Securely conduct online activity without attribution to your enterprise and remove cyber threats for your users. BrowseS makes your enterprise and its users, like market researchers and intelligence collectors, difficult targets for cyber criminals by dynamically shifting network communications.
BrowseS elevates your digital presence by ensuring that every online search remains discreet and secure. Through our zero-attack and zero-trust approach, we provide unparalleled protection for your data and operations. More than a mere tool, our unique intelligence-grade BrowseS service dynamically shifts VPN communications, distributing them across multiple cloud providers and regularly modifying the network infrastructure. This process effectively conceals enterprise information, location, and identity, allowing businesses to operate securely online. But our commitment goes beyond providing technology; we stand as your strategic partner in implementing BrowseS, sharing best use cases, practices, and aiding in its optimal deployment to improve your enterprise’s network security. Seeking guidance on licenses, service integration, or keen on fully harnessing BrowseS’s capabilities? Our BrowseS team is ready to guide your enterprise through its network security planning.
BrowseS allows remote, on-demand browser isolation and provides managed attribution for researchers, SOC analysts, fraud and investigations teams, and more. BrowseS transparently distributes communications within and across multiple clouds, regularly churning the underlying network infrastructure. This process obscures vital enterprise information and enables users to confidently and securely conduct business on the internet.
Our dynamic design increases privacy using intermediaries to acquire the commercial infrastructure used to implement the network. Multiple cloud providers and geographic locations disperse and layer any points of possible attacks, enhancing security. Software-based, BrowseS enables seamless integration with your existing infrastructure and networks while our patented design allows for dynamically shifting pathways — on the fly and in real-time.
