Patch Every Endpoint Before Attackers Patch Their Exploits
Turn three-week patch cycles into a six-hour automated sweep across hundreds of endpoints, so known vulnerabilities never get the chance to be exploited.
Exploits move faster than tickets
Critical CVEs are weaponized within days, but the average manual patch cycle still runs three weeks behind.
Coverage drifts at scale
Hundreds of endpoints, agents, and OS versions mean something is always forgotten, unreachable, or quietly out of date.
Engineers burn out babysitting rollouts
Skilled people spend nights chasing reboots and verifying updates instead of doing higher-value work.
Auditors want proof, not promises
Insurers and frameworks demand evidence every system is current, not a spreadsheet last touched a quarter ago.
Manual, ticket-driven patching
- Three-week cycles leave known exploits live for weeks
- Drift and forgotten devices create silent gaps
- No rollback plan when a patch breaks production
- Audit evidence assembled by hand, after the fact
- Remediation competes with every other ticket
Korur automated remediation
- Critical fixes land in hours, not weeks
- Every asset is inventoried and continuously verified
- Staged rings with automatic rollback protect uptime
- Audit-ready evidence generated on every cycle
- Engineers focus on judgment, not button-clicking
Discover & inventory
We map every endpoint, agent, dependency, and OS version so nothing slips through unpatched.
Week 1Prioritize by real risk
Vulnerabilities are ranked by exploitability and exposure, not raw CVSS, so the dangerous fixes go first.
ContinuousAutomate the rollout
Patches deploy in staged rings with automatic rollback, reaching hundreds of systems in a single window.
6 hr windowVerify & remediate gaps
Post-deployment scans confirm every machine took the update and auto-retry the ones that didn't.
Same dayReport & improve
You get a clear remediation report and a tuned pipeline that gets faster every cycle.
Per cycleContinuous scanning
Code, dependencies, containers, and endpoints are scanned continuously, not on a quarterly schedule.
Risk-based prioritization
Findings are scored on real exploitability so your team fixes what actually matters first.
Automated patch orchestration
Approved fixes roll out across your estate automatically, in safe staged waves.
Automatic rollback
If a patch misbehaves, the pipeline reverts it before it can cascade into downtime.
Tool-agnostic integration
We plug into the scanners, ticketing, and CI/CD you already run instead of forcing a rip-and-replace.
Evidence & reporting
Every cycle produces audit- and insurer-ready proof of coverage automatically.
Operating system and kernel updates
Third-party application patches
Open-source dependencies and libraries
Container images and base layers
Browser and plugin versions
Firmware and driver updates
Configuration drift and hardening gaps
Misconfigured cloud resources
Expired certificates and secrets
Figures reflect a typical mid-sized estate; we baseline against your real numbers during scoping.
Near-zero exposure
Known vulnerabilities are closed before attackers can weaponize them.
Uptime protected
Staged rollout and automatic rollback keep production stable through every change.
Team freed up
Engineers stop babysitting patches and get their nights back.
Always audit-ready
Continuous evidence satisfies insurers, frameworks, and customers on demand.
We went from a three-week patch scramble to a same-day sweep. The first time I saw 500 endpoints current by lunch, I knew we'd never go back.
The rollback safety net is what sold our CTO. We can move fast on patches because a bad one can't take production down with it.
Our cyber-insurance renewal used to be a fire drill. Now the evidence is just there, generated every cycle.
Get the Remediation Readiness Checklist
A practical worksheet to score your current patch process and find the gaps attackers exploit.
The Challenge
ThermaGen runs three thermal-energy plants on a mix of Windows servers, Linux gateways and operational-technology (OT) controllers that cannot tolerate unplanned downtime. Every critical vulnerability disclosure triggered the same painful drill: a technician connecting to each machine by hand during a maintenance window.
Our Solution
Korur deployed an automated remediation pipeline that inventories every endpoint, maps it to the relevant advisories, and stages patches in a test ring before promoting them to production. OT controllers were grouped into change windows that respect their maintenance schedules so the line never stops unexpectedly.
Stop Patching Like It's 2010
Manual remediation costs you time, risk, and sleep. Intelligent automation closes vulnerabilities while you focus on growth. Your team, your rules, your timeline — fully customizable.