We help organizations protect critical data and applications by delivering enterprise-grade cloud security that fits modern hybrid and multi-cloud infrastructure.
Under the shared responsibility model, customers own specific layers of protection while providers secure the platform. Misconfigurations remain a top cause of breaches as environments grow more complex.
Our service combines automated checks, prioritized insights, and expert guidance to reduce noise and speed remediation. We integrate with native tools such as AWS Security Hub, Azure Defender and Google Security Command Center while adding deeper analysis to close gaps.
Continuous assessment lets teams keep pace with DevOps velocity by surfacing vulnerabilities and threats early. Our scanners work safely at scale with agentless and agent-based options to meet performance and compliance needs.
From the first scan we translate findings into business impact, so stakeholders can plan investments and ownership with confidence. We act as a collaborative partner to strengthen protection and shorten time to fix.
Key Takeaways
- We deliver enterprise-grade cloud security and visibility across hybrid environments.
- Our approach aligns with the shared responsibility model to clarify ownership.
- Automated, continuous checks surface vulnerabilities early for faster remediation.
- We augment native platform controls for deeper compliance and protection.
- Scalable scanner options support agentless and agent-based deployments.
Modern security challenges demand smarter cloud scanning
As organizations adopt more services and faster delivery, their attack surface expands and risk grows.
We clarify the shared responsibility split across IaaS, PaaS, and SaaS so your teams know which controls to operate and monitor in each cloud environment.
Misconfigurations are still a leading cause of incidents. Excessive permissions, public exposure, and drift create the paths attackers need. We prioritize those findings so analysts act on the items that matter most.
- Multi-provider environments increase complexity; our scanner maps changes and finds vulnerabilities early.
- We insert checks into DevOps workflows to catch issues in the SDLC when fixes cost less.
- Consolidated results reduce analyst fatigue by normalizing severities and highlighting true threats.
By aligning detection with your operating model, we shorten mean time to remediation and help organizations balance delivery speed with robust protection.
Comprehensive cloud scanning services tailored to your organization
We deliver targeted discovery and risk mapping so teams can act on the most urgent threats to data and apps. Our approach aligns assessments to your architecture, compliance needs, and business priorities.
Protect data, applications, and infrastructure across environments
We identify vulnerabilities, misconfigurations, and compliance gaps using automated vulnerability scanning and continuous configuration checks. This reduces remediation cost and keeps delivery teams agile.
Multiple methods matter: no single technique covers every asset. We combine agentless, agent-based, API, and network methods so assessments reflect your reality and minimize blind spots.
- Tailored program: scanning that fits your organization’s architecture and requirements.
- Continuous protection: persistent checks that map findings to business impact and prioritize fixes.
- DevSecOps integration: embed scans into SDLC and IaC workflows to catch issues early.
- Compliance-ready reporting: audit evidence for HIPAA, GDPR, NIST, and CIS frameworks.
- Expert validation: automated scanners paired with analyst review to reduce false positives.
Cloud scanning
A proactive inventory and recurring tests reduce blind spots across accounts, regions, and orchestration platforms.
We identify vulnerabilities, misconfigurations, and drift across multi-provider stacks and containers. Because workloads are ephemeral, automated checks must run frequently and without disrupting delivery pipelines.
Our approach combines discovery and analysis to keep an accurate asset inventory and protect critical workloads. We correlate findings across environments so teams see a unified posture, not isolated alerts.
We prioritize high-fidelity signals and validated vulnerabilities to cut alert fatigue. Integrated vulnerability scanning inspects images, instances, and services consistently, so standardized controls apply wherever apps run.
- Continuous checks tailored to DevOps cadence
- Unified results across providers and regions
- Validated findings to speed confident remediation
| Capability | Benefit | Cadence |
|---|---|---|
| Discovery & inventory | Eliminates unknown assets | Daily or on-deploy |
| Vulnerability scanning | Finds exploitable flaws | Weekly or on-image-build |
| Configuration analysis | Reduces attack surface | Continuous |
How our scanning approach works across cloud environments
We blend offline analysis, on-host telemetry, API queries, and network probes to build a full picture of risk. This layered approach gives organizations broad coverage while limiting impact on production systems.
Agentless snapshot analysis for safe, offline workload assessment
Agentless snapshot analysis captures block storage snapshots and scans them offline in your account. This reduces impact on running instances and preserves performance.
Agent-based visibility for deep vulnerability and configuration checks
Lightweight agents run on selected hosts to collect package inventories and real-time telemetry. They enable deep checks for vulnerabilities and configurations that APIs cannot show.
API-based discovery for rapid posture and configuration assessment
We query provider APIs to enumerate assets, detect drift, and assess security posture across accounts and projects. API data speeds inventory and surfaces misconfigurations quickly.
Network scanning for authenticated and unauthenticated coverage
Network probes run from cloud or on-prem locations. Authenticated scans validate missing patches and service-level weaknesses; unauthenticated tests check external exposure.
Prioritized remediation workflows to reduce time-to-fix
Findings are enriched with ownership and business context so teams focus on the highest risks first. Our unified control plane orchestrates scanners and verification scans to shorten remediation time.
| Method | Primary Benefit | When to Use |
|---|---|---|
| Snapshot | Safe offline analysis | High-risk workloads |
| Agent | Deep host telemetry | Persistent servers |
| API/Network | Rapid posture & exposure | Inventory and drift checks |
Integrated with the Big Three cloud platforms
We tie native provider detections into a single workflow so teams can fix high-risk issues faster. Our connectors ingest platform findings, attach ownership, and push prioritized tasks into ticketing systems for quick remediation.
AWS Security Hub findings and insights for faster remediation
AWS Security Hub reports findings across accounts and groups them as insights. We ingest those signals, enrich them with asset and application metadata, and attach prebuilt runbooks so fixes are repeatable and measurable.
Azure vulnerability scanning and Defender for container registries
On Azure, we respect native vulnerability tools and auto-deploy Qualys when a scanner is absent. We also integrate Microsoft Defender for Container Registries to scan images in pipelines and registries continuously.
Google Security Command Center for threats and web app weaknesses
Google Security Command Center feeds event-driven threat detections and web app checks (for issues like XSS). We correlate those results with network and agent evidence to validate true positives and reduce false alarms.
- Unified view: normalized severities and categories across providers.
- Actionable data: ownership, ticketing, suppression rules, and verification scans.
- Improved posture: validated findings focus effort where it matters most.
Continuous protection against emerging threats
We keep defenses active so new exposures are found and fixed before attackers exploit them. Continuous oversight shortens time to remediation and reduces risk to critical applications and assets.
Always-on scanning that tracks your changing attack surface
We operate always-on checks that discover new assets as they appear. Automated discovery prevents coverage gaps and keeps teams informed in real time.
Proactive checks for new CVEs and exposed services
When high-impact CVEs are disclosed, targeted tests trigger automatically against affected software and services. Daily assessments look for misconfigurations, insecure permissions, and exposed secrets before they become exploitable.
- Auto-discovery: sync adds new IPs and hostnames and can start scans immediately.
- Prioritization: findings ranked by exploitability, exposure, and asset criticality.
- Verification: telemetry and scheduled checks confirm that fixes persist over time.
| Feature | Benefit | Cadence |
|---|---|---|
| Always-on discovery | Eliminates blind spots | Continuous |
| Emerging threat triggers | Targets known CVEs fast | Event-driven |
| Daily posture checks | Finds misconfigurations and exposed secrets | Daily |
| Verification scans & telemetry | Validates remediation and reduces regressions | Scheduled |
Strengthen compliance and security posture
Continuous validation turns scattered control data into audit-ready evidence. We align technical checks with regulatory requirements so teams can prove controls quickly.
Automated checks against CIS Benchmarks and industry standards
We benchmark configurations against CIS controls and common frameworks automatically. These checks surface misconfigurations and recommend secure defaults.
Automated validation reduces manual effort and lowers the dwell time of vulnerabilities and policy violations.
Audit-ready reporting for HIPAA, GDPR, NIST, and more
Our reports map findings to HIPAA, GDPR, NIST and other standards. That produces traceable evidence for auditors and leadership.
- Mapped controls: violations tied to specific requirements for fast remediation.
- Continuous evidence: logs and proofs consolidated across accounts and providers.
- Workflow integration: corrective actions assigned and tracked to closure.
| Capability | Benefit | Use Case |
|---|---|---|
| Benchmarking (CIS) | Reduces insecure states | Pre-deployment and periodic checks |
| Framework mapping | Audit-ready reports | HIPAA, GDPR, NIST assessments |
| Evidence collection | Simplifies audits | Multi-provider compliance scope |
Business impact: risk reduction, cost control, and operational efficiency
We tie security outcomes directly to cost and operational metrics so leaders see measurable value. Continuous checks reduce the time to find and fix vulnerabilities and prioritize real threats with business context.
Reduce breach risk and minimize false positives
We prioritize exploitable vulnerabilities and external exposures so teams act on what matters most. Validated findings cut false positives and save scarce security resources.
Optimize cloud spend by eliminating unnecessary resources
Automated discovery and sync reveal unused services and overprovisioned instances. Retiring these resources lowers cost, reduces attack surface, and frees operations capacity.
- Faster remediation: continuous checks plus verification shorten the window attackers have to exploit weaknesses.
- Lower overhead: consolidated findings and standardized workflows boost throughput without added headcount.
- Audit-ready: centralized evidence simplifies compliance and reduces audit effort and costs.
- Business-aligned guidance: right-sizing and segmentation recommendations drive both security and cost savings.
Conclusion
For modern environments, a coordinated strategy that unites detection, verification, and response reduces exposure and supports growth. We deliver a practical approach that blends platform integrations, agent and agentless methods, and targeted verification to find real vulnerabilities fast.
By augmenting native tools from AWS, Azure, and Google, our service accelerates detection and strengthens cloud security coverage. Continuous checks and prioritized findings help organizations maintain compliance and robust protection without slowing delivery.
We partner with your teams to align priorities, tune scanners to your needs, and measure outcomes that matter to the business. Ready to advance your security posture? Contact us to tailor a plan and start reducing risk from day one.
FAQ
What do we mean by advanced cloud scanning for cybersecurity protection?
We provide continuous discovery and assessment of your service configurations, applications, and infrastructure to detect vulnerabilities, misconfigurations, and threats. Our platform combines agentless snapshots, agent-based checks, API integrations, and network analysis to give a unified risk view and prioritized remediation workflows that reduce time-to-fix.
How does the shared responsibility model affect our security posture?
The shared responsibility model divides duties between your organization and the provider: we secure workloads, configurations, and access controls that you manage, while providers secure the underlying platform. We help clarify responsibilities, identify gaps (like weak IAM policies or exposed services), and automate fixes so your team can meet compliance and reduce attack surface risk.
What are the most common misconfigurations that drive risk in multi-platform environments?
Frequent issues include overly permissive IAM roles, public storage buckets, unsecured container registries, and weak network rules. We scan for these weaknesses and map them to business impact so teams can prioritize remediation based on risk to data, applications, and services.
How do agentless snapshot analyses work and when should we use them?
Agentless snapshot analysis captures a safe, offline image of a workload or environment to inspect file systems and configurations without running code on production systems. Use it for forensic checks, pre-deployment validation, or when agents are not permitted. It reduces operational impact while revealing hidden vulnerabilities and configuration drift.
When is an agent-based approach preferable?
Agents deliver deeper, continuous visibility into runtime behavior, installed software, and configuration changes. Deploy agents when you need fine-grained vulnerability checks, real-time telemetry, and faster detection of emerging threats inside workloads and containers.
What does API-based discovery provide for our security team?
API integrations with platform consoles allow rapid asset inventory, configuration assessment, and posture checks across accounts and projects. This method scales well for multi-account environments and feeds findings into centralized dashboards for faster prioritization and remediation.
How does network scanning complement other assessment methods?
Network scanning covers both authenticated and unauthenticated views of systems, revealing open ports, exposed services, and lateral movement risks. When combined with agent and API data, it gives a complete picture of how attackers might reach sensitive assets and where to harden controls.
What is a prioritized remediation workflow and how does it reduce time-to-fix?
We correlate vulnerability severity, exploitability, and asset criticality to create prioritized tasks. That focus helps teams remediate high-impact issues first, avoid chasing low-risk alerts, and measure mean time to remediation for continuous improvement.
Which major platforms do we integrate with and what data do we pull?
We integrate with AWS, Microsoft Azure, and Google Cloud to ingest Security Hub findings, Defender alerts, Security Command Center data, configuration snapshots, and container registry insights. This provides centralized context for faster detection and response.
How do we leverage AWS Security Hub and related findings?
We normalize Security Hub alerts, enrich them with asset context and threat intelligence, and present actionable remediation steps. That speeds investigation and helps teams remediate misconfigurations and vulnerabilities aligned to AWS best practices.
What support do we provide for Azure container registries and vulnerability scanning?
We ingest vulnerability reports from Azure Defender and registry scans, correlate them with deployed images and runtime instances, and flag critical exposures. Our workflows help you patch or rebuild images and update deployment policies to prevent recurrence.
How do we use Google Security Command Center insights?
We aggregate findings from Security Command Center to identify threats, web app weaknesses, and misconfigurations. Our platform maps those findings to assets and compliance controls, enabling prioritized remediation and continuous monitoring.
What does always-on scanning mean and how does it handle a changing attack surface?
Always-on scanning continuously monitors assets, configurations, and services for new vulnerabilities and exposure changes. It tracks inventory drift, alerts on newly discovered CVEs and open services, and updates risk scores so teams can act before incidents occur.
How do we keep up with new CVEs and exposed services?
We subscribe to vulnerability feeds and threat intelligence, automatically mapping CVEs to installed packages and images in your environment. When an exposure appears, we notify teams, recommend patches or mitigations, and update prioritization based on exploitability.
Can we automate compliance checks for standards like CIS, HIPAA, and NIST?
Yes. We run automated configuration checks against CIS Benchmarks and other frameworks, produce audit-ready reports, and map controls to evidence. This streamlines audits and helps maintain continuous compliance across accounts and projects.
What kind of audit-ready reporting do we provide for regulations such as GDPR and HIPAA?
We generate exportable reports that show control status, historical evidence, and remediation history. Reports can be tailored for HIPAA, GDPR, NIST, and other standards to support internal audits and regulatory reviews.
How does our service reduce breach risk and false positives?
By correlating multiple data sources—API findings, agent telemetry, snapshots, and network tests—we reduce noisy alerts and surface high-confidence issues. Prioritization based on asset criticality and exploitability focuses remediation where it matters most, lowering breach probability.
How do we help optimize platform spend while improving security?
We identify unused or underutilized resources, orphaned services, and risky configurations that drive cost and exposure. By recommending rightsizing and safe decommissioning, we reduce waste and shrink the attack surface without disrupting operations.
How quickly can organizations onboard and start seeing results?
Onboarding timelines vary by environment complexity, but API integrations and agentless scans can deliver initial findings within days. Agent deployment and deeper assessments typically follow, with measurable risk reduction and remediation progress visible within weeks.
