Portrait of Firas Abu Ayyash
SECUREOPS READY

Technologies, controls, and operating principles behind the work.

Security tools create value only when they are connected to clear ownership, architecture, risk priorities, engineering workflows, and measurable outcomes.

This page leads with architecture domains, then primary platforms, then broader technology experience—without treating every tool as equal depth.

Security Architecture Domains

Architecture and operating capability come before vendor names.

  • Multi-Cloud Security

    Design and govern security controls across AWS and GCP estates, including identity models, segmentation, monitoring, and secure inter-cloud connectivity.

  • Identity Security

    Govern users, services, machines, and privileges through IAM, PAM, SSO, MFA, and least-privilege access models.

  • Zero Trust

    Reduce implicit trust by verifying employee and machine access, strengthening API authentication, and tightening secrets handling.

  • DevSecOps

    Embed repeatable security gates into CI/CD and release workflows so remediation stays part of delivery ownership.

  • Application Security

    Improve Secure SDLC outcomes through assessments, API security, vulnerability remediation, and Shift-Left practices with engineering teams.

  • Network Security

    Protect enterprise and cloud networks with NGFW, WAF, DDoS controls, segmentation, VPN, and data-center perimeter architecture.

  • SOC & Detection

    Strengthen detection, incident response, SIEM integration, and third-party SOC governance so alerting stays actionable.

  • Governance

    Connect policies, roadmaps, risk registers, release controls, and executive reporting to accountable owners and measurable progress.

  • Infrastructure Security

    Secure on-premises, hybrid, and data-center environments with hardening, monitoring, backup, Disaster Recovery, and continuity design.

Primary Platforms

Current and high-confidence platforms used across cloud security, delivery pipelines, and network protection work.

  • AWS

    Primary cloud security architecture, IAM, monitoring, and governance platform.

  • GCP

    Primary multi-cloud security estate alongside AWS, including posture and firewall controls.

  • GitLab

    CI/CD security integration, automated gates, and delivery workflow controls.

  • Jenkins

    Pipeline security controls and release governance in enterprise delivery environments.

  • Palo Alto

    Next-generation firewall and network security architecture across enterprise estates.

  • Fortinet

    Network and perimeter security platforms used in infrastructure and transformation programs.

Broader Technology Experience

Additional platforms and controls from practical enterprise work. Depth varies by engagement—these are not presented as equal to the primary platforms above.

View full technology experience

Cloud Controls & Posture

  • Microsoft Azure (previous / practical)
  • AWS GuardDuty
  • AWS Inspector
  • GCP Security Command Center
  • GCP Firewall
  • CNAPP
  • Cloud Security Posture Management
  • Cloud workload protection
  • CloudFormation
  • Kubernetes security
  • Docker and container security
  • Site-to-site VPN
  • Secure inter-cloud connectivity
  • Multi-account governance
  • Multi-project governance

DevSecOps & Application Security

  • CI/CD security
  • SAST
  • DAST
  • SCA
  • IAST
  • RASP
  • ASM
  • Secrets detection
  • Secrets management
  • Container scanning
  • Secure SDLC
  • Application-security assessments
  • API security
  • Vulnerability remediation
  • Automated release controls
  • Shift-Left security

Identity & Data Protection

  • IAM
  • PAM
  • SSO
  • MFA
  • Least privilege
  • Role-based access
  • Machine and service identities
  • API-to-API authentication
  • NAC
  • DLP
  • Data classification
  • Active Directory
  • Identity governance

Security Operations

  • SOC
  • Third-party SOC governance
  • SIEM
  • SOAR
  • TIP
  • VAPT
  • Incident response
  • Threat detection
  • Vulnerability management
  • Centralized logging
  • Elastic Stack
  • Splunk
  • Zabbix
  • SolarWinds
  • Automated security notifications
  • Root-cause analysis

Network & Perimeter

  • WAF
  • DDoS protection
  • NGFW
  • Cisco security products
  • IPS
  • Sandbox
  • F5
  • Load balancing
  • Proxy
  • VPN
  • Routers
  • Switches
  • Network segmentation
  • Data-center security

Infrastructure & Continuity

  • Windows Server
  • Linux Server
  • VMware
  • Hyper-V
  • vSphere
  • Server clustering
  • SAN
  • Veeam
  • Backup Exec
  • InfoScale
  • Office 365
  • DNS
  • DHCP
  • Data centers
  • Disaster Recovery
  • Business Continuity
  • High availability
  • Infrastructure monitoring

Supporting Engineering Knowledge

I maintain practical and conceptual familiarity with software-development technologies that support collaboration with engineering teams.

These include

  • Laravel
  • React
  • JavaScript
  • MySQL
  • MongoDB
  • Web applications
  • APIs
  • Databases
  • Shell scripting
  • Full-stack architecture concepts

These technologies support my security and architecture work but are not positioned as my primary specialization.

Security Operating Principles

  1. 01

    Security by Design

    Security belongs in architecture and planning—not as a retrofit.

    Controls, identity, and risk decisions should shape designs before implementation hardens the wrong assumptions.

  2. 02

    Identity Before Perimeter

    Users, services, machines, and privileges must be known and governed first.

    Perimeter controls still matter, but lasting reduction of attack surface starts with clear identity and least privilege.

  3. 03

    Automation Over Manual Control

    Repeatable security decisions should be automated where possible.

    CI/CD gates, monitoring, and remediation loops scale better than heroics and one-off approvals.

  4. 04

    Risk-Based Prioritization

    Not every finding carries equal business impact.

    Exposure, criticality, exploitability, and operational context decide what ships next.

  5. 05

    Governance With Ownership

    Policies need owners, deadlines, evidence, and reporting.

    Standards without accountability become shelfware; ownership turns direction into measurable progress.

  6. 06

    Security as an Engineering Responsibility

    Delivery teams share ownership of technical risk.

    Security leads set direction; engineering owns practical implementation and continuous remediation.

  7. 07

    Executive Visibility

    Leaders need clear risk, progress, and unresolved decisions.

    Reporting should enable prioritization—not bury executives in unprioritized tool noise.

  8. 08

    Operational Resilience

    Security must preserve availability, recovery, and continuity.

    Controls that break the business are incomplete; resilience is part of the security outcome.