device hours of preventing cyberattacks for these companies:
BlastWave builds secure data center OT networks, protecting critical infrastructure like power, cooling, and environmental controls. It hides sensitive systems, ensures only authorized access with strong, passwordless security, and segments the network to contain breaches. This means less risk of disruptions, data loss, and costly downtime, ensuring your data center's continuous and reliable operation.
Data centers, the backbone of modern digital infrastructure, rely on complex Operational Technology (OT) networks to manage power, cooling, environmental controls, and physical security. These systems are increasingly vulnerable to cyberattacks, posing significant risks to data integrity, uptime, and operational continuity. BlastWave provides a robust Zero Trust security solution designed to protect these critical networks, ensuring data center infrastructure's reliable and secure operation.
How BlastWave Fortifies Data Center OT Networks:
BlastWave's network cloaking technology renders sensitive OT systems, including power distribution units (PDUs), cooling systems, and environmental sensors, invisible to unauthorized users. This proactively prevents reconnaissance and eliminates potential attack vectors, significantly reducing the attack surface.
By eliminating passwords, BlastWave thwarts phishing and credential theft, ensuring only authorized personnel, including government employees and approved contractors, can access sensitive systems. This is crucial for securing remote access and preventing unauthorized control.
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 operational data.
BlastWave facilitates secure remote access for monitoring and controlling data center infrastructure, enabling efficient maintenance and operational management. Access is strictly controlled, ensuring least privilege and time-limited access, which is crucial for maintaining data center uptime.
BlastWave's network cloaking and strong authentication capabilities effectively counter advanced persistent threats, including those leveraging AI-driven reconnaissance and social engineering.
By preventing cyberattacks and containing breaches, BlastWave minimizes downtime and ensures data center infrastructure's continuous and reliable operation.
BlastWave provides comprehensive audit trails and reporting, simplifying compliance with industry regulations and standards related to data center security.
BlastWave implements a true Zero Trust architecture, verifying every connection and enforcing least privilege access. Our solution is designed to ease deployment and management, minimizing disruption to existing data center operations. By implementing BlastWave, data center operators and facility managers can significantly enhance their OT security posture, protect their critical systems, and ensure their data center infrastructure's reliable and secure operation.
BlastWave provides Zero Trust cybersecurity for data center OT networks, helping protect critical infrastructure such as power systems, cooling systems, environmental controls, physical security systems, and building management systems.
Data centers rely on OT systems to maintain uptime, cooling, power distribution, environmental conditions, and physical security. If these systems are compromised, attackers could disrupt operations, cause equipment damage, or create costly downtime.
BlastWave protects data center infrastructure with network cloaking, passwordless MFA, granular segmentation, microsegmentation, secure remote access, and Zero Trust access controls.
Network cloaking makes sensitive data center OT systems invisible to unauthorized users. This helps prevent reconnaissance and reduces the attack surface for systems such as PDUs, cooling systems, environmental sensors, UPS systems, and building management systems.
BlastWave enables secure remote maintenance by giving authorized personnel and vendors access only to the specific systems they need. Access can be controlled by identity, device, role, policy, and operational need.
Passwordless MFA removes passwords from the access process, helping prevent phishing, credential theft, and unauthorized access to sensitive data center systems.
Segmentation and microsegmentation divide data center OT networks into secure zones and conduits. This limits lateral movement, reduces the blast radius of a cyberattack, and helps protect critical systems from cascading compromise.
BlastWave can help protect power distribution units, cooling systems, CRAC units, chillers, UPS systems, emergency generators, building management systems, fire suppression systems, access control systems, video surveillance, alarm systems, and environmental monitoring systems.
Yes. BlastWave can help protect legacy systems that cannot be easily patched by placing Zero Trust, network-layer controls around them and limiting access to authorized users and systems only.
BlastWave helps defend against AI-powered reconnaissance and social engineering by hiding critical OT assets, enforcing passwordless authentication, and limiting lateral movement across the network.
Start by identifying the systems that keep the data center running. These may include power distribution units, UPS systems, emergency generators, cooling systems, CRAC units, chillers, building management systems, fire suppression systems, environmental sensors, and physical security systems.
Use network cloaking to make critical OT assets invisible to unauthorized users and reconnaissance tools. This helps prevent attackers from finding and targeting exposed infrastructure.
Use passwordless MFA to reduce phishing and credential theft risk for operators, contractors, vendors, and maintenance teams that need access to data center systems.
Create secure zones and conduits for critical systems such as power, cooling, environmental monitoring, and physical security. Allow only required communication between approved users, devices, and systems.
Give remote users access only to the systems required for their task. Limit vendor and contractor access by role, device, system, and operational need.
Secure PDUs, UPS systems, generators, CRAC units, chillers, and cooling controls from unauthorized access or manipulation that could lead to downtime or equipment damage.
Protect BMS, fire suppression, access control, video surveillance, and alarm systems from tampering, unauthorized access, and lateral movement.
Secure sensors and systems that monitor temperature, humidity, and other environmental conditions. Protect the integrity of collected operational data.
Use network-layer Zero Trust controls to protect systems that cannot be patched or upgraded without disrupting operations.
Use audit trails, access reporting, and policy enforcement to support compliance, improve visibility, and maintain reliable data center operations.
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