3 Reasons OOTBI is the Best Storage for Veeam

Ransomware groups target backups first. They know that without clean recovery points, you have no choice but to pay. Your backup infrastructure should be part of your security strategy, not just your disaster recovery plan. Businesses rely on Veeam for this. Veeam is data management and backup software used primarily for virtualized environments.

Main purposes:

Direct-attached storage (DAS), deduplication appliances, and hardened Linux repositories are Veeam’s backup storage options. This is where Veeam stores backup data.

Veeam customers are looking to replace their existing on-premises storage.

Because these legacy storage options:

So Veeam users are looking for secure, simple, ransomware-proof, and budget-friendly storage.

The Most Secure, Pre-Hardened Storage Solution for Veeam

OOTBI was built on zero trust principles and incorporates Veeam’s recommended zero trust data resilience architecture. This means we’re so vigilant that we assume anyone, any device, or any service trying to access company resources is compromised and shouldn’t be trusted.

OOTBI uses S3 object locks to enable true immutability, and it runs its storage software on a hardened Linux operating system with a zero-access root policy, meaning it has truly zero access. There’s no governance mode where administrators or bad actors with administrator credentials can delete immutable backups, and as a secure device, it can be isolated from Veeam backup and replication servers for really good ransomware resilience.

The Simplest All-in-One Storage Solution for Veeam Backups

OOTBI is an object storage appliance specifically designed for backing up and restoring data from Veeam. It couldn’t be simpler. It takes less than 15 minutes to configure. You don’t need any security. Expanding your Linux expertise and capacity is very easy. Automatic scaling and load balancing occur when you add additional nodes. Keeping the device updated is also very simple.

Here’s why Ootbi’s best for Veeam

Powerful and Simple Storage for Veeam Backups

OOTBI is a high-performance object storage appliance designed specifically for Veeam Backup & Replication and Instant Recovery. We’re talking backup speeds of up to 4 GB/s and up to half a petabyte of storage, which is a lot. From the start, it’s ready to handle Veeam’s standard block size and includes encryption. So you get backups that are not only fast, but also locked down and easy to manage.

How to ransomware-proof your backups with the best storage for Veeam

Choose secure, immutable, hardened storage that adheres to zero trust principles, isolates backup layers from servers, and provides high-performance, ready-to-use storage for ransomware-proof Veeam backups.

Frequently Asked Questions (FAQs)

What makes OOTBI the best storage for Veeam?

OOTBI is designed specifically for Veeam Backup & Replication. It’s like an all-in-one storage setup that’s really easy to operate, doesn’t make you dizzy with complicated settings, and doesn’t have to worry about ransomware damaging your stuff.

How does OOTBI protect Veeam backups from ransomware?

OOTBI uses S3 object locks for “set it and forget it” immutability. Essentially, once your backup is there, it’s irretrievable; no one can touch it, not hackers, ransomware, or even a rogue admin having a bad Monday. It’s all based on a zero-trust environment: trust no one, not even yourself.

Is OOTBI easy to set up for Veeam environments?

Yes! OOTBI is basically ready to use right out of the box. Simply place it in your rack, turn it on, and you’re done in about 15 minutes. Forget the technical hassles associated with that complicated setup.

Why choose OOTBI over other Veeam storage solutions?

Choose OOTBI because it’s a secure, scalable, and cost-effective backup storage solution built for Veeam.

A New Threat Targeting Microsoft 365 Users

Phishing attacks are becoming more advanced every time and are no longer limited to fake emails or cloned websites – they are using AI-powered tools and smart redirection techniques. One such powerful tool is Quantum Root Redirect, which is also known as the “Smart Redirect Phishing Tool”.

The tool targets Microsoft 365 users, and it easily bypasses email security gateways, firewalls, and automated scanners.

Smart Redirect Phishing Attacks

Let us know what this Smart Redirect Phishing Tool is.

Quantum Route Redirect is an advanced phishing tool that secretly redirects users to phishing pages without being detected by security tools.

Currently, about 1,000 domains are hosting Quantum Route Redirect, which offers an “advanced automation platform” designed to streamline campaign tasks such as traffic redirection and victim tracking.

This tool performs “traffic fingerprinting” – that is, it checks whether the link was clicked by a human or a security scanner. If a security tool scans the link, it redirects the user to a secure website. If a genuine user clicks, it redirects them to a phishing login page. This is why many security systems fail to detect the threat.

Researchers have revealed that Quantum Route Redirect is a powerful phishing tool due to two key strengths. First, it’s simplicity. Previously, technical knowledge was required to perform advanced phishing attacks, but now the Quantum Route Redirect tool comes with a pre-configured “one-click launch” feature, meaning the attacker doesn’t need to do any coding or setup; just one click, and the entire phishing campaign is ready. It has various theme options to target individual users. This tool provides attackers with several pre-built themes that make phishing emails more realistic. The attacker sends a QR code and directs the user to a phishing page. Smart redirects are used, allowing scanners to safely recognize QR codes.

Second, it has an advanced redirect system that easily bypasses Microsoft 365’s multiple security layers, such as EOP, Secure Email Gateway, and ICES. 

How to Defend Against Advanced Phishing Campaigns

Cybercriminals are becoming increasingly clever, and now they’re using AI tools to circumvent even the latest security systems. Therefore, companies need to improve their strategies, especially when it comes to email security. Old-fashioned security is no longer effective, especially against tricks like quantum route redirection. It’s time to move to smarter and more informed security solutions.

Combining strategies like intelligent email scanning, smart context analysis, robust URL filtering, and sandboxing can give you far better protection against advanced phishing attacks. These are threats that older security tools often overlook, but with the right setup, you won’t have to worry so much.

Frequently Asked Questions (FAQ)

What is Quantum Route Redirect?

Quantum Route Redirect is an advanced phishing tool that utilizes sophisticated redirect techniques to display safe websites to security scanners while redirecting genuine users to phishing pages. This allows attackers to easily bypass the security of email systems like Microsoft 365.

Can these attacks bypass Microsoft 365 security?

Yes. Microsoft EOP, Secure Email Gateways (SEG), and ICES tools rely mostly on URL scanning. Smart redirects show harmless URLs to scanners, preventing the attack from being detected.

How does NLP (Natural Language Processing) help with phishing detection?

NLP analyzes the tone, context, intent, and wording of emails. This detects impersonation, suspicious messages, and smart redirect techniques that traditional filters miss.

What is time-of-click analysis?

This is a security feature that scans links at the exact moment a user clicks them. It also blocks links if they later turn out to be malicious.

Why do many so-called “immutable” backups fail?

Immutable backup or storage means that your data is fixed, cannot be altered, and can never be deleted. Immutable backups are essential for any company that needs to ensure they have a copy of their data that is always recoverable and protected from unwanted and accidental incidents. Once you store an immutable backup, it cannot be modified or changed. This is especially important in the case of malware or ransomware. If your backup is immutable, it remains protected from new ransomware infections.

Why do many so-called "immutable" backups fail?

But in practice, many backups marketed as ‘immutable’ aren’t truly immutable, and here’s why they fail:

They rely on software, not true storage locks: Some backup tools claim their backups are “immutable,” but this is mostly just software tricks and access controls. If someone gains the right credentials or access to the server, they can still delete or tamper with your backups.

Retention settings are weak or misused: Even when immutability is enabled, admins sometimes set short or flexible retention periods. Ransomware gangs love this. They infiltrate the system, shorten the retention window, and wait for the system to delete your older backups automatically.

Backups aren’t isolated from your main network: If your backups are on the same network or share credentials with production servers, ransomware can attack them too. Attackers simply move laterally across the network, lock your backups, or completely delete those “immutable” copies.

Weak Authentication and Shared Admin Access: When the same set of credentials manages both your main system and your backups, immutability doesn’t mean much anymore. One stolen password, and you lose both your live data and your chance of recovery.

Misleading Marketing by Vendors: Some vendors call “snapshots” or “version history” immutable, but you can still delete or roll them back. Others offer “soft delete” features, but you only have a limited time to recover your data.

Insider Threats and Human Error: Even the best security is useless if someone within the company disables immutability or changes the retention settings. One careless click or someone with malicious intent, and all your backups lose their protection.

Many so-called “immutable” backups don’t actually work – they rely on trust or someone correctly setting the right options, rather than on true, enforced immutability. If you want real protection, your backups must be locked as write-once, read-many (WORM), kept separate from your main systems (physically or logically), and governed by tamper-proof retention policies. This should also be combined with multi-factor authentication and strict access controls. When ransomware strikes, only truly immutable backups will save your data from being lost forever.

Frequently Asked Questions (FAQs)

What is an immutable backup?

Immutable backups are copies of your data that, once created, cannot be altered, deleted, or overwritten. This ensures that your information remains secure and recoverable, even if your main system is affected by ransomware, malware, or human error.

Why do many “immutable” backups fail?

Many backups marketed as “immutable” fail because they rely only on software settings or admin permissions instead of true storage-level immutability. If attackers gain access, they can modify retention settings or delete the data entirely.

How can ransomware affect backups?

Ransomware often spreads across networks and targets backups to prevent recovery. If your backups aren’t isolated or locked with write-once, read-many (WORM) technology, attackers can encrypt or erase them – making recovery nearly impossible.

How do I know if my backups are truly immutable?

Just ask your backup provider a few straight questions:

Can anyone touch, change, or delete the backups before the time’s up?
Are you using WORM or object-lock technology to protect them?
Are the backups totally separate from your main network?
If you get a “no” to any of these, your backups aren’t as safe as you think.