Solutions
Web & Application Security
Web & Application Security
An attack can start with a simple request
Web applications are constantly targeted by automated scans, injection attempts, vulnerability exploits, and DDoS attacks. Hybrid and multi-cloud infrastructures make protecting them even more complex.
An effective application security strategy relies on traffic analysis, behavioral detection, reducing the attack surface, and the ability to block threats in real time, while minimizing false positives.
An effective application security strategy relies on traffic analysis, behavioral detection, reducing the attack surface, and the ability to block threats in real time, while minimizing false positives.
Our Web & Application Security Solutions
UBIKA
UBIKA is a European company specializing in application security. Its WAAP (Web Application & API Protection) solutions protect on-premises, cloud, and hybrid applications using a consistent, vendor-agnostic approach.
The management interface allows users to visualize traffic flows and orchestrate multiple security engines to improve detection while reducing false positives. Blocking and logging modes can be dynamically adjusted based on the context.
The various editions—On-Prem, Cloud, or hybrid—allow protection to be adapted to the existing architecture without excessive complexity.
The management interface allows users to visualize traffic flows and orchestrate multiple security engines to improve detection while reducing false positives. Blocking and logging modes can be dynamically adjusted based on the context.
The various editions—On-Prem, Cloud, or hybrid—allow protection to be adapted to the existing architecture without excessive complexity.
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Snowpack
Snowpack takes a radical approach: making digital assets invisible on the Internet. Thanks to its Virtual & Invisible Private Network (VIPN) concept, exposed services become undetectable to unauthorized external observers.
This reduction in the attack surface significantly limits the potential for exploitation, even in the event of a technical vulnerability. The approach is part of an advanced Zero Trust framework, tailored for sensitive, industrial, or high-criticality environments.
This reduction in the attack surface significantly limits the potential for exploitation, even in the event of a technical vulnerability. The approach is part of an advanced Zero Trust framework, tailored for sensitive, industrial, or high-criticality environments.
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