- Check Point Software Technologies (CHKP, Financial) boosts existing Quantum Force gateways with a 15-25% performance increase through a software update.
- Launches four new AI-powered Branch Office Security Gateways with up to 4x faster threat prevention performance.
- New solutions feature a 99.9% block rate and enhanced SD-WAN optimization for hybrid networks.
Check Point Software Technologies (CHKP) has announced significant enhancements to its Quantum Force Security Gateway lineup. Current data center and perimeter gateways are set to experience a 15-25% performance boost through a new software update, delivering improved threat prevention without the need for new hardware.
In addition, the company has introduced four new AI-powered Branch Office Security Gateways, boasting up to 4x faster threat prevention performance compared to previous models. These new gateways feature a leading 99.9% block rate and are optimized for SD-WAN, catering to the growing demands of hybrid networks.
The launch addresses the rising cyber threats facing branch offices, which now encounter an average of 713 weekly attack attempts per location, reflecting a 36% increase year-over-year. Check Point's new solutions promise enhanced cloud application performance, expanded network connectivity up to 10GbE, and seamless unified security management across various enterprise environments.
These advancements come as part of Check Point's strategic response to the increasing vulnerability of branch offices, which serve as critical points of customer interaction and often bear direct links to the public cloud and internet, making them susceptible to cyber threats. By doubling port capacity and optimizing for SD-WAN, Check Point strengthens its competitive position against industry rivals.
The new Quantum Force Branch Office Security Gateways are available for purchase through Check Point's global network of partners. This rollout underscores Check Point's commitment to providing cutting-edge security solutions that enhance enterprise resilience in an evolving threat landscape.
