, design or engineering files, scanned archives, CCTV recordings or databases, and any organisation whose files are spread across personal laptops.
The problem it solves
Storage fails in predictable ways. It fills up at the worst moment. A single drive dies and takes the only copy with it. Everyone has access to everything because permissions were never set. A parity array loses a second drive during a long rebuild. Designed storage avoids each of these: enough room for growth, redundancy that matches drive sizes, permissions by team, and a backup that sits outside it.
Choosing the right RAID level
| Level | Survives | Best for |
|---|---|---|
| RAID 1 (mirror) | One drive failure | Small systems with two drives |
| RAID 5 (single parity) | One drive failure | Small arrays of modest-sized drives |
| RAID 6 (double parity) | Two drive failures | Larger arrays and large drives |
| RAID 10 (striped mirrors) | One drive per mirrored pair | Databases and virtual machines needing speed |
Large modern drives take a long time to rebuild after a failure, and during that time a single-parity array has no protection left. That’s why we generally prefer RAID 6 or RAID 10 for arrays of large drives, with a hot spare where rebuilds would be slow. Whatever the level, RAID is not a backup.
Drive choice matters as much as the level. Drives designed for desktop computers aren’t built to run all day in a multi-drive enclosure and tend to fail sooner there, so we use drives rated by their manufacturer for NAS or server use. We also avoid filling an array with drives from a single production batch where we can, since drives bought together can fail close together, which is exactly when a rebuild is most vulnerable.
Organising and protecting the data
- Shares by team or function, with permissions set on groups, not individuals.
- Snapshots for quick recovery of deleted or overwritten files, kept for a short period.
- Quotas where one department’s growth could crowd out everyone else.
- Encryption where devices hold sensitive or personal data.
- Updates to the storage device’s own software, since NAS devices are common ransomware targets.
- Health alerts for drive warnings, sent to someone who will act.
What the work involves
- Measure current data, growth and performance needs.
- Design capacity, drive type, RAID level and access.
- Install the storage, with UPS protection and alerts.
- Migrate data into the new structure, outside working hours.
- Set permissions, snapshots and quotas, and test access by team.
- Connect it to the backup, and confirm a restore works.
What’s included and what’s not
Included: capacity and redundancy design, installation, data migration, permissions, and health alerts.
Not included unless bundled: the backup protecting this storage (see backup solutions), the server it attaches to (see server installation) and hardware supply, available through IT Equipment Supply.
Typical timelines and what drives cost
Design and setup of a single storage system typically take one to two days, plus migration time depending on data volume. Cost is driven by capacity, drive type and count, the RAID level chosen, performance needs, encryption, and how much data must be moved and reorganised.
Equipment typically used
Business-grade NAS devices or server storage with drives rated for continuous use, RAID controllers or software RAID, a UPS with clean shutdown, and for virtualisation clusters, shared storage designed for that purpose. Solid-state drives where databases or virtual machines need speed.
Common mistakes we see
RAID treated as a backup. RAID 5 on large drives with no hot spare. Desktop drives used in storage that runs all day. Storage left almost full for months. Everyone given access to every folder. NAS devices opened to the internet for convenience. And drive warning emails going to an address nobody reads.
Servers & Systems
Related services
-
Backup Solutions
Backup design and testing so a restore actually works when you need one, not just when you test it.
-
Server Room Infrastructure
Power, cooling and rack infrastructure built around the servers it needs to support.
-
System Monitoring
Alerting on the metrics that predict failure, not just a dashboard nobody watches.
Insights
Related reading
-
.DwIvkzVM_17wdD.webp)
, 4 min read
Storage Solutions for Government Agencies in Rwanda
Government agencies have specific storage needs — long-term records retention, higher redundancy expectations, and data residency considerations.
-
, 4 min read
How Much Does Business Storage Cost in Rwanda?
Business storage cost depends on capacity, redundancy level, and performance requirements matched to actual workload — here's the breakdown.
Frequently asked questions
What's the difference between storage and backup?
Storage is where your working data lives; a backup is a separate copy kept for recovery. Redundancy inside storage, such as RAID, keeps data available when a drive fails, but it copies deletions, corruption and ransomware encryption instantly to every disk. Only a separate backup, ideally including one copy that can't be altered, lets you go back to yesterday's data.
What is RAID, and do we need it?
RAID combines several drives so that one, or with some levels two, can fail without losing data or stopping work. Any business storage holding important data should use it. The right level depends on drive count, drive size and workload: mirroring for small systems, double parity for larger arrays of big drives, and striped mirrors for demanding databases.
How do we know how much storage capacity we actually need?
We measure what you hold today, how fast it has grown over the past year or two, and what's coming, such as scanned archives, CCTV footage or a new system. Then we size for the storage's expected life, usually five years, with headroom left over. Storage running nearly full tends to slow down and leaves no room for surprises.
Can storage be accessed from multiple offices or remotely?
Yes, but securely. Branch offices can reach central storage over a site-to-site VPN, or keep a local copy synchronised. Remote staff should connect through a VPN or, often better, use cloud file services such as SharePoint for shared documents. Storage devices should never be opened directly to the internet, because they're a frequent ransomware target.
Is a NAS suitable for a business, or do we need a server?
A business-grade NAS is often the right choice for shared files, backups and CCTV recordings in a small or mid-sized organisation. It's simpler and cheaper than a full server for storage alone. Applications and databases still need a server or virtual machine. We choose models with security updates, supported drives and local warranty.
What happens if your server fails tomorrow?
Tell us what you run and how it’s backed up. We’ll assess the risk and quote a fix sized to it.