Discover, Prioritse, Remediate for cirtical assets.
Agentless Patching & Management That Survives Real Threats

Identify → Prioritize → Deploy — without the chaos. A practical framework for security teams under real-world pressure.

40,000 New Vulnerabilities… Just in 2024
The Scale Problem

Tens of thousands of new CVEs every year means findings pile up faster than teams can respond. Prioritization is no longer optional — it's survival.

Context Is Everything

Not every CVE demands the same urgency. Business impact, exploitability, and asset criticality must shape your response — not just a raw CVSS score.

Audit Readiness
The Hidden Failure Mode: You Can't Prove What's Fixed

Many teams patch reactively — but when auditors ask for evidence, gaps appear. Timely documentation and automation are not optional for compliance.

Auditors Expect Proof

Evidence of timely patching and risk mitigation, not just intent.

Automation Closes the Gap

Automated logs and reports replace manual, error-prone documentation.

Zero-Day Pressure: Exploitability Beats Raw Scores
Why CVSS Alone Fails

Zero-day exploitation is rising. A high CVSS score without active exploit is less urgent than a medium score being weaponized right now.

Risk-Based Prioritization Wins

Real exploitability data — is this CVE actively being used?

Business impact — what assets are exposed and how critical?

Threat intelligence — is this in active circulation?

Regulatory Landscape
Compliance Isn't a Checkbox — It's a Timeline

Standards like NIST and ISO 27001 demand structured, ongoing vulnerability and patch programs — not one-time fixes.

Structured Programs

Defined processes for identification, assessment, and remediation

SLA Enforcement

Time-bound remediation targets tied to severity levels

Evidence Reporting

Audit-ready logs that demonstrate continuous compliance

High-Stakes Industries
BFSI & Healthcare: When Downtime Costs More Than Risk

In Banking, Financial Services, Insurance, and Healthcare, unplanned downtime carries regulatory penalties, reputational damage, and operational disruption far beyond the patch itself.

70%
Faster Deployment

Streamlined patching strategies can cut deployment times by up to 70%

24/7
Service-Level Targets

High performers run precision-based SLAs with near-zero tolerance for unplanned outages

The Agent Problem: Overhead, Compatibility, Maintenance
Why Agentless Changes the Game

Traditional agent-based patching increases resource consumption, creates compatibility friction, and adds a maintenance layer that grows with your fleet.

Agentless patching leverages existing protocols — SSH, WinRM, API connections — to scan and deploy without installing endpoint software. Less overhead, broader coverage, simpler operations.

How It Works
Agentless Patch Management in Plain Steps

This three-step loop ensures patches are discovered accurately, validated safely, and deployed with confirmation — reducing risk at every stage of the process.

Control for Sysadmins, Evidence for CISOs
Pre-Deployment Warnings

Reboot and downtime alerts before deployment, with step-by-step workflows to minimize disruption.

Full Patch Logs & Dashboards

Historical data, audit trails, and visual dashboards give CISOs the evidence they need for compliance reviews.

Automated Patch Policies

Custom commands and policy-driven automation enforce consistency across the entire environment.

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Build a Patch Program You Can Trust Under Pressure
01
Start with Risk-Based Prioritization

Use exploitability and business impact — not just CVSS scores — to decide what to patch first.

02
Automate Testing, Rollout & Verification

Remove manual steps from the critical path. Test safely, deploy confidently, verify automatically.

03
Centralize Visibility & Reporting

One pane of glass for patch status, SLA tracking, and audit-ready evidence across your entire environment.