One Core Engine. Three Extended Capabilities.
PUDICA ART is the foundational SaaS ecosystem executing Automated Remediations. However, by leveraging this exact same shift-left GoldenVault architecture, organizations can seamlessly extend their SecOps capabilities into SIEM Optimization and active Disaster Recovery drills.
Sense (Automated Remediations)
PUDICA ART Core
The foundation.
The orchestration engine bridges the local sense_agent to extract CPaC states, validating forward-fixing remediations dynamically within the GoldenVault without fear of production impact.
React (CaSIEM & IR)
Analysis ExtensionLeverages the Analysis Engine to test exploits against the twin, capturing attack surface telemetry to forge zero-noise SOC rules and execute automated Incident Response playbook simulations.
Recover (BCP/DR)
Analysis ExtensionReplaces idle DR resources. Executes on-demand dynamic BCP/DR operations inside the GoldenVault testbed, validating recovery scripts to provision secure infrastructure instantly during an incident.
SaaS Architecture
The PUDICA ART Orchestration Flow.
Scroll down to explore how the central orchestration engine drives the entire CI/CD pipeline step-by-step—from the local agent to the GoldenVault, and finally back to production.
a) Sense_Scan (CI/CD)
The perimeter connection point. The Sense_Scan orchestrator commands the local sense_agent residing in your target VLAN to audit compliance, acquire configuration data, and execute validations.
Upon data acquisition, the agent orchestrates the push to GitHub version control, storing the Ansible code as a CPaC, and dynamically updates the SAF (Sense Audit Findings) dashboard.
b) GoldenVault_manage
The Continuous Deployment (CD) build engine. It acts as the infrastructure bridge between your GitHub repository and the isolated testing environments.
It automatically pulls the acquired CPaC_backup code from GitHub to dynamically build a fully hydrated mirrored domain.
This is not a static OS image. The GoldenVault is an isolated network domain natively equipped with AD/EntraID and test Splunk/Sentinel servers for comprehensive, full-stack CIS validation.
c) TARSM & Vuln Ingest
The Threat-Informed Automated Remediation Service Management (TARSM) layer.
It connects via API to scanners like Tenable/Qualys through the vuln_ingest module.
It ingests vulnerability data and correlates it directly against the Sense_scan audit findings and the CP_DB_index.
It then automatically generates actionable ARF (Auto Remediation Findings) tickets to track the validation lifecycle.
d) Analysis Intelligence
The intelligence brain driving all validations. It connects to the GoldenVault system to independently test the specific vulnerabilities flagged in the ARF tickets.
It executes distinct checks natively against the mirrored environment: Attack Surface Validations (TTP exploits and SIEM logs review), Remediation Validations (BIA checks), and Restore Validations. Upon completion, it updates the results in the respective ARF tickets and synchronizes the verified code back to GitHub.
e) Live Fix & Verify
Closing the CI/CD loop securely.
The Sense_Scan orchestrator commands the local sense_agent to pull the final, verified auto-remediation code and apply it directly to the target system.
The agent conducts an immediate verification test.
If the fix fails or causes impact, the agent executes an automatic restore procedure and reports back to Sense_Scan, which automatically raises an incident in TARSM for further Business Impact Analysis.
CI/CD PIPELINE WORKFLOW
The 8-Stage ProdSecOps Lifecycle.
This represents the chronological orchestration workflow. The sense_scan module triggers the local agent to audit and acquire configurations. All remediations are rigorously validated in the GoldenVault and synchronized through GitHub before the sense_agent applies and verifies the final fix on live production.
Unify the Stack. Reclaim the Advantage.
Discover how the PUDICA ART Orchestration Engine protects your infrastructure at machine speed.