#United States #Orlando #Cyber Defense #SimSpace #EWI Radar

SimSpace Launches EWI Radar for Preemptive Cyber Threat Defense

Orlando, Florida — October 27, 2026: In an age where nation-state-sponsored cyber threats are on the rise, SimSpace has taken a significant step forward by introducing the EWI Radar, an advanced early-warning research feature that empowers defenders with actionable intelligence derived from active threats. This new capability operates within the SimSpace platform, allowing organizations to transform data from ongoing nation-state campaigns into effective preemptive strategies.

Historically, attackers have capitalized on their first-mover advantage, and with the advent of artificial intelligence (AI), this gap has expanded. Cybersecurity teams have relied heavily on historical attack data, but as AI-driven attacks become increasingly sophisticated and adaptive, this model is no longer sufficient. EWI Radar shifts the paradigm from reactive to preemptive security, enabling defenders to anticipate potential attacks before their systems are compromised.

Instead of solely depending on past incidents to inform their defenses, organizations can now utilize hyper-synthetic data generated by SimSpace to simulate real-world threat scenarios in safe environments. This allows IT and Operational Technology (OT) teams to test and validate new defense mechanisms in realistic replicas of their operational systems without exposing critical infrastructure to risk.

According to Clint Sand, Chief Product Officer at SimSpace, “Cyber defenders need the ability to move quickly with confidence that a new defense will be effective before their environment is under attack.” The EWI Radar grants defenders the ability to recreate existing threats in a controlled setting, facilitating repeated testing of defense strategies to pinpoint weaknesses and enhance effectiveness.

Simulating Real Threat Scenarios

The EWI Radar employs hyper-synthetic data within SimSpace's Cyber Range to faithfully mimic contemporary threats. For instance, to demonstrate its functionality, SimSpace recreated an attack campaign attributed to Iranian threat actors targeting internet-exposed cameras across multiple regions. By monitoring these compromised devices, defenders can identify indicators of potential real-world attacks, thus enhancing their proactive detection capabilities.

In a recent test, SimSpace constructed a complex simulated environment featuring a fleet of twelve devices with authentic firmware and infrastructure. The platform then replicated a five-phase adversarial attack campaign utilizing known exploits. The results demonstrated that using behavioral detection methods, in conjunction with an unsupervised Isolation Forest model, could effectively identify anomalous activities even without prior knowledge of when an attack would commence.

During the testing phases, EWI Radar achieved zero false positives across multiple calibrations. Every alert triggered during the simulated campaign was verified through multiple detection methods, affirming both its reliability and the effectiveness of the tested defense strategies.

A Shift Towards Preemptive Security

The introduction of hyper-synthetic data as a new standard in cybersecurity approaches marks a significant evolution within the industry. According to Gartner’s Emerging Technology report, this form of simulation-driven security is pivotal for future innovation, urging product leaders to adopt it to remain competitive.

As organizations increasingly grapple with the complexities of modern cyber threats—from IoT devices to advanced attacks—SimSpace's EWI Radar offers a robust framework for validating and refining defensive capabilities. This positions them not only to be reactive but also to be confidently proactive in their cybersecurity endeavors.

In summary, the launch of EWI Radar by SimSpace represents a critical advancement in the cybersecurity landscape, empowering defenders to anticipate attacks and safeguard their systems efficiently. For further information on SimSpace and its innovative offerings, visit www.simspace.com.