Securing Your Enterprise by Enforcing the Integrity of Operating System Design
Location Based 
Operating System Interactions 
Process Execution Flow 
No need for whitelisting 
Reduces operation overhead 
Reduces patch management burden 
Companies worldwide struggle with daily security breaches, costing them billions of dollars. It’s become all too obvious that the familiar names in cybersecurity can no longer be trusted. Traditional Antivirus, or any type of “machine learning” or “A/I learning” are fatally flawed, based on practices that never worked.
AppGuard is the only security product in the marketplace that is currently undefeated. Protecting the operating system through kernel level policy enforcement AppGuard’s patented technology works for both large and small corporate businesses as well as individual consumers.
Award-winning laptop, desktop, and server protection for enterprises. AppGuard prevents breaches by blocking applications from performing inappropriate processes, but allows them to continue performing normal actions, using our patented dynamic isolation and inheritance technologies. By applying zero trust principles WITHIN endpoints, AppGuard delivers the most advanced protection and lowers cyber operation costs.
AppGuard’s adaptive policy enforcement (APE) prevents viruses, fileless malware, botnets, polymorphic malware, weaponized documents, targeted attacks, in-memory attacks, ransomware, phishing, watering-holes, drive-by-downloads, and other advanced threats. AppGuard doesn’t rely on scanning known signatures or patterns to identify good from bad files. AppGuard’s lightweight agent sits low at the kernel level and blocks unacceptable actions like code injection or registry override at the process level.
AppGuard Enterprise is a centrally managed host-based endpoint protection solution that prevents malware and all advanced attacks from harming the system. Utilizing Adaptive Policy Enforcement (APE), it blocks attacks without having to explicitly recognize the attack. Alternative solutions ONLY succeed when they recognize the attack, needing constant signature updates and are vulnerable to zero-day attacks. AppGuard’s zero-trust space policy and isolation and inheritance policy block applications from performing suspicious processes while allowing them to continue performing normal actions. AppGuard agents run smoothly for months or years without policy updates, regardless of app updates, patches, and other changes.
AppGuard Server is a zero-trust host-based endpoint protection agent for Windows and Linux servers, centrally managed from the same system as agents for laptops and desktops. Unlike alternatives that must quarantine and restore a server at any indication of possible malice, AppGuard Server allows mission-critical Apps to safely run safely until a scheduled maintenance window, even if suspicious processes have elevated privileges. AppGuard footprint is 10 to 200 times lighter than alternatives in terms of CPU, memory, install size, and network bandwidth.
TRUSTICA is a complete technology solution that acts as a security framework and infrastructure for IoT networks and devices, designed to support open connectivity while maintaining anonymity and privacy in a secure environment. It operates with a philosophy of zero trust, and is designed to operate with standard IoT protocols so it can be adapted to work with any type of IoT network or device. IoT is a “catch-all” phrase to describe any internet connected “smart” device, which can include smart phones, autonomous cars, smart homes, household devices, factory infrastructure, city infrastructure, and more – and TRUSTICA is designed to be the shared security infrastructure that connects all of them. It delivers protection for all functions, data, and privacy on connected world infrastructure, and protects all “connected” trust relationships with safety and privacy. In addition to its easy integration and adaptation, it is lightweight with minimal load, and easy to update.
OS Segmentation Identifies and groups applications-based OS location
OS Interaction Applications in the system space are grouped into high risk and non-high-risk applications
Process Execution flow Child processes that start in a high-risk app but execute from a low-risk app "inherit" the high-risk policies