Managing Cyber Risk Across Science Parks

A Science Park’s Security is Only as Strong as the Isolation Between its Tenants

Cyber threats don’t respect tenant boundaries. In a shared science park environment, a single weakness in network design, guest access or a shared service can have consequences that extend well beyond one organisation. As science parks become increasingly connected, cyber resilience is no longer just an IT concern, it’s a critical operational responsibility.

In this article, we explore the key cyber security challenges facing multi-tenant science parks, from shared network infrastructure and guest Wi-Fi security to tenant onboarding, network segmentation and shared service risk management. You’ll learn why secure architecture is the foundation of a resilient science park, how to reduce the risk of cross-tenant exposure, and the practical steps operators can take to strengthen security while maintaining a seamless tenant experience.

Whether you’re responsible for technology, facilities or overall site operations, this guide provides actionable insights to help protect tenants, safeguard critical services and build a more resilient science park environment.

 

The Challenge of Shared Networks

Many science parks provide shared network infrastructure to support connectivity across the site.

This may include:

• Shared internet connectivity
• Core network services
• Wireless infrastructure
• Shared communications services
• Connectivity for communal facilities

While shared services can provide cost and operational benefits, they can also increase complexity if networks are not designed with security and tenant separation in mind.

Without proper controls, tenants may unintentionally gain visibility into services they should not access, or attackers could attempt to move between connected environments if segregation is insufficient. Science Park cyber security assessments consistently identify shared infrastructure and cross-tenant exposure as significant considerations within multi-tenant environments.

For this reason, network architecture forms the foundation of cyber resilience in any shared campus environment.

 

Managing Guest Access Securely

Guest connectivity is often expected within modern science parks.

Visitors, contractors, event attendees and temporary workers frequently require internet access while on site. While guest Wi-Fi improves the visitor experience, it must be carefully designed to prevent it becoming a pathway into business-critical systems.

Common challenges include:

• Poor separation between guest and business networks
• Overly permissive access controls
• Inadequate monitoring
• Shared credentials
• Lack of visibility into connected devices

Guest services should provide convenience without compromising security.

A well-designed guest access solution should ensure that visitors can access the internet without gaining access to tenant networks, operational systems or management platforms.

 

Tenant Onboarding: A Critical Security Process

Bringing a new tenant onto a science park involves far more than providing office or lab space and internet connectivity.

Every new tenant introduces:

• New users
• New devices
• New applications
• New suppliers
• New cyber risks

Without a structured onboarding process, security weaknesses can be introduced from day one.

Questions science park operators should consider include:

• What connectivity is being provided?
• How will access be managed?
• Are security requirements defined?
• What support relationships exist?
• Will the tenant access shared services?

A consistent onboarding process helps establish clear expectations while reducing the risk of introducing vulnerabilities into the wider environment.

 

Why Segmentation Matters

Segmentation is one of the most important security controls in any multi-tenant environment.

Put simply, segmentation ensures that organisations can only access the services and resources they require.

A common principle within science park environments is that tenants should be treated as entirely separate organisations, regardless of whether they occupy the same building or share the same infrastructure.

Effective segmentation may separate:

• Tenant networks
• Shared services
• Guest Wi-Fi
• Building Management Systems
• CCTV systems
• Access control platforms
• Administrative services
• Internet access zones

If an incident occurs within one environment, segmentation helps limit the likelihood of the issue spreading to others. Good segmentation significantly improves resilience by reducing opportunities for lateral movement across the estate.

 

Understanding Shared Service Risks

Many science parks offer shared services that provide operational efficiency and enhance the tenant experience.

Examples may include:

• Shared internet services
• Visitor management systems
• Building access control
• CCTV platforms
• Meeting room systems
• Environmental monitoring solutions
• Shared cloud platforms

These services often become critical business dependencies for multiple organisations.

The challenge is that an issue affecting a shared service can potentially affect multiple tenants simultaneously.

Shared service risks may arise from:

• Weak access controls
• Inadequate patching
• Supplier compromise
• Misconfiguration
• Excessive permissions
• Lack of monitoring

For science park, university campus, incubator and growth hub operators, understanding and managing shared service risk is a key aspect of tenant assurance and operational resilience.

 

Incident Coordination Across Multiple Organisations

One of the most overlooked aspects of cyber resilience is incident coordination.

In a traditional corporate environment, a cyber incident is typically managed within a single organisation.

Science parks are different.

During a significant cyber incident, coordination may be required between:

• Science Park operators
• Multiple tenants
• Technology providers
• Facilities management companies
• Security contractors
• Connectivity providers
• Incident response specialists

Without clear communication channels and defined escalation procedures, confusion can quickly develop during periods of disruption.

Effective cyber resilience requires planning, governance and coordination long before an incident occurs. Science Park assessments highlight the need for collaboration between operators, occupants, suppliers and service providers when managing cyber risk within shared environments.#

 

Practical Steps to Improve Multi-Tenant Security

Separate Tenant Environments

Each tenant should operate within a logically isolated environment.

Tenants should not be able to access:

• Other tenant networks
• Shared management systems
• Administrative services
• Operational technology environments

Isolation reduces the impact of both accidental exposure and deliberate attacks.

Implement Secure Wi-Fi Architecture

Wireless networks should be designed with security and segregation as core principles.

This should include:

• Dedicated guest networks
• Separate tenant wireless services
• Strong authentication
• Network access controls
• Visibility and monitoring

A secure wireless architecture helps support both usability and resilience.

Establish Shared Service Governance

Science Park operators should maintain clear governance arrangements for services used by multiple organisations.

Governance should include:

• Defined ownership
• Security standards
• Change management
• Supplier oversight
• Incident escalation procedures

This helps ensure accountability and consistency across critical services.

Monitor Shared Infrastructure

Continuous monitoring provides visibility into security events before they develop into major incidents.

Monitoring should include:

• Network infrastructure
• Internet connections
• Shared services
• Administrative platforms
• Security systems

Early detection improves response times and helps minimise disruption.

 

How Modern Networks Supports Multi-Tenant Science Parks

Modern Networks is proud to be a member of the UK Science Park Association (UKSPA), supporting innovation and growth across the UK’s science and technology community.

We have extensive experience designing, operating and securing networks within commercial property, science park and multi-tenant environments.

We understand that science parks and innovation clusters require more than connectivity. They require security architectures that support innovation while protecting tenants, intellectual property and operational services.

Our services include:

• Multi-tenant network design
• Secure segmentation architecture
• Managed network services
• Tenant onboarding frameworks
• Security monitoring
• Managed Detection and Response (MDR)
• Vulnerability management
• Cyber governance and risk assessments
• Science Park Cyber Security Reviews

By combining secure architecture, operational expertise and cyber security governance, we help science park operators create resilient environments that enable innovation while reducing risk.

 

Review Your Tenant Segmentation Strategy

In a multi-tenant environment, cyber security is not simply about protecting individual organisations. It is about ensuring that risks affecting one tenant do not impact another.

Strong segmentation, secure shared services and effective governance provide the foundation for a resilient science park.

If you would like to understand whether your current infrastructure provides the level of isolation and resilience your tenants expect, contact Modern Networks to review your Tenant Segmentation Strategy and identify opportunities to strengthen security across your entire estate.