Change the rules in your favor so attacks have no place to start.
AI-powered attacks are becoming faster, more adaptive, and harder to recognize. AppGuard takes a different approach. Instead of trying to identify every attack in time, it prevents the harmful endpoint actions attacks need to succeed.
AppGuard does not need to know what the attack is called before it can prevent the harmful action.
No detection technology catches everything. AI is expanding the number and speed of possible attacks, while increasingly agentic tools can adapt their actions as an attack unfolds. That gives businesses less time to identify what is happening and respond before damage begins.
Attackers can create and modify techniques faster than traditional security teams can catalog, study, and recognize every variation.
Machine-speed attacks can move from initial access to harmful activity before a human has time to investigate an alert or make a decision.
Detection and response remain important, but they are ultimately dependent on identifying suspicious activity quickly enough to act.
If the attacker keeps changing the attack, trying to recognize every new version becomes an endless game.
AppGuard changes the equation. Instead of asking, "Do we recognize this attack?", the endpoint asks whether an application should be allowed to perform the action at all.
Take away the actions attacks need to succeed, and the exact malware name, variant, exploit, or AI-generated technique becomes far less important.
Users continue working with the applications they depend on.
Applications are prevented from performing unauthorized actions that attacks rely on.
The malicious action fails before it can become a business disruption.
AppGuard has used isolation and containment to protect Windows environments for more than a decade. The technology was not invented in response to today's AI headlines. It was built around a different security principle from the beginning.
Stop unauthorized actions before they become incidents.
Act before harmful execution rather than after compromise begins.
Protection does not depend on recognizing the exact threat first.
The same controls apply even when the attack has never been seen before.
Review the ANA case study for a closer look at how AppGuard has been used to strengthen endpoint protection in a large, demanding organization.
Read the ANA Case Study →Visit AppGuard's manufacturer site for additional product information, enterprise capabilities, and technical resources.
Visit AppGuard →These demonstrations show how AppGuard prevents the endpoint actions attackers need, even when the techniques vary.
See how AppGuard prevents unauthorized activity designed to steal credentials, browser data, and access tokens.
Watch DemoSee how AppGuard contains malicious document activity and prevents unauthorized payload execution without depending on a malware signature.
Watch DemoSee how AppGuard prevents unauthorized activity before encryption and business disruption can begin.
Watch DemoSee how AppGuard can stop harmful activity even when malware is unknown, evasive, or not yet recognized.
Watch DemoSee how AppGuard places guardrails around trusted applications so attackers cannot freely misuse them.
Watch DemoSee how AppGuard helps prevent attackers from abusing legitimate Windows tools to carry out unauthorized activity.
Watch DemoEDR, MDR, and antivirus provide valuable visibility, investigation, and response capabilities.
AppGuard adds something fundamentally different: prevention that can act without prior knowledge of the threat.
The goal is not a better alert. The goal is preventing the incident in the first place.
Detection tells you something is wrong. Prevention helps keep it from becoming a business problem.
That is too important to depend on catching every attack in time. The goal is not simply better cybersecurity. The goal is uninterrupted business.
A prevented attack does not become a cleanup project, workstation rebuild, emergency call, or prolonged outage.
Cyber incidents quickly become customer-service, reputation, and revenue problems. Prevention helps keep the business focused on its customers.
Every major incident consumes time, labor, management attention, and money. Preventing the event protects more than the endpoint.
Every preventable endpoint incident creates work. Tickets, investigations, escalations, cleanup, customer communication, and emergency remediation all consume technician capacity.
AppGuard helps move the MSP model away from constant reaction and toward prevention.
Fewer successful attacks means fewer incidents requiring technician intervention.
Prevention helps preserve technician capacity that would otherwise be consumed by unplanned security work.
Move beyond another detection product and give clients a clear prevention-first security strategy.
Stop managing more damage. Prevent more of the attack.
AppGuard has been used in environments where security, resilience, and operational continuity matter. Its certifications and recognition help support serious conversations with regulated and risk-sensitive organizations.
Prevention becomes much easier to discuss when the technology has already been tested in demanding environments.
Established Technology
Built around prevention rather than a requirement to recognize every threat first.
The threat landscape keeps changing. The security principle does not have to.
Designed for Resilience
A prevention model suited to unknown, changing, and difficult-to-detect attack techniques.
Explore AppGuard demonstrations, manufacturer information, and resources about moving cybersecurity Left of Boom.
See how AppGuard can help protect your clients, reduce reactive security work, and keep businesses operating when the next attack is something your security stack has never seen before.
CHIPS Cyber Defense Solutions, LLC | AppGuard Commercial Distributor for the Americas
