The average attacker is inside and moving laterally in 29 minutes. We built HVXM so detection, correlation, AI triage and containment all happen in one place, with no tool to switch to while the clock runs.
The old threat actors kept human schedules. AI-enabled operations run continuously, scaling reconnaissance and exploitation past anything a human-only defense team can match by watching screens. The window to catch an intrusion is now measured in minutes.
Figures from the CrowdStrike 2026 Global Threat Report. Read the source
Zemi reads every serious alert the second it lands and escalates what needs a person. It assists our engineers with triage, prioritization and containment decisions. It augments analysts rather than replacing them, and it never closes or downgrades an alert on its own.
Everyone here ran security programs, infrastructure and audits before they sold any of it. Fortune 500 environments, federal and DoD programs, managed SOCs and cloud native engineering.
Endpoint management, patching, SIEM, EDR and remote console access in one place. Every second spent moving between four vendor portals during an incident is a second the attacker keeps. That is a speed advantage, not just a convenience.
Not just tooling. Incident responders, information security managers, GRC analysts and cloud security specialists, all operating through HVXM, at a cost a company without a seven figure budget can carry.
You get the tooling, the detection content and the analysts in one engagement. No stitching separate vendors together and hoping the alerts reach somebody.
Zemi, our AI security analyst, assesses every serious alert the second it arrives. It escalates what needs a human now, recognizes repeats of known patterns, and links alerts that belong to the same incident.
Kernel level sensors on Windows and collectors on Linux, feeding process and file telemetry into detection rules mapped to MITRE ATT&CK. Response actions run from one console: isolate a host, kill a process, quarantine or restore a file, pull evidence for forensics.
Log collection, correlation and detection across endpoints, servers and cloud. Alerts group into cases automatically, each with an ID, severity, owner, SLA target and full history, so nothing sits in a queue with nobody's name on it.
Your installed software and operating systems matched continuously against NVD, vendor security data and end of life catalogs, then ranked by what attackers are really using: CISA KEV, ransomware activity and exploit likelihood. Findings group by the fix that clears them.
Operating system and third party application patching for Windows, macOS and Linux. Staged rollout rings with soak times, success thresholds and automatic promotion, plus one click revert when a vendor ships a bad build.
Most intrusions end up as somebody's credentials. We scan your user accounts, watch the privileged ones, and flag the authentication behavior that does not belong: logins that make no sense for that person, privilege that appeared without a ticket, and accounts that should have been closed when somebody left.
When something is real, we are the ones who handle it. Containment, eradication and recovery run from the same console that raised the alert, with forensic collection as we go so the evidence survives. No separate retainer, no hourly meter starting on your worst day, and no waiting for a firm you have never spoken to to read themselves in.
Anyone can sell you a dashboard. This is the shape of a credential theft attempt on a domain controller, and which part of the service handled each step.
Composite walkthrough built from real detection logic and real response actions. Timings reflect how the service is configured, not a performance guarantee.
A process with no valid signature opens a handle to the memory of the Local Security Authority on a domain controller. This is how an attacker lifts credentials and starts moving sideways.
Our AI analyst pulls the host's recent process tree, its patch state and its open vulnerabilities, checks the pattern against every case we have closed, and writes an assessment with each statement tied to a record it was actually given.
An analyst confirms and acts from the same screen. The domain controller drops off the network but stays reachable to us, the process is killed, and the scheduled task that spawned it is captured as evidence rather than deleted.
Decided by our SOC engineersThe binary's hash is searched across every endpoint we manage for you. The scheduled task pattern becomes a detection rule. Two workstations carrying the same unpatched service are flagged and queued.
Run by AI Threat HuntingThe vulnerability behind the initial foothold is already in a patch ring. It promotes early, soaks on a small group, then rolls to the rest. If the vendor shipped a bad build, one click puts it back.
Closed by patch managementA written summary in plain language lands in your portal: what happened, what we did, what is still open, and what we recommend you change. An engineer reviewed it before you saw it.
Delivered by your customer portalWe built HVXM ourselves because the speed problem is an architecture problem. Detection, correlation and decision support have to live in the same place, or your responders lose the window moving between them.
An agent on every machine doing local detection, mitigation and baselining. A kernel level sensor records process and file change telemetry with the full process tree, alongside installed applications, local users, authentication, networking and resource use.
Telemetry from every endpoint correlated in one place, so a pattern that looks like nothing on one machine is visible across the fleet. Detections are mapped to MITRE ATT&CK and raise platform alarms, with fleet wide file hash scanning and a threat hunting journal for indicators of compromise.
Zemi sits inside the console with our engineers, assisting with triage, escalation priority, log verification and containment decisions. This is deliberately not full automation. The AI compresses the minutes it takes to understand an alert, and a named human still makes the call.
Each category does its own job well. Each one also leaves you running separate tools for everything else, and every handoff between those tools costs you time during the only period that matters.
Tool switching latency during incident response is itself a speed problem. When the console that detected the alert is also the console that patches the host, isolates it and opens a shell on it, the response starts immediately instead of after a login.
Every service above runs on HVXM, the multi tenant platform we built and operate ourselves. One console, one agent, one audit trail. Your environment is its own tenant with its own policies, and you get a customer portal that shows your cases, endpoints, vulnerabilities and patch status and nothing from anybody else.
Security does not sit on top of a broken environment. We still build and run the infrastructure underneath it, and we still help you prove the program works to an auditor.
Virtualization and hybrid cloud, cloud management, Kubernetes and containers, network infrastructure, and monitoring with alerting that reaches a person. We architect it, then we operate it alongside your team.
Security program buildout, policy and control mapping, information assurance and DLP, and audit readiness. Practical control work tied to the evidence our own platform already produces for you.
HypeVX started from a simple observation: too many firms are excellent at winning the business and short on delivering it. Small and mid sized organizations were paying for polished decks and vague recommendations, then walking away without the security program they were promised.
Our team comes from Fortune 500 enterprise environments, federal and DoD programs, managed security operations centers, and cloud native engineering. We have architected the environments, operated the tools and worked the incidents, so what we provide your business is practitioners rather than advisors.
Then we went further and built the platform. HVXM exists because the tools we were handed as analysts kept burying the signal, and we wanted a console that leads with what an attacker would actually use against you today.
Independent businesses that need enterprise grade security operations without the enterprise price tag, or the account manager who has never touched a terminal.
Incident responders, information security managers, GRC analysts and cloud security specialists, all working through HVXM. Our GRC team helps define your compliance requirements, not just measure you against them.
We do not hand off a report and disappear. We stay on the queue until the program is running and your team knows how to operate it.
Send us your environment, your constraints and what is keeping you up. A person reads it, not a sequencer, and you hear back within one business day.
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