These days, organizations rely on a wide variety of security solutions to protect their networks from cyber-attacks and traffic anomalies. But the more tools deployed, the more complex a security infrastructure becomes. These complex system interactions pose a serious risk to security performance and network resiliency.
Cyber Range is used to validate the security posture of client’s networks with real applications and a complete range of threat vectors. By simulating real-world legitimate traffic, distributed denial of service (DDoS), exploits, malware, and fuzzing, Zettawise’s Hybrid Cyber Range validates an organization’s security infrastructure, reduces the risk of network degradation by almost 80%, and increases attack readiness by nearly 70%.
It not only provides a secure environment to test the enterprise’ immune system against the latest cyber threats but also enables organization to evaluate the appropriate security products or solutions, manage incidents and perform Red Team – Blue Team exercises.
The platform offers realistic scenarios for cybersecurity posture assessment , allowing professionals to practice defending against sophisticated attacks.
Dynamic environments let users experience different cyber scenarios in a hybrid environment by applying various attack strategies and evasion mechanism.
Interactive exercises enable hands-on learning, ensuring teams are well-prepared to handle real-world cyber threats.
Opportunities to develop offensive strategies, allowing professionals to understand the mindset and techniques of cyber attackers.
Exercises to strengthen defensive capabilities, enabling teams to identify and neutralize cyber threats effectively.
How might a particular configuration or security setup withstand a cyber-attack ?
Zettawise Hybrid Cyber Range addresses that by simulating both good and bad traffic to validate and optimize networks under the most realistic conditions. Security infrastructures (IT & OT) can also be verified at high scale, ensuring ease of use, greater agility, and speedy network testing.
Port security allows the network administrator to specify which MAC addresses can access a particular port and how many devices can connect to that port at a time.
Eavesdropping is the act of secretly or stealthily listening to the private conversation or communications of others without their consent in order to gather information.
A jamming attack is a type of hack that interferes with wireless communication systems, like Wi-Fi, cell phone networks, Bluetooth, and GPS.
A denial-of-service (DoS) attack is a cyber-attack aimed at making a machine or network resource unavailable by disrupting its services.
Packet crafting is a technique that allows network administrators to probe firewall rule-sets and find entry points into a targeted system or network.
To boost the efficacy of an IDS in thwarting these perpetrators, constant updates with fresh threat data are necessary.
SIGINT is intelligence from electronic signals and systems used by foreign targets, offering insights into adversaries' capabilities, actions, and intentions.
A vulnerability is a weakness that can be exploited by cybercriminals to gain unauthorized access to a computer system.
Malware attacks involve malicious software designed to damage, disrupt, or gain unauthorized access to systems and data.
Worm and virus propagation involves self-replicating malware spreading independently or by attaching to files, respectively.
Backdoors are hidden methods for bypassing normal authentication to gain unauthorized access to systems and data.
Botnets are networks of compromised computers controlled remotely to perform malicious activities like DDoS attacks or spam.
Coordinated attacks are synchronized cyber-attacks by multiple agents targeting a specific system or network simultaneously.
Adaptive attacks dynamically change strategies to bypass security defenses, exploiting vulnerabilities in real-time.
It encrypts data, demanding payment for access restoration, posing significant threats to organizations' data security and financial stability.
It's an unauthorized extraction of sensitive data from a network or system, often for malicious purposes or espionage.
Today, distributed denial of service (DDoS) attack is a big risk to any business with an online presence. Organizations need to know if their networks can fend-off the flood of traffic coming from hundreds of thousands of compromised systems while still accepting normal business traffic. Since every update in the network may impact the efficacy of your DDoS mitigation solution, validation must be a continual process
Zettawise’ Hybrid Cyber Range simulates both normal application traffic and security threats at scale so you can validate critical data points like number of packets dropped by your DDoS mitigation solution, how your solution functions in a real attack, what level of service you can provide while under attack, and how your people and process react to and withstand an attack.
With SCADA operating over IP networks, the line between IT and OT has blurred...however, many OT teams are not prepared to handle threats in ICS networks.
Organizations are taking notice of the threats to SCADA networks and the possible impacts of breaches. It is also clear that, despite being much farther from the standard network security demarcation zones, SCADA networks continue to be exceptionally vulnerable to cyber-attacks.
Validation in the lab with Zettawise’ Hybrid Cyber Range’s real-world application traffic and security attacks can ensure SCADA networks are resilient and secure. Increasing the attack readiness of both your ICS networks and people will go a long way in increasing the resiliency of the SCADA/ICS systems of today and in the future.
SCADA networks are exceptionally vulnerable Many traditional SCADA systems now contain extensions to operate over TCP/IP to connect to and access distributed, remote systems. Using TCP/IP means these systems have the reliability and sophistication of a data transfer protocol that keeps the Internet running. However, this has also exposed SCADA networks to the vulnerabilities targeted at TCP/IP over the course of many years. On top of this, we need to consider the fact that many SCADA applications were not designed with IP network-level security in mind. Coupled with the fact that SCADA is implemented in many critical infrastructures, state and non-state actors may have special interest in such networks.
Our range focus on attack and defense techniques, emulation of a large number of protocols and scenarios in a vendor neutral manner.
