69% of the threats isolated by HP's threat-isolation technology arrived via email, and 14% of them successfully bypassed traditional antivirus software and email-security systems before reaching the user. The problem isn't employee awareness — it's the assumption that every file and link is safe until proven otherwise. That assumption is exactly what every phishing and ransomware attack exploits. HP Sure Click Enterprise flips this assumption: every high-risk task is automatically isolated in a contained environment that's destroyed the moment the task closes, instead of waiting to detect the threat after it has already happened.
Zero Trust strategies assume that no user or device is trustworthy until its identity and permissions are continuously verified. The paradox is that most organizations build this model at the network level, while the endpoint — the device where an employee opens email and attachments every day — stays entirely outside that logic. This partial adoption of Zero Trust is exactly what today's wave of attacks exploits.
Most endpoint security architectures rely on two tools that aren't enough on their own:
| Tool | What It Does Well | Where It Falls Short |
|---|---|---|
| Next-Gen Antivirus (NGAV) | Stops known threats and close variants via predefined signatures and behavior patterns | Doesn't catch threats that use novel obfuscation or social engineering it hasn't seen before |
| Endpoint Detection and Response (EDR) | Detects suspicious activity after the fact and provides forensic data that improves future defenses | Doesn't prevent the initial infection; at least one device is compromised before the tool acts |
Both tools are bypassed every day through obfuscation techniques that evade detection, and social engineering that lures the user into clicking a link or opening a document. The result is familiar to every cybersecurity team: alert fatigue, response time drained by triage instead of handling real incidents, and a single compromised device is enough to start lateral movement across the network before anyone notices.
The Real Cost of This Gap Isn't Theoretical
A US healthcare organization with an IT team of just three lost an entire workday and days of manual remediation after one employee opened an email attachment that looked ordinary. The full details of this incident, and how things changed afterward, are in the case study section below ↓
HP Sure Click Enterprise takes a Threat Containment approach: every high-risk task — opening an email attachment, browsing a link, or running an executable from USB — runs inside a micro-VM completely isolated from the operating system, data, and network. Isolation is enforced at the device's processor/hardware level itself, not through a software layer that malware can work around.
The idea is borrowed from proven data-center technology: hypervisors that let multiple applications run on the same hardware without any of them directly touching the hardware, the OS kernel, or other applications. HP took this established architecture and adapted it to run on the end-user device with optimized performance, through what it calls "micro-virtualization," focused on the most exploited vectors: Office documents, PDF files, and web links.
When the user closes the task, the micro-VM and any threat inside it are destroyed instantly, with no manual remediation required. This means the solution protects even against unknown zero-day attacks with no existing signature, because it doesn't rely on recognizing the threat at all — it relies on preventing any untrusted activity from ever reaching the real system in the first place.
The solution is designed to work alongside an organization's existing NGAV and EDR tools, not replace them. NGAV stops known threats, EDR provides forensic data for investigation, and Sure Click Enterprise closes the gap between them with a proactive shield at the level of every single task — completing the triple protection triangle at the endpoint:
Stops known threats via signatures and patterns
Provides forensic data for investigation after suspicious activity occurs
Closes the gap between them with proactive, task-level isolation
Integrated protection at the endpoint
Click any step to see its details.
With no change to their experience or daily workflow.
Inside an independent micro-VM, backed by processor-level hardware.
And cannot reach the files, the network, or any other open task.
And maps it against the MITRE ATT&CK framework to generate precise alerts for the security operations team.
Along with everything inside it — with no manual remediation needed on the real device, and no "patient zero" to track down and manually clean, as happens with EDR-only solutions.
In one documented example from the Wolf Security Controller dashboard, the solution contained a ransomware attack that arrived via a spoofed Word attachment within this time — from the moment of detection to its final classification as a real, fully isolated threat, with zero impact on the user's device or the network.
A full Zero Trust model that protects both business and personal use on the same device, isolating any activity from an untrusted source regardless of the threat type or how it arrives — including unknown attacks with no existing signature.
Every attack is allowed to run inside a safe, isolated monitoring environment that closely mimics the real work environment, giving the security team full forensic visibility into attacker behavior, with cumulative cloud analytics on patterns over time.
Fewer security tools to manage, fewer support tickets, less endpoint remediation, and fewer false alerts — freeing up the security team's time for strategic work instead of daily firefighting.
Employees open their email, attachments, and browse the internet exactly as before, with no extra training or restrictions that slow down their work, device performance stays the same, and there's no added remediation work for the support team.
An effective compensating control between update cycles, with a continuous operational evidence trail that meets governance and audit framework requirements without relying on human intervention — the exact point where most compliance programs stumble in practice.
| Capability | Description |
|---|---|
| Zero Trust Isolation | All content is treated as untrusted and isolated inside micro-VMs, regardless of the threat type or attack vector. |
| Hardening the Main Attack Vectors | Out-of-the-box protection with no complex configuration for the most exploited vectors: email attachments, phishing links, and file downloads. |
| Real-Time Threat Intelligence | Every isolation event generates an alert for the security operations team and feeds third-party systems with data that hardens the organization's defensive posture. |
| Workflow-Based Threat Triage | Faster separation of real alerts from false ones, with proactive remediation extending across both protected and unprotected systems. |
| Credential Protection | Built-in protection for login credentials against reuse or theft via phishing pages, included at no extra licensing cost. |
| Flexible Reporting and Integrations | Cloud or on-premise management via Wolf Security Controller, executive-ready reports for CISOs/CIOs, and API integration with existing SOC tools. |
Supported files include all three Microsoft Office document types (Word, Excel, and PowerPoint) and PDF files, along with the major browser engines (Internet Explorer, Chrome, Chromium, and Firefox) and executable USB files, on Windows 8 and later — with no change to the organization's existing workflow.
The management platform itself, Wolf Security Controller, holds international information-security certifications and complies with European privacy regulations — giving the organization's governance team an extra layer of trust when auditing the technical supply chain:
Sure Click Enterprise doesn't stop at isolation — it monitors every behavior inside the contained environment via Introspection technology and automatically maps it against the MITRE ATT&CK framework, the global reference standard for classifying attacker tactics and techniques. The solution's coverage spans most stages of the kill chain, from initial access to final impact, giving the security team a precise technical map for every incident instead of a generic alert.
Because the solution lets the threat execute inside a safe, isolated environment instead of shutting it down immediately, it captures deeper techniques in the kill chain that traditional detection tools — which end suspicious activity as fast as possible — never reach. This forensic data is available in the industry-standard STIX/TAXII format, and includes both the observed behaviors and the malware samples themselves, ready to integrate with the organization's threat intelligence stack.
Every incident is documented across six dimensions on the dashboard:
A direct summary and classification of the incident for security decision-makers.
A Process Interaction Graph tracking every step the threat took inside the isolation.
A complete list of related files and their digital hashes for verification and matching.
Precise documentation of every process's behavior during containment.
Observed connections and their geolocation to trace the attack's origin.
Source data when needed, to trace the attack's initial entry point.
This level of documentation turns every incident from a passing alert into a ready-made investigation file for the security operations team or an external auditor.
The largest nonprofit senior-care community in the US state of Connecticut, running a complex IT environment. Given its healthcare work, the organization is subject to strict obligations to protect patients' personal data.
Despite having traditional protection solutions in place, the organization suffered a ransomware attack that began when an employee opened an email attachment. The malware bypassed the antivirus software and web gateway without triggering any alert, and encrypted critical files on the file server before the IT team discovered the incident — too late. The finance team lost an entire workday, and the IT team spent the following days remediating servers and inspecting every device individually for dormant malicious code.
After the incident, Masonicare made HP Sure Click Enterprise the core component of its new security strategy.
The solution does what no product I've seen before has done. You can isolate the threat and stop it from reaching the device and from spreading.
Tyler Tiemeck — IT Security Officer, Masonicare57% reduction in IT resources dedicated to managing security risk.
Zero security breaches since adopting the solution.
Less need for user training on spotting phishing, with productivity unaffected.
The security team was freed up for strategic projects instead of constantly firefighting immediate threats, with the ability to confidently test security updates before deployment.
We were able to build a wall that keeps attackers out. A big part of that is the endpoint and how attackers get in, and that's where Sure Click came in to help build that wall. There's no real price you can put on Sure Click. We rely on it so heavily that we're compelled to renew it.
Tyler Tiemeck — when asked about renewing the licenseThe organization now plans to activate Credential Protection as a next step within the same license.
| Criteria | HP Sure Click Enterprise | HP Wolf Pro Security |
|---|---|---|
| Target Segment | Large enterprises and government entities with complex requirements | Small and mid-sized businesses |
| Policies | Flexible, customizable policies with extensive API integrations | Simplified, ready-to-use management with no added complexity |
| Management | Centralized, fully cloud or on-premise, via Wolf Security Controller | Simplified, with an optional Next-Gen Antivirus (NGAV) |
| Credential Protection | Included at no extra cost | Not included |
RMG's technical teams help your organization determine the best fit for the size of its infrastructure before any contractual commitment.
The biggest concern government entities and large enterprises have about any cybersecurity project isn't the technology itself — it's what happens after the purchase. HP Wolf Security Premium Support addresses exactly that stage, by assigning a dedicated HP expert to every customer, who accompanies the project from design through day-to-day operation.
To define project goals, build the right policies, and integrate the solution with the organization's existing support systems.
With direct escalation paths for Priority 1 and 2 cases through the support portal.
To evaluate deployment settings, review observed threat data, and ensure maximum value from the license.
For Wolf Security Controller on-site, for organizations whose data-sovereignty requirements demand it.
RMG manages this relationship on behalf of its customer as part of the contract, so the organization is never on its own at any stage of deployment or operation.
RMG is a government partner that has completed 713 projects since 2011, holding gold and silver classifications from the Digital Government Authority (DGA), and seven international certifications that govern its own internal operations before it ever offers them to clients — including the ISO 27001 information security management system.
Deploying HP Sure Click Enterprise through RMG doesn't mean rolling out an isolated tool — it means integrating it into the organization's existing cybersecurity program. RMG's team already provides consulting on implementing the National Cybersecurity Authority (NCA) controls, consulting on Communications, Space & Technology Commission (CITC) controls, and the SAMA Cyber Security Framework for the financial sector — making the solution's deployment a step within an integrated compliance program rather than a project separate from it.
Support extends well beyond signing: security policy design, integration with existing SOC systems, and centralized cloud or on-premise management via Wolf Security Controller, with regional technical support teams in:
| Service | How It Complements Sure Click Enterprise |
|---|---|
| NCA Controls Consulting | Aligning the solution's deployment with the National Cybersecurity Authority's Essential Cybersecurity Controls. |
| ISO 27001 Information Security Management | Embedding the solution as a documented compensating control within the organization's certified ISMS. |
| SAMA Cyber Security Framework | Supporting compliance for financial institutions under SAMA oversight with additional endpoint security coverage. |
| CITC Controls | Strengthening compliance with the Communications, Space & Technology Commission's requirements for protecting technical infrastructure. |
| Cloud Cybersecurity Solutions (CSA STAR) | Extending protection to hybrid work environments that combine on-premise devices and cloud services. |
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