Flutter Cyber Security Strategy & 6-Month Roadmap

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Create a professional executive-level presentation titled "Flutter – Cyber Security Strategy & 6-Month Roadmap". Tone: Strategic, leadership-facing, clear, outcome-driven. Design: Modern dark theme (deep navy background), subtle gradient accents in purple/blue, clean icons, minimal text per slide, strong visuals (roadmaps, dashboards, maturity curves, security architecture diagrams). Audience: Executive leadership & board-level stakeholders. Include speaker notes on every slide. Slide Outline: 1. Title Slide - Flutter Cyber Security Strategy - Building a Scalable, Preventative, Engineering-Led Security Model - Name / Date placeholder Visual: Abstract cyber network background with subtle glow. 2. Executive Summary - Current state: Federated brands, varying maturity - Goal: Scalable, engineering-first security platform - Outcome: Reduced systemic risk, faster brand onboarding, stronger governance Visual: 3 pillar graphic (Prevent, Govern, Scale) 3. Security Vision - Shift-left engineering - Central guardrails, local accountability - Identity-first risk reduction - Detection as code Visual: Security capability maturity curve (Reactive → Proactive → Predictive) 4. Current Challenges - Inconsistent security tooling - Variable brand maturity - Identity & privileged access complexity - Scaling SOC vs scaling engineering Visual: Multi-brand ecosystem diagram with fragmented controls 5. 6-Month Roadmap Overview Visual horizontal timeline: Month 1 | Months 2–4 | 6 Months+ High-level themes under each phase 6. Month 1 – Foundation & Assessment - Enterprise security posture review (internal & external) - Jurisdiction & regulatory mapping - Team capability & skills review - Stakeholder mapping - Initial gap assessment Visual: Assessment checklist graphic 7. Months 2–4 – Mobilise & Engineer - Take ownership of security tooling - Execute gap remediation plan - Strengthen team capability & hiring - Roll out updated security standards - POC new tooling & solutions Visual: Build/gear or platform engineering visual 8. 6 Months+ – Scale & Mature - Mature POC into live service - Central guardrail enforcement - Detection-as-code maturity - Follow-the-sun security model Visual: Globe graphic with continuous coverage 9. KPI Framework – Engineering-Led Security Introduce 5 KPI categories. Visual: 5-segment wheel or framework diagram 10. Preventive Engineering Controls (Shift-Left) KPIs: - % pipelines with enforced security gates - % IaC repos with mandatory scanning - Secrets detection rate (pre-merge) - % workloads deployed via approved templates - % cloud accounts under central policy enforcement Message: Reduce systemic risk before production. Visual: CI/CD pipeline diagram with security gates 11. Platform Guardrail Adoption KPIs: - % brands aligned to group baseline - % shared services under central guardrails - % workloads under central logging - Time to onboard new brand Message: Measure scalability, not SOC volume. Visual: Multi-brand architecture converging into central platform 12. Identity & Privileged Access Engineering KPIs: - % privileged access via PAM - MFA enforcement coverage - Time to revoke access (leavers) - Quarterly production access reviews Message: Identity risk > malware risk in regulated environments. Visual: Identity access flow diagram 13. Detection Engineering KPIs: - % critical threat scenarios covered - Time to deploy new detection - % detections defined as code - Telemetry coverage across shared platforms Message: Focus on capability build, not alert volume. Visual: Detection pipeline diagram 14. Operational Metrics (Supporting Indicators) - MTTR - False positive rate - Automation coverage Message: Lagging indicators of engineering maturity. Visual: Dashboard style metrics visual 15. Target Operating Model - Central security engineering - Brand-level integration - Shared services & standards - Follow-the-sun support model Visual: Operating model diagram 16. Expected Outcomes - Reduced systemic risk - Faster regulatory alignment - Improved scalability - Measurable security maturity growth Visual: Before vs After comparison 17. Closing Slide - Building a scalable, preventative, engineering-led security organisation - Q&A Visual: Clean minimal closing design Ensure slides are visually rich (icons, diagrams, light animations), executive-friendly, and concise. Include detailed speaker notes under each slide expanding on context and intent.

This deck presents Flutter's cyber security strategy, shifting to a scalable, preventative, engineering-led model. It covers executive summary, vision, challenges, 6-month roadmap (foundation, mobilization, scaling), KPI framework for preventive and検

March 1, 202619 slides
Slide 1 of 19

Slide 1 - Flutter Cyber Security Strategy

Flutter – Cyber Security Strategy & 6-Month Roadmap

Building a Scalable, Preventative, Engineering-Led Security Model

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Photo by Albert Stoynov on Unsplash

Slide 1 - Flutter Cyber Security Strategy
Slide 2 of 19

Slide 2 - Executive Summary

  • Current state: Federated brands, varying maturity
  • Goal: Scalable, engineering-first security platform
  • Outcome: Reduced systemic risk, faster brand onboarding, stronger governance

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Photo by Sarah Sheedy on Unsplash

Slide 2 - Executive Summary
Slide 3 of 19

Slide 3 - Security Vision

  • Shift-left engineering
  • Central guardrails, local accountability
  • Identity-first risk reduction
  • Detection as code
Slide 3 - Security Vision
Slide 4 of 19

Slide 4 - Current Challenges

  • Inconsistent security tooling
  • Variable brand maturity
  • Identity & privileged access complexity
  • Scaling SOC vs scaling engineering
Slide 4 - Current Challenges
Slide 5 of 19

Slide 5 - 6-Month Roadmap Overview

Month 1: Foundation & Assessment Posture review, regulatory mapping, skills assessment, gap analysis Months 2–4: Mobilise & Engineer Tool ownership, remediation, hiring, standards rollout, POCs 6 Months+: Scale & Mature Live services, guardrail enforcement, detection maturity, follow-the-sun model

Slide 5 - 6-Month Roadmap Overview
Slide 6 of 19

Slide 6 - Month 1 – Foundation & Assessment

  • Enterprise security posture review (internal & external)
  • Jurisdiction & regulatory mapping
  • Team capability & skills review
  • Stakeholder mapping
  • Initial gap assessment
Slide 6 - Month 1 – Foundation & Assessment
Slide 7 of 19

Slide 7 - Months 2–4 – Mobilise & Engineer

  • Take ownership of security tooling
  • Execute gap remediation plan
  • Strengthen team capability & hiring
  • Roll out updated security standards
  • POC new tooling & solutions

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Photo by Georg Eiermann on Unsplash

Slide 7 - Months 2–4 – Mobilise & Engineer
Slide 8 of 19

Slide 8 - 6 Months+ – Scale & Mature

  • Mature POC into live service
  • Central guardrail enforcement
  • Detection-as-code maturity
  • Follow-the-sun security model
Slide 8 - 6 Months+ – Scale & Mature
Slide 9 of 19

Slide 9 - KPI Framework – Engineering-Led Security

🛡️ Preventive Engineering Controls Shift-left gates & scanning

🔒 Platform Guardrail Adoption Central standards alignment

👤 Identity & Privileged Access PAM & MFA enforcement

🔍 Detection Engineering Threat coverage as code

📊 Operational Metrics MTTR & automation

Slide 9 - KPI Framework – Engineering-Led Security
Slide 10 of 19

Slide 10 - Preventive Engineering Controls (Shift-Left)

  • 90%: Pipelines with gates
  • 100%: IaC repos scanned
  • 0%: Secrets pre-merge
  • 95%: Approved templates
  • 100%: Cloud policy
Slide 10 - Preventive Engineering Controls (Shift-Left)
Slide 11 of 19

Slide 11 - Platform Guardrail Adoption

  • 80%: Brands aligned
  • 90%: Shared services
  • 95%: Central logging
  • 2w: Onboard time
Slide 11 - Platform Guardrail Adoption
Slide 12 of 19

Slide 12 - Identity & Privileged Access Engineering

  • 100%: Privileged via PAM
  • 100%: MFA coverage
  • 24h: Revoke leavers
  • Q: Access reviews
Slide 12 - Identity & Privileged Access Engineering
Slide 13 of 19

Slide 13 - Detection Engineering

  • 95%: Threat scenarios
  • 1d: Deploy new
  • 80%: Detections as code
  • 90%: Telemetry
Slide 13 - Detection Engineering
Slide 14 of 19

Slide 14 - Operational Metrics (Supporting)

  • <4h: MTTR
  • <5%: False positives
  • 70%: Automation
Slide 14 - Operational Metrics (Supporting)
Slide 15 of 19

Slide 15 - Target Operating Model

Central Security EngineeringBrand-Level IntegrationShared Services & StandardsFollow-the-Sun Support
Guardrails & tooling ownershipLocal accountability
Platform buildoutStandards adoption
Logging, identity, detectionCentral policy
24/7 coverage via timezonesGlobal handoff
Slide 15 - Target Operating Model
Slide 16 of 19

Slide 16 - Expected Outcomes

Before High systemic risk Slow onboarding Reactive governance Variable maturity

After Reduced risk Fast regulatory alignment Scalable platform Measurable growth

Slide 16 - Expected Outcomes
Slide 17 of 19

Slide 17 - Next Steps

Building a scalable, preventative, engineering-led security organisation

Q&A

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Photo by Amal S on Unsplash

Slide 17 - Next Steps
Slide 18 of 19

Slide 18 - Agenda

Presentation Agenda

Strategy, Challenges, Roadmap, KPIs, Outcomes

Slide 18 - Agenda
Slide 19 of 19

Slide 19 - Agenda

  • Executive Summary
  • Security Vision & Challenges
  • 6-Month Roadmap
  • KPI Framework
  • Target Operating Model
  • Expected Outcomes
  • Q&A

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Photo by Slidebean on Unsplash

Slide 19 - Agenda

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