Proberts is a cloud-based platform designed to streamline security assessments and penetration testing for modern enterprises. It provides a centralized workspace where teams can coordinate scans, track findings, and manage remediation workflows with measurable risk metrics.
By integrating with CI/CD pipelines and ticketing systems, Proberts helps security and engineering teams move from ad hoc testing to continuous, evidence-based risk management. This overview explains its core capabilities and how organizations can use it today.
| Platform | Primary Use Case | Deployment | Typical User |
|---|---|---|---|
| Proberts | Continuous security testing and findings management | SaaS, single-tenant option available | Security engineers and application teams |
| Qualys | Asset visibility and compliance scanning | SaaS | IT operations and compliance teams |
| Burp Suite | Interactive web application security testing | On-prem or cloud | Penetration testers |
| Checkmarx | Static application security testing (SAST) | On-prem or cloud | DevSecOps and code owners |
| Wiz | Cloud security posture management (CSPM) | SaaS | Cloud security engineers |
Getting Started with Proberts
Organizations begin with Proberts by connecting their cloud accounts and on-prem targets through secure agents or API integrations. The platform then inventories assets, classifies environments, and applies risk-based scanning profiles aligned with frameworks such as OWASP and MITRE ATT&CK.
Automated Scanning and Continuous Monitoring
Under the hood, Proberts orchestrates a schedule of dynamic and interactive scans, triggered by code merges, scheduled intervals, or on-demand requests. Findings are normalized, deduplicated, and enriched with contextual data such as asset criticality and threat intel feeds to reduce noise for security teams.
Remediation Workflows and Developer Guidance
Each finding in Proberts includes step-by-step remediation guidance, code snippets, and configuration examples tied to the specific vulnerability type. Teams can route issues directly into Jira, Azure DevOps, or ServiceNow, preserving audit trails and SLA tracking for fix verification and regression testing.
Reporting, Metrics, and Risk Visualization
Stakeholders use dashboards that translate raw vulnerability counts into risk scores, trend lines, and executive summaries. Drill-down views expose affected endpoints, evidence artifacts, and historical status changes, enabling data-driven decisions about patching, architectural changes, or acceptance of residual risk.
Operationalizing Proberts for Sustainable Security
- Onboard critical assets first and gradually expand coverage to reduce initial noise.
- Align scan schedules and thresholds with release cadence to avoid bottlenecking deployments.
- Integrate findings into existing ticketing and incident response processes to maintain context.
- Regularly review risk scoring settings and false positive patterns with security and engineering stakeholders.
- Track time-to-fix metrics and trend data to demonstrate security program maturity to leadership.
FAQ
Reader questions
How does Proberts fit into a DevSecOps pipeline?
Proberts integrates with CI/CD tools and version control systems to provide shift-left security. It blocks or warns on builds when critical findings appear, and it generates SARIF reports that feed into engineering workflows, ensuring security gates are automated and measurable.
Can Proberts handle legacy on-prem applications and third-party services?
Yes, organizations can register on-prem hosts through lightweight agents or VPN integrations, while API keys and service accounts allow safe scanning of cloud services and SaaS tools. Coverage is extensible, but teams should validate rate limits and data handling policies with the platform owner.
What skills are required for my team to operate Proberts effectively?
Security analysts benefit from experience in vulnerability classification, while engineers need comfort with CLI and automation scripts. Minimal tuning of scan policies and risk thresholds is typically required to align the platform with the organization’s risk appetite and compliance mandates.
How are false positives managed in Proberts findings?
Users can mark individual results as false positives, attach justifications and evidence, and define custom rules to suppress recurring benign patterns. The platform uses these overrides to refine its models and improve signal quality across repeated scan cycles.