Darest Informatic presents
HP Wolf Security
Secure your terminals with
multi-layer protection:
from chip to cloud
Integral protection
Unlike traditional solutions that limit themselves to the operating system, HP Wolf Security goes much further. Thanks to its multi-layered approach, it protects the entire IT system, from the motherboard to the most sensitive applications.
Terminal insulation
Based on the power of Intel and AMD processors, terminal micro-virtualization offers state-of-the-art hardware security. By creating isolated micro-environments, it blocks the most sophisticated attacks, such as malware, ransomware and phishing attempts, thus protecting sensitive data and remote access.
Integrated multilayer protection
natively in HP devices
HP Sure Start Hardware Root of Trust receives ANSSI CSPN certification
Thanks to its standard or customized silicon design, the motherboard offers a platform that is both resilient and unalterable, for optimum, multi-layer security.
HP's most secure computers2
HP's most secure printers3
BIOS and firmware
In order to anticipate the increasingly sophisticated attacks targeting the foundations of our systems. A rigorous control system is in place to protect the firmware layer. In this way, code integrity, configuration security and vulnerability management are guaranteed, ensuring a solid defense against the most subtle threats.
Workstation insulation
across your entire fleet
Micro virtual machines
To contain threats and preserve business continuity, high-risk tasks are isolated in virtual micro-machines. This approach circumscribes attacks, preventing any propagation within the network, while guaranteeing an optimal user experience.
Application-level insulation
This solution offers enhanced protection for sensitive applications, isolating them from threats, including those targeting the operating system. So even if the system is compromised, critical data and systems remain secure. What's more, access to these resources is authorized from standard PCs. So you don't expose the global environment to propagation risks.