device hours of preventing cyberattacks for these companies:
BlastWave acts like a digital fortress for water and wastewater companies, shielding critical infrastructure from cyberattacks. It hides vulnerable systems, ensures only authorized access with passwordless security, and segments networks to contain breaches. This means less risk of disruptions, safer water supplies, and peace of mind knowing your essential services are protected from hackers.
Water and wastewater utilities are increasingly targeted by cyberattacks, posing significant risks to public health and safety. BlastWave builds an easy-to-use Zero Trust secure infrastructure designed to protect from evolving threats, ensuring the reliable and safe delivery of essential water services.
How BlastWave Protects Water and Wastewater Networks:
BlastWave's network cloaking technology renders sensitive control systems, SCADA devices, and remote telemetry units invisible to unauthorized users. This effectively eliminates the attack surface, protecting vulnerable legacy systems and preventing reconnaissance attempts.
BlastWave eliminates the risk of compromised credentials by implementing passwordless MFA. This ensures that only authorized personnel can access critical systems, preventing unauthorized control and potential sabotage.
BlastWave enables the creation of secure zones and conduits, isolating critical systems and preventing lateral movement in case of a breach. This limits the impact of attacks and ensures the continued operation of essential services.
BlastWave provides secure remote access for authorized personnel, allowing for efficient maintenance and monitoring of remote sites and infrastructure. Access is strictly controlled through passwordless MFA and segmentation, ensuring least privilege and time-limited access.
BlastWave's network cloaking and strong authentication capabilities effectively counter AI-powered reconnaissance and phishing attacks, preventing attackers from gaining access to sensitive systems.
BlastWave helps water and wastewater utilities meet regulatory compliance requirements by providing robust security controls and comprehensive audit trails.
By preventing cyberattacks and limiting the impact of breaches, BlastWave ensures the continuous and reliable operation of water and wastewater systems, protecting public health and safety.
BlastWave implements a true Zero Trust architecture, assuming no user or device is inherently trustworthy. We verify every connection, enforce least privilege access, and continuously monitor network activity to detect and respond to threats in real-time. Our solution is designed to be easy to deploy and manage, minimizing disruption to existing operations.
By implementing BlastWave, water and wastewater utilities can significantly strengthen their cybersecurity posture, protect their critical infrastructure, and ensure the reliable and safe delivery of essential services to their communities.
BlastWave helps water and wastewater utilities protect OT networks, SCADA systems, RTUs, remote telemetry units, pump stations, reservoirs, treatment plants, and other critical infrastructure from cyberattacks.
Water and wastewater systems are essential public services. Cyberattacks against these networks can disrupt water treatment, interfere with distribution, manipulate telemetry, affect chemical injection systems, and create public health and safety risks.
BlastWave protects water and wastewater networks with network cloaking, passwordless multi-factor authentication, secure remote access, granular network segmentation, microsegmentation, audit trails, and Zero Trust access controls.
Network cloaking makes sensitive control systems, SCADA devices, remote telemetry units, RTUs, and other critical OT assets invisible to unauthorized users, scanners, and AI-powered reconnaissance tools.
BlastWave helps secure SCADA systems by preventing unauthorized access, enforcing least-privilege access controls, segmenting critical systems, and reducing the ability of attackers to discover or manipulate control systems.
BlastWave supports secure remote monitoring and maintenance by allowing authorized personnel, engineers, and vendors to access only the systems they need, such as remote pump stations, reservoirs, treatment plants, and control networks.
BlastWave protects RTUs and remote telemetry units by shielding them from unauthorized discovery and access, helping ensure accurate data collection and reducing the risk of operational manipulation.
Yes. BlastWave helps protect legacy OT systems that cannot be easily patched or replaced by creating a virtual air gap, enforcing Zero Trust access, and reducing exposure to known and zero-day vulnerabilities.
BlastWave helps prevent ransomware spread by segmenting OT networks, limiting access to critical systems, enforcing least privilege, and reducing lateral movement after an attempted compromise.
BlastWave supports water and wastewater cybersecurity compliance efforts by providing robust access controls, segmentation, audit trails, secure remote access, and Zero Trust protections that can help utilities align with AWWA and EPA cybersecurity expectations.
Water and wastewater utilities depend on connected SCADA systems, RTUs, telemetry units, pump stations, reservoirs, treatment plants, and chemical injection systems. Here’s how utilities can reduce cyber risk while protecting public health, safety, and operational continuity.
Start by identifying SCADA systems, RTUs, remote telemetry units, pump stations, reservoirs, treatment plants, chemical injection systems, engineering workstations, vendor connections, and remote monitoring paths that require stronger protection.
Assess which systems are visible, remotely reachable, connected to vendors, or exposed through legacy remote access methods. Remote infrastructure is often widely distributed, making visibility and access control especially important.
Use network cloaking to make SCADA systems, RTUs, telemetry units, and other critical assets non-discoverable to unauthorized users, scanners, and AI-powered reconnaissance tools.
Deploy passwordless multi-factor authentication to reduce phishing, credential theft, shared-password risk, and unauthorized access to control networks.
Provide secure remote access for authorized personnel, maintenance crews, engineers, and third-party vendors. Limit access to only the systems and time windows required for monitoring, maintenance, or repairs.
Use segmentation and microsegmentation to isolate SCADA systems, RTUs, telemetry systems, chemical injection systems, and other high-risk assets into secure zones and conduits.
Place Zero Trust access controls, cloaking, and segmentation around legacy OT devices that cannot be patched, upgraded, or interrupted without risking service disruptions.
Limit lateral movement by ensuring compromised users, endpoints, or vendor connections cannot freely traverse flat OT networks or reach unrelated control systems.
Use access reporting, session visibility, and audit trails to support cybersecurity reviews, internal governance, and AWWA or EPA-related compliance requirements.
Test whether unauthorized users, scanners, or AI-powered reconnaissance tools can still discover sensitive assets, access credentials, or move laterally across the water utility network. Then confirm that essential services can continue operating safely.
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