April 28, 2026April 28, 2026 By DSM Group Cloud Backup, Cyber Security, IT Support

Your Backup Is Potentially Useless. Here’s Why.

Most organisations believe they are protected because they have backups in place.

They tick the box.
They pass audits.
They assume they are covered.

But in reality, backups alone do not protect your business.

They protect your data.

And those are not the same thing.

The Misconception: Backup = Recovery

A backup strategy answers one question:

“Can we retrieve our data?”

But business continuity depends on a completely different question:

“How quickly can we operate again?”

That gap between data recovery and operational recovery is where most failures happen.

What Actually Happens During an Incident

Let’s take a realistic scenario:

A ransomware attack encrypts your systems at 09:00.

You have backups. Good.

Now what?

Step 1: Identify the breach

Hours can pass before the full scope is understood.

Step 2: Isolate affected systems

You cannot restore safely until the threat is contained.

Step 3: Validate backups

Are they clean? Are they recent? Are they complete?

Step 4: Begin restoration

This is where most assumptions break.

Large datasets take hours or days to restore
Infrastructure must be rebuilt or reconfigured
Dependencies between systems cause delays

Step 5: Test systems

You cannot bring systems live without validation.

Step 6: Restore user access

Staff still need:
Devices
Network access
Applications
Secure authentication

At this point, even with good backups, many businesses are still offline for days.

The Real Problem: Recovery Time

This is where two critical metrics come into play:

Recovery Time Objective (RTO)

How long it takes to restore operations.

Recovery Point Objective (RPO)

How much data you can afford to lose.

Most organisations focus heavily on RPO, which relates to backups.

But it is RTO that determines whether your business survives.

Because:

A 24 hour outage means lost revenue
A 72 hour outage means lost customers
A week long outage can mean potential business failure

Why Backups Fail in Practice

Backups do not fail because they do not exist.

They fail because they are incomplete as a strategy.

1. No Infrastructure to Recover Into

Backups need a target environment.

Without:
Pre configured servers
Network infrastructure
Security controls

You are rebuilding from scratch.

2. No Defined Failover Process

Most organisations do not have a clear, tested sequence for switching operations.

Instead, recovery becomes:
Reactive
Manual
Slow

3. No Workplace Recovery Plan

Even if systems are restored:

Where do staff work?
How do they access systems?
What happens if the office is unavailable?

This is one of the most overlooked risks.

4. No Testing Under Real Conditions

A backup that has never been tested is a theoretical solution.

Under pressure:
Scripts fail
Dependencies break
Teams do not know their roles

Testing exposes reality.

Most organisations avoid it.

What Real Business Continuity Looks Like

A proper strategy goes far beyond backup.

It includes:

1. Replicated Infrastructure

Not just stored data, but ready to run environments.

2. Defined Recovery Processes

Clear, documented, and rehearsed.

3. Rapid Failover Capability

The ability to switch operations in minutes, not days.

4. Workplace Recovery

Ensuring people, not just systems, can function.

5. Regular Testing

Simulating real world failure scenarios.

Backup Is One Piece of a Larger System

Backups are still essential.

But they are just one component in a broader resilience strategy.

Without the surrounding infrastructure and planning, they create a false sense of security.

The Question Most Businesses Avoid

It is easy to ask:

“Do we have backups?”

It is much harder, and more important, to ask:

“How long could we realistically operate without our systems?”

Because that answer defines your actual level of risk.

Final Thought

Technology failures do not usually destroy businesses.

Downtime does.

And downtime is not solved by backups alone.

If you have never tested your recovery under real conditions, you do not truly know your risk.

It might be worth asking:

How long could your business actually survive offline?
Talk to us about real world backup and recovery.

April 16, 2026April 16, 2026 By DSM Group Cloud Computing, Consultancy, Data Centre, Disaster Recovery, ESG, Hardware & software, Hosting & Colocation, IT Support

The Modern IT Landscape: Technical Challenges Facing Businesses in 2026

he current IT environment is defined by rapid innovation, but also by compounding complexity, expanding attack surfaces, and operational fragility. Businesses are no longer simply “using IT”—they are entirely dependent on it. As a result, infrastructure decisions now directly determine resilience, security posture, regulatory compliance, and ultimately commercial survival.

Below is a deep technical breakdown of the most pressing challenges organisations face today.

1. Cloud Complexity and Misconfiguration Risk

The shift to hybrid and multi-cloud architectures has created distributed, fragmented infrastructure models that are inherently difficult to secure and manage.

Cloud adoption continues to accelerate, driven by scalability and AI workloads
However, misconfigurations remain the dominant cause of breaches, with poorly secured storage, IAM policies, and exposed services acting as entry points
Recent findings show up to 80% of cloud breaches stem from basic configuration errors

Technical Reality

Modern environments include:

Multi-cloud (AWS, Azure, private cloud)
Kubernetes / container orchestration layers
CI/CD pipelines with embedded secrets
API-driven microservices

Each layer introduces:

Identity sprawl (users, service accounts, tokens)
Policy inconsistency across platforms
Limited visibility into east-west traffic

Implication

Without centralised governance, continuous configuration monitoring (CSPM), and identity control, organisations are operating with unknown exposure risk.

DSM Alignment

A properly architected colocation plus private cloud hybrid model, supported by managed services, allows:

Deterministic control over infrastructure
Reduced reliance on hyperscaler complexity
Secure segmentation and predictable performance

2. Explosion of Attack Surface and Identity-Based Threats

The traditional network perimeter is effectively gone. Modern environments are defined by identity, not location.

Machine identities (APIs, certificates, service accounts) now vastly outnumber humans
Credential theft accounts for a growing proportion of breaches, with sharp increases in compromised identities

Technical Reality

Attack vectors now include:

Stolen API tokens from CI/CD pipelines
Compromised service accounts with excessive privileges
Lateral movement via poorly segmented networks
Abuse of OAuth and federated identity systems

Traditional controls such as firewalls and VPNs are ineffective against:

Authenticated attackers
Insider threats
Compromised machine identities

Implication

Security must move toward:

Zero Trust Architecture (ZTA)
Continuous authentication and behavioural monitoring
Least privilege access enforced dynamically

DSM Alignment

This is where managed cybersecurity services become critical:

Identity governance and privileged access management
Network segmentation within controlled data centre environments
SIEM and XDR monitoring with real-time threat detection

3. AI-Driven Threat Acceleration

Artificial Intelligence is now both a defensive tool and a threat multiplier.

The majority of organisations are using AI, significantly expanding attack surfaces
AI enables attackers to automate phishing campaigns, malware generation, and reconnaissance

At the same time:

AI systems introduce new trust boundaries
Autonomous agents can interact with systems without human validation

Technical Reality

AI introduces:

Unstructured data exposure risks
Model poisoning and prompt injection vulnerabilities
API-level attack surfaces
Autonomous decision-making risks

Implication

Security models must evolve to:

Treat AI agents as identities
Enforce strict access controls and audit trails
Monitor behaviour, not just signatures

DSM Alignment

A secure, controlled hosting environment rather than uncontrolled public AI integrations enables:

Data sovereignty
Controlled AI workload deployment
Reduced exposure to external threat vectors

4. Data Centre Demand, Power Constraints, and Sustainability Pressure

The backbone of IT, data centres, is under unprecedented strain.

Global demand for data centre capacity is expected to triple by 2030
Power consumption is rising dramatically, becoming a primary constraint
Data centres are now considered critical national infrastructure in the UK

Technical Reality

Operators face:

Power density challenges from AI workloads such as GPU clusters
Cooling inefficiencies between air and liquid systems
Grid constraints and energy pricing volatility
ESG and carbon reporting requirements

Implication

Businesses must consider:

Where workloads are hosted
Energy efficiency of infrastructure
Long-term sustainability commitments

DSM Alignment

Facilities designed with:

Water cooling and energy-efficient systems
Renewable energy integration such as solar
Scalable high-density rack capability

…provide both cost control and ESG alignment, which is increasingly a commercial requirement.

5. Regulatory Pressure and Data Sovereignty

Governments are tightening control over data location, cyber resilience, and supply chain security.

There is increasing focus on digital sovereignty and reducing reliance on foreign hyperscalers
New legislation is driving higher standards for critical infrastructure protection

Technical Reality

Organisations must now manage:

Data residency requirements
Encryption and key ownership
Third-party risk including supply chain attacks
Auditability and compliance reporting

Implication

Public cloud alone is often insufficient for:

Sensitive workloads
Regulated industries
Long-term compliance strategy

DSM Alignment

UK-based data centre and IT services provide:

Sovereign infrastructure control
Compliance-ready environments aligned to recognised standards
Reduced exposure to geopolitical and vendor risk

6. Operational Resilience and Disaster Recovery Gaps

Modern businesses must assume breach or failure is inevitable.

Focus is shifting from prevention to resilience and recovery
Many organisations still lack tested disaster recovery plans and reliable backup strategies

Technical Reality

Common weaknesses include:

Backups stored in the same environment as production
Unverified recovery processes
Lack of orchestration for failover
Inadequate ransomware recovery strategies

Implication

Downtime is no longer just operational. It is financially catastrophic, reputationally damaging, and potentially a regulatory failure.

DSM Alignment

Robust Disaster Recovery as a Service solutions deliver:

Defined recovery objectives such as 15-minute RPO
Offsite, immutable backups
Rapid failover capability
Full business continuity assurance

7. Skills Shortage and Tool Sprawl

Even well-funded organisations struggle with execution.

Security teams are overwhelmed by alert fatigue, tool fragmentation, and skills shortages
Many organisations operate numerous disconnected security tools, creating silos and blind spots

Technical Reality

This leads to:

Slow incident response
Inconsistent policy enforcement
Increased mean time to detect and respond

Implication

Technology alone is not the solution. Integration and expertise are critical.

DSM Alignment

Managed IT and security services provide:

Consolidated tooling and visibility
Experienced technical and security professionals
Continuous monitoring and response capability

Complexity to Control

The overarching challenge facing businesses today is not any single technology. It is the convergence of all of them.

Cloud, AI, identity, regulation, infrastructure, and evolving threats are individually manageable, but collectively overwhelming.

The organisations that succeed will be those that:

Regain control over their infrastructure
Simplify architecture where possible
Embed security at every layer
Prioritise resilience over theoretical perfection

This is where a fully integrated approach combining data centre, IT services, and cybersecurity becomes essential rather than optional.

December 14, 2023December 14, 2023 By DSM Group Cloud Backup, Security

Offering Immutable Data Backup as Standard: A Game-Changer in Data Security by DSM Group

In today’s fast-paced digital landscape, data is the lifeblood of businesses. From financial records and customer information to intellectual property and operational data, companies rely heavily on their digital assets. With the ever-increasing frequency and sophistication of cyber threats and the potential for accidental data loss, having a robust backup strategy is essential for any organisation.

One innovative approach to data backup that has gained traction but is still far from the industry standard is “Immutable Data Backup.” Immutable data backups offer a level of data protection that goes beyond traditional backup methods, providing an added layer of security against ransomware attacks, human errors, and data corruption. While very few companies currently offer this service due to the associated infrastructure and costs, some forward-thinking organisations are breaking new ground.

One such company is DSM Group, which has made it their mission to prioritise data security and offer immutable data backup as a standard service. Their investment in cutting-edge infrastructure, including a solar farm and a water-cooled data centre, has allowed them to provide this game-changing service to their clients without breaking the bank.

Understanding Immutable Data Backup

Before delving into the benefits of immutable data backup, it’s essential to understand what it entails. Immutable data backup refers to a backup method where once data is stored, it cannot be altered, overwritten, or deleted until a predefined retention period expires. In other words, it guarantees the immutability and integrity of your backup data, making it impervious to external threats or accidental data modifications.

The Advantages of Immutable Data Backup

Ransomware Resilience: Ransomware attacks have become increasingly prevalent and sophisticated. Attackers often target backups, rendering them useless and leaving victims with no option but to pay a ransom. Immutable data backups are immune to such attacks, as the data remains unalterable, regardless of external interference.
Data Integrity: In a world where data integrity is paramount, immutable backups provide assurance that your data will remain unchanged, ensuring its accuracy and reliability for compliance and auditing purposes.
Protection Against Human Errors: Accidental data deletion or modification is a common cause of data loss. Immutable backups safeguard against these mistakes, guaranteeing the ability to restore your data to its original state.
Historical Data Retrieval: Immutable backups preserve historical versions of data, enabling organisations to recover files or records from any point in time. This can be invaluable for investigating incidents or tracking changes over time.
Peace of Mind: Knowing that your critical data is secure and immutable can offer peace of mind to business owners and IT professionals, allowing them to focus on strategic initiatives rather than worrying about data loss.

The Slight Space Requirement and Cost

One consideration to keep in mind when adopting immutable data backup

is that it typically requires approximately 20% more storage space compared to traditional backup methods. While this might lead to concerns about increased costs, it’s essential to emphasise that the additional storage cost is minimal when weighed against the substantial benefits of data security and protection against potential data breaches or loss.

The investment in the extra storage space for immutable backups is a proactive measure that ensures the integrity and availability of your critical data. In the grand scheme of data security, this added expense is a small price to pay for the peace of mind and resilience it offers against cyber threats and data disasters.

Overcoming the Cost and Infrastructure Challenge

The primary reason many companies have yet to adopt immutable data backup as a standard service is the perceived cost and infrastructure required. However, forward-thinking organisations like DSM Group have found innovative solutions to overcome these challenges.

By investing in renewable energy sources, such as a solar farm, and developing an efficient water-cooled data centre, DSM Group has managed to significantly reduce operational costs. These investments not only make their data centre environmentally friendly but also allow them to pass on cost savings to their clients, making immutable data backup an affordable option.

Making Immutable Data Backup Accessible to All

The move toward offering immutable data backup as a standard service is a significant step in enhancing data security for businesses of all sizes. While the infrastructure and costs may have been barriers in the past, companies like DSM Group are demonstrating that it’s possible to overcome these challenges.

In an era when data breaches and cyber threats are a constant concern, investing in immutable data backup is a proactive approach that can protect your organisation’s most valuable asset: its data. As more companies recognise the importance of this service, it may become an industry standard, ensuring that businesses are better equipped to safeguard their digital assets in an increasingly volatile digital landscape.

In conclusion, immutable data backup is a game-changer in data security, and DSM Group is leading the way by making it accessible and affordable to their clients. As businesses continue to prioritise data protection, immutable backups may soon become the gold standard for safeguarding critical digital assets. The minimal cost of additional storage space pales in comparison to the invaluable protection it provides for your data.

If you would like to know more or get a quote please call us or fill in the form below.

July 27, 2021March 31, 2022 By DSM Group Cloud Backup, Disaster Recovery

Four key reasons why you should backup your data

Today’s world revolves around electronic data; Business simply cannot operate without it. No data = no business.

Data is one of the life bloods of a business; With the ever increasing risks (viruses, hackers, natural disasters, hardware failures etc.) it’s almost inevitable something will, eventually, go wrong; It’s not an ‘if’ but more like a ‘when’. The scale of loss could be anything from a hard drive failure to a ransomware attack.

We have created a list of the four main reasons why you should ensure your data is correctly and securely backed up.

Hacking and ransomware

It is estimated around half of UK businesses faced some form of cyber-security breach in 2019/20. Most of the time the firewall and/or anti-virus software will trap the attempted infiltration however…. just like some human viruses, there’s an occasional one that gets through and causes havoc.

In extreme cases, hackers can encrypt and hold your data to ransom. If you don’t have your data backed up (effectively), the only way to recover it might be to pay them. There is, of course, no guarantee that your data will be returned.

Ransomware or a virus may not be specifically targeted to you – they are designed to be smart and will automatically seek the weakness in IT systems then spread further and embed themselves until the circumstances are right for maximum damage.

The best way to negate a ransomware attack is to ensure your systems are correctly patched, firewalled and an effective data backup is in place.

Not all data loss is malicious

While it’s easy to think of data loss as being a purposeful act, UK government stats, indicate that the vast majority of data losses and breaches are the result of human error.

Staff within your business have to handle your data as part of their job, so there’s always a chance of data being deleted by accident. If you don’t want your company to be detrimentally impacted by a business critical file or email that’s accidentally been deleted (or maybe purposeful by a disgruntled employee), you need an effective backup solution.

Disasters happen

When protecting against data loss, businesses also need to think about the safety of the hardware that stores their data. It is often more fragile than you might think.

Disaster is often thought of as being a grand scale event eg: Fire, Flood, Explosion but, in fact, it’s often more mundane actions that cause the issues: Poor-quality electrics, leaking roof or pipe, failed air conditioning unit etc

Without an effective backup, you can seriously risk the future of your business.

Critical data loss destroys businesses

Approximately 9 out of 10 companies that lose their data for more than 10 days end up filing for bankruptcy within a year. In fact, many of those businesses file for bankruptcy immediately.

Why? The loss of data can cause significant business interruption. Most businesses simply cannot afford such downtime. Depending on the scale of the breach, a business may also be subject to regulatory fines (as a result of GDPR for example).

Data loss can also prove catastrophically damaging to reputation. Companies can find that the cost of losing (and subsequently trying to win back) customer confidence, following data loss or theft, far outweighs the actual cost of the data loss itself.

The faster you can get up and running again, the more likely you are to retain customer confidence. This is why an effective data backup is imperative.

Protecting your data

There’s a number of ways you can backup your business data however, the most recognised and effective solution is an offsite, cloud backup. ‘Cloud’ is not a mythical place but a purpose designed building with specialist technical staff and systems.

By working with such a specialist provider, you can ensure that your critical data is automatically backed-up – effectively and securely and perhaps, more importantly, capable of being recovered – easily.

Don’t know where to start? We are here to work with you to create a custom backup solution for your business data.

July 20, 2020October 18, 2021 By DSM Group blog, Cloud Computing, Hosting & Colocation, IT Support, Server Replication

Cyberterrorism – The Silent Threat?

The business benefits of cloud computing are widely recognised but, for many organisations who have to comply with regulatory requirements, there is a need for evidence of enhanced security from their Data Centre partner. Stolen or corrupt data can lead to loss of customers, high recovery costs and – most of all – a damaged reputation. If an organisation is using a cloud solution they must rely on their supplier to provide the necessary level of security technology and processes. In the Data Centre environment both physical and virtual security requirements must be demonstrated to the satisfaction of their customers.

The physical security of a data centre plays a significant role in ensuring information is kept safe. Access to the site should be restricted to authorised people only and have round the clock surveillance. Electronic access control systems as well as interior and exterior high resolution CCTV is a must and Data Centre managers must ensure that security is not compromised by failure of resources such as electricity.

Not only must the site be physically secure, the network infrastructure must also be safe from unauthorised penetration. The scope of system security in the Data Centre should include security policies and practices, firewall protection, anti-virus software and continuous monitoring for incidents. Automated solutions can be used to detect security breaches and to replicate data for regulatory compliance requirements.

“Data Centre security is of vital importance. It’s up to the owner to ensure that the infrastructure is safe and all security procedures are fully documented and rigorously followed. This allows our clients to focus on their core business without having any concerns over the safety of their data,” said John Morton, Sales Director, DSM.

New solutions are being introduced constantly to counter threats and meet compliance requirements in web application security and data security. There is a wide range of security ‘add-ons’ including alerts to network events and real-time visibility into routing and traffic anomalies. Many Data Centres are now using smart monitoring features such as Intrusion Detection which quickly identifies and alerts if human attackers, network worms or bots are attempting to compromise the system.

Only by ensuring their Data Centre partners are well protected and incorporating the latest security technologies can organisations be confident that their data remains safe.

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