Zero Trust
Cybersecurity for
Building Management

AI-resistant OT Network safeguard
500,000,000

device hours of preventing cyberattacks for these companies:

TLDR: Secure Infrastructure for Building Management OT Networks

BlastWave is a digital shield for building management OT networks, protecting HVAC, lighting, and security systems from cyberattacks. It hides critical control systems, ensures only authorized access with strong, passwordless security, and segments the network to contain breaches. This means safer, more efficient buildings and reduced risk of disruptions or data theft.

How can BlastWave Help Building Management Networks?

Building Management Systems (BMS) are increasingly interconnected, controlling everything from HVAC and lighting to security and fire suppression. While this connectivity enhances efficiency, it also introduces significant cybersecurity risks. BlastWave provides a robust Zero Trust security solution to protect these vital systems, ensuring building safety and operational continuity.  

How BlastWave Fortifies Building Management OT Networks:

Network Cloaking for Hidden Infrastructure

Network Cloaking for Hidden Infrastructure

BlastWave's network cloaking technology renders critical BMS components, including controllers, sensors, and actuators, invisible to unauthorized users. This proactively prevents reconnaissance and eliminates potential attack vectors, significantly reducing the attack surface.  

Passwordless Multi-Factor Authentication (MFA)

Passwordless Multi-Factor Authentication (MFA)

BlastWave eliminates passwords to thwart phishing and credential theft. It also ensures that only authorized personnel, including building operators and maintenance technicians, can access sensitive systems. This is vital for securing remote access and preventing unauthorized control.

Granular Network Segmentation and Microsegmentation

Granular Network Segmentation and Microsegmentation

BlastWave enables the creation of secure zones and conduits, isolating critical systems and limiting lateral movement in case of a breach. This is essential for containing the impact of attacks and protecting sensitive building data.

Secure Remote Monitoring and Control

BlastWave facilitates secure remote access for monitoring and control of building systems, enabling efficient maintenance and operational management. Access is strictly controlled, ensuring least privilege and time-limited access, which is crucial for maintaining building safety and security.

Secure Remote Monitoring and Control
Protection Against Advanced Persistent Threats (APTs)

Protection Against Advanced Persistent Threats (APTs)

BlastWave's network cloaking and strong authentication capabilities effectively counter advanced persistent threats, including those leveraging AI-driven reconnaissance and social engineering.

Enhanced Building Safety and Security

Enhanced Building Safety and Security

BlastWave strengthens building safety and security by preventing cyberattacks and containing breaches, protecting occupants and assets from potential harm.  

Improved Operational Efficiency

Improved Operational Efficiency

Secure remote access and automated monitoring capabilities enabled by BlastWave streamline building operations, reducing downtime and maintenance costs.

Compliance with Building Security Standards

Compliance with Building Security Standards

BlastWave provides comprehensive audit trails and reporting, simplifying compliance with building security standards and regulations.

BlastWave's Zero Trust Approach

BlastWave implements an authentic Zero Trust architecture, verifying every connection and enforcing least privilege access. Our solution is designed to ease deployment and management, minimizing disruption to existing building operations. By implementing BlastWave, building operators and facility managers can significantly enhance their OT security posture, protect their critical systems, and ensure their facilities' safe and efficient operation.

BlastShield Use Cases for Building Management OT Networks

Securing HVAC Systems

  • Protecting building climate control systems from unauthorized access, preventing disruptions and potential damage.
  • Ensuring secure remote monitoring and control of HVAC systems.

Securing Lighting Systems

  • Protecting building lighting control systems from malicious manipulation.
  • Securing automated lighting systems from external control.

Securing Security Systems

  • Protecting access control systems (keycard, biometric) from unauthorized entry.
  • Securing video surveillance systems from tampering and data theft.
  • Protecting alarm systems from malicious activation or deactivation.

Securing Fire Suppression Systems

  • Protecting fire alarm and suppression systems from unauthorized control, preventing false alarms or system failures.
  • Protecting water based fire suppression systems.

Securing Elevator and Escalator Systems

  • Protecting elevator and escalator control systems from malicious manipulation.

Securing Building Automation Systems (BAS)

  • Protecting integrated building management systems from unauthorized access and control.
  • Securing data collected by BAS systems.

Enabling Secure Remote Maintenance

  • Providing secure remote access for maintenance personnel and vendors to diagnose and repair building systems.
  • Limiting access to only necessary systems and data, ensuring least privilege.

Protecting against AI-powered reconnaissance

  • Hiding critical network assets from AI-powered reconnaissance software.

Phishing protection

  • Using passwordless MFA to prevent phishing attacks against building operators and contractors.

Segmentation and Microsegmentation

  • Using network segmentation and microsegmentation to limit the blast radius of a cyber attack.

Zero Trust Architecture

  • Implementing a Zero Trust architecture to protect the entire network.

Protecting Legacy systems

  • Protecting legacy systems that cannot be patched.

Protecting access to building data

  • Protecting data from building sensors.

What does BlastWave do for building management OT networks?

BlastWave provides Zero Trust cybersecurity for building management OT networks, helping protect HVAC, lighting, security, fire suppression, elevator, escalator, and building automation systems from cyberattacks.

Why do Building Management Systems need cybersecurity?

Building Management Systems are increasingly interconnected and often control critical functions such as HVAC, lighting, access control, video surveillance, fire suppression, and elevators. If these systems are compromised, attackers could disrupt operations, manipulate building controls, or create safety risks.

How does BlastWave protect Building Management Systems?

BlastWave protects Building Management Systems with network cloaking, passwordless MFA, granular segmentation, microsegmentation, secure remote access, and least-privilege Zero Trust access controls.

What is network cloaking for building management systems?

Network cloaking makes critical BMS components, including controllers, sensors, and actuators, invisible to unauthorized users. This helps prevent reconnaissance and reduces the attack surface.

How does passwordless MFA help secure building management networks?

Passwordless MFA removes passwords from the access process, helping prevent phishing and credential theft. It ensures only authorized building operators, maintenance technicians, vendors, and contractors can access sensitive systems.

How does BlastWave support secure remote maintenance for buildings?

BlastWave enables secure remote access for maintenance personnel and vendors to diagnose, monitor, and repair building systems. Access can be restricted to only the systems and data needed for the task.

How does segmentation help protect building OT networks?

Segmentation and microsegmentation divide building OT networks into secure zones and conduits. This limits lateral movement, contains breaches, and reduces the blast radius of a cyberattack.

What building systems can BlastWave help protect?

BlastWave can help protect HVAC systems, lighting systems, access control systems, video surveillance, alarm systems, fire alarm and suppression systems, elevators, escalators, building automation systems, and building sensor data.

Can BlastWave protect legacy building systems?

Yes. BlastWave can help protect legacy building systems that cannot be patched by applying network-layer Zero Trust controls and limiting access to authorized users and systems.

How does BlastWave help protect buildings from AI-powered attacks?

BlastWave helps protect against AI-powered reconnaissance and social engineering by hiding critical network assets, enforcing strong passwordless authentication, and limiting lateral movement across building management OT networks.

How To Secure Building Management OT Networks with BlastWave

Step 1: Identify critical building systems

Start by identifying the systems that support building safety, comfort, and operations. These may include HVAC, lighting, access control, video surveillance, alarm systems, fire suppression, elevators, escalators, building automation systems, and sensor networks.

Step 2: Cloak critical BMS components

Use network cloaking to make controllers, sensors, actuators, and other critical BMS components invisible to unauthorized users and reconnaissance tools.

Step 3: Replace passwords with passwordless MFA

Use passwordless MFA to reduce phishing and credential theft risk for building operators, maintenance technicians, vendors, and contractors.

Step 4: Segment building OT networks

Create secure zones and conduits for HVAC, lighting, security, fire suppression, elevator, and BAS systems. Allow only required communication between approved users, devices, and systems.

Step 5: Enforce least-privilege remote access

Give remote maintenance teams and vendors access only to the systems and data needed for their work. Limit access by identity, device, role, policy, and operational need.

Step 6: Protect HVAC and lighting systems

Secure climate control and lighting systems from unauthorized access, disruption, malicious manipulation, or external control.

Step 7: Secure physical security systems

Protect access control, video surveillance, and alarm systems from tampering, data theft, unauthorized entry, or malicious activation and deactivation.

Step 8: Protect fire suppression and life safety systems

Secure fire alarm and suppression systems from unauthorized control, false alarms, system failures, or manipulation of water-based fire suppression systems.

Step 9: Protect elevators, escalators, and BAS data

Secure elevator and escalator controls from malicious manipulation, and protect data collected by building automation systems and sensors.

Step 10: Monitor access and support compliance

Use audit trails, reporting, and policy enforcement to simplify compliance with building security standards and improve operational visibility.