SECURE C Y BR OPPS
s.r.o. CYBERSECURITY, CLOUD, AUTOMATION • & AI
ENTERPRISE AUTOMATION & CYBER DEFENSE ENGINEERING

Autonomous DevSecOps,
Multi-Cloud Landing Zones & AI Trust

Secure Cybr Opps s.r.o. engineers production-grade DevSecOps pipelines, automated Ansible remediation integrated directly with ServiceNow (SNOW), zero-trust Multi-Cloud Landing Zones, and architectural alignment with CISSP core security frameworks and the EU Cyber Resilience Act (CRA 2024/2847).

ANSIBLE + SNOW
Closed-Loop ITSM
AWS & AZURE
Tenant Landing Zones
NIST & ISO 27001
CISSP Aligned Controls
EU CRA 2024/2847
Automated SBOM & CE
ansible-snow-orchestrator // prague-core-01
AUTONOMOUS
// Ansible Playbook: DevSecOps Vulnerability Gating & ITSM Auto-Ticket
$ ansible-playbook -i landing-zone/hosts remediate_snow_sync.yml

TASK [devsecops : run sast & container vulnerability scanner] ...

DETECTED: Critical OpenSSL CVE-2024-xxxx in container image repo

TASK [servicenow : create standard RFC ticket via ServiceNow REST API] ...

SUCCESS: Created ServiceNow Change Request #CHG0092144 (Auto-Approved)

TASK [multi-cloud : patch Kubernetes worker nodes & re-attest SBOM] ...

Cosign: Cryptographic image signature verified & stored in Cosign registry

TASK [servicenow : resolve & close incident INC0088129] ... STATE: RESOLVED

ZERO DRIFT VERIFIED
ServiceNow CMDB Updated • CIS Benchmark 100% Pass
IDEMPOTENT
Domain: cybr-opps.com Telemetry Active
0 min
Manual Ticket Overhead

Automated SNOW incident creation

< 100%
Landing Zone Guardrails

AWS SCP & Azure Policies enforced

8 Domains
CISSP Mapped Security

NIST, ISO 27001, CIS & SABSA

Prague 7
Czech Tech Headquarters

IČO: 30057426 • Osadní 869/32

CLOSED-LOOP SECURITY AUTOMATION

DevSecOps Pipelines & Ansible + ServiceNow Orchestration

Transforming cybersecurity from a manual bottleneck into code-driven autonomous execution. We bridge the gap between Continuous Integration/Continuous Deployment (CI/CD) pipelines and enterprise IT Service Management (ITSM).

Continuous Shift-Left CI/CD Gating

Embed non-negotiable security checkpoints natively into GitHub Actions, GitLab CI, and Azure DevOps to catch vulnerabilities at the developer workstation before code reaches staging.

  • SAST & Secret Hunting: Semgrep and GitGuardian scanning for hardcoded tokens, private keys, and API secrets.
  • SCA & Automated SBOM: CycloneDX and SPDX dependency generation with real-time CVSS threshold enforcement.
  • Supply Chain Attestation: Sigstore / Cosign cryptographic image signing with in-cluster Kyverno/OPA gatekeepers.
Artifact Provenance: SLSA Level 3 Ready →

Ansible Automated Hardening & Remediation

Idempotent Ansible Automation Platform (AAP) playbooks that continuously inspect, enforce, and remediate baseline configurations across multi-cloud OS fleets and network appliances.

  • CIS Benchmark Hardening: Automated baseline enforcement across Linux (RHEL/Ubuntu) and Windows Server instances.
  • Automated Vulnerability Patching: Zero-downtime rolling patching of kernel CVEs and container runtimes.
  • Network Mesh Orchestration: Dynamic policy updates to FortiGate, Palo Alto, and cloud security groups via Ansible modules.
Ansible Core & EDA (Event-Driven) Engine →

ServiceNow (SNOW) Closed-Loop Ticketing

End-to-end ITIL process integration. Every automated security fix, vulnerability remediation, or cloud change generates and completes change records in ServiceNow automatically.

  • Automated Change Requests (RFC): Standard change tickets generated via SNOW REST Table API prior to Ansible playbook runs.
  • CMDB Real-Time Synchronization: Continuous ingestion of cloud tenant assets and vulnerability tags into ServiceNow CMDB.
  • Incident Auto-Resolution: Security alerts from SIEM/WAF trigger Ansible playbooks, test patch success, and auto-close SNOW incidents.
ITIL 4 & SOX Audit Compliant Workflow →
SECURE MULTI-TENANCY FOUNDATION

Multi-Cloud Tenant Landing Zones Architecture

Enterprise cloud operations require strictly segregated, scalable account structures. Secure Cybr Opps s.r.o. designs and deploys hardened Multi-Cloud Tenant Landing Zones across AWS, Microsoft Azure, and Google Cloud Platform (GCP) using modular Infrastructure-as-Code (Terraform / OpenTofu).

AWS Organizations & Control Tower Baseline

Multi-account architecture organized into Core (Security, Log Archive, Shared Services) and Workload OUs. Enforcing strict Service Control Policies (SCPs), AWS IAM Identity Center (SSO), and AWS Security Hub centralized telemetry.

Azure Management Groups & Enterprise Scale

Hierarchical Management Group topography with hardened Azure Policy initiatives, Hub-and-Spoke Virtual WAN with central firewall inspection, Defender for Cloud CSPM, and centralized Entra ID Conditional Access.

Zero-Trust Network Perimeter & Centralized Egress

Zero direct Internet ingress into workload subnets. All North-South and East-West traffic routed through dedicated inspection firewalls (Fortinet FortiGate-VM / AWS Network Firewall) with SSL decryption and DNS-filtering.

TENANT LANDING ZONE TOPOLOGY IaC: TERRAFORM
01. Root Organization / Management Group
→ Preventive Guardrails (SCPs / Azure Deny Policies)
→ Mandatory KMS Customer-Managed Encryption Keys
Security Core OU
• SIEM / SOC Ingestion
• Read-Only Audit Roles
• GuardDuty & Sentinel
Network Hub OU
• Transit Gateway / vWAN
• Next-Gen Firewalls
• Outbound NAT Egress
02. Segregated Workload Spoke Tenants (Dev / Stage / Prod)
→ Dedicated VPCs/VNets with private endpoints only (no public IPs)
→ Kubernetes (EKS/AKS) clusters running hardened CIS-profiled worker nodes
→ Automated ServiceNow CMDB tag tracking: Environment, CostCenter, Owner
Terraform State: S3/Blob Locked (AES-256) 100% Automated
ARCHITECTURAL GOVERNANCE & AUDIT ASSURANCE

CISSP Core Security Frameworks & Mandatory Engineering Files

In CISSP enterprise architecture (Domains 1 & 3: Security & Risk Management, Security Architecture & Engineering), security is never improvised. Frameworks establish a measurable baseline that regulators, auditors, and boardrooms require to prove defensibility and risk tolerance.

01

NIST Cybersecurity Framework (CSF 2.0)

Govern • Identify • Protect • Detect • Respond • Recover

Provides the universal common taxonomy for communicating cybersecurity risk to both technical engineers and executive boards.

Why Mandatory in Files: Required by national defense contractors, financial regulators, and EU/US cyber insurance carriers to benchmark organizational maturity tier (Tiers 1–4).
Control Domain: CSF 2.0 Core
02

ISO/IEC 27001 & ISO 27002:2022

ISMS Governance • 93 Annex A Controls

The international gold standard for implementing an Information Security Management System (ISMS) across organizational, people, physical, and technological controls.

Why Mandatory in Files: Provides the formal Statement of Applicability (SoA) and continuous risk treatment plan without which enterprise B2B sales and cross-border vendor onboarding fail.
Control Domain: Global ISMS Certification
03

CIS Controls v8 (Center for Internet Security)

18 Controls • 153 Safeguards (IG1–IG3)

A prioritized, actionable set of technical defenses engineered to immediately halt up to 94% of common cyber attack vectors and zero-day intrusions.

Why Mandatory in Files: Unlike theoretical models, CIS Controls provide concrete technical benchmarks (e.g. disable SMBv1, enforce MFA, audit unmanaged devices) cited in legal negligence defenses.
Control Domain: Prescriptive Technical Defense
04

SABSA & Enterprise Architecture

Contextual • Conceptual • Logical • Physical

Sherwood Applied Business Security Architecture (SABSA) aligns cybersecurity controls directly with corporate business objectives and risk tolerance matrices.

Why Mandatory in Files: Ensures security architecture is not built in a silo. Validates that every cryptographic key, WAF rule, and Landing Zone directly protects an identified business asset.
Control Domain: Business-Driven Architecture
STATUTORY EU CYBER REGULATION

EU Cyber Resilience Act (Regulation 2024/2847)

The EU CRA imposes mandatory cybersecurity requirements on all hardware and software products connected to European networks throughout their entire lifecycle. Failure to comply prohibits market distribution and triggers administrative penalties up to €15 million or 2.5% of worldwide annual turnover.

01

Machine-Readable Software Bill of Materials (SBOM)

Continuous generation of cryptographically attested CycloneDX/SPDX manifests mapping every upstream dependency to NVD/CVE tracking feeds.

02

Mandatory 24-Hour CSIRT & ENISA Reporting Hook

Automated telemetry pipelines to draft and transmit preliminary notifications to national CSIRTs within 24 hours of detecting actively exploited vulnerabilities.

03

CE Marking Technical Conformity Dossier

Comprehensive Annex II documentation compilation, risk assessments, and vulnerability management records required for CE conformity marking.

CRA Compliance Lifecycle

Conformity Architecture

EU 2024/2847
1. Design & Build Phase Annex I Conformance

Zero known exploits, least-privilege interfaces, default encrypted storage.

2. CI/CD Release & Attestation Cryptographic SBOM

Automated package provenance attestation and digital signature verification.

3. In-Field Maintenance 5-Year Support Term

Secure, automated, signed security updates pushed without user friction.

4. CE Conformity Declaration Market Ready

Valid for direct deployment and distribution across all 27 European Union states.

Interactive CRA Evaluation Widget

EU Cyber Resilience Act (CRA 2024/2847) Readiness Score

Select the controls currently active in your software and cloud delivery pipeline.

Resilience Score
50%
Action Required
Your software lifecycle has initial scanning, but lacks statutory 24h CSIRT hooks and technical conformity files for full CE marking.
Book Remediation Plan
CORPORATE HEADQUARTERS & ENGINEERING

Connect with Our Engineering Office

Whether architecting Multi-Cloud Tenant Landing Zones, automating Ansible and ServiceNow workflows, or preparing EU CRA conformity dossiers, our senior engineers are directly accessible.

Registered Headquarters Secure Cybr Opps s.r.o. Osadní 869/32, Holešovice 170 00 Praha 7, Czech Republic
Direct Corporate Phone +420 777 731 172 Available Mon–Fri, 09:00 – 18:00 CET
Official Inquiries & Contact info@cybr-opps.com Response guaranteed within 1 business day
Web Domain cybr-opps.com Protected by Cloudflare Edge & SSL/TLS
Company ID (IČO): 30057426
Registered in the Commercial Register kept by Municipal Court in Prague.
Conveniently located in Prague 7 (Holešovice tech district), with excellent transport access across Central European partner hubs.

Request Technical Assessment

Our engineering leadership will review your architecture specifications and arrange a confidential session.

All communications handled under non-disclosure confidentiality and EU GDPR compliance.