The Standard

Zero Outage Capability Lead

Mission 

Responsible for cultivating and evolving the organizational environment and human capital to embed Zero Outage principles and practices across the entire IT value chain (Plan, Build, Deliver, Run). This includes proactively fostering a culture of continuous improvement, psychological safety, automation and AI-augmented ways of working to build organizational resilience and adaptability.

• Oversees the integration and management of Zero Outage principles into the organizational fabric.
• Drives the strategic workforce planning, competency development, and adoption of modern ways of working (Agile, DevOps, SRE) and AI tools required to achieve Zero Outage outcomes.

Functional Competencies

• Strategic workforce planning for Zero Outage, ensuring capabilities are aligned with the demands of the end-to-end value chain and future-oriented on resilience.
• Designing and implementing organizational structures that break down silos and promote cross-functional, agile, and DevOps/SRE ways of working.
• Overseeing the integration of data fluency, AI literacy, and skills for leveraging AI tools into competency frameworks and development programs.
• Deep understanding of the Zero Outage Architecture Framework and its implications for designing teams capable of collaborating across Plan, Build, Deliver, and Run phases.
• Ability to leverage HR analytics and AI-driven insights to proactively identify skill gaps, predict workforce trends, and measure the impact of capability investments on Zero Outage KPIs.
• Service Architecture and Design with a focus on operability and reliability from the outset.
• Partner Management to ensure external collaborations adhere to Zero Outage principles.
• Life Cycle Management emphasizing proactive renewal and decommissioning.
• Project & Product Management using agile principles to deliver incremental value with built-in reliability.
• Broad Technical Knowledge to credibly engage with engineering teams.
• Compliance & Regulatory competence integrated into ways of working.
• Proactive Risk Management, anticipating issues before they impact services.
• IT Strategy (Architecture & Financial) that funds resilience and automation.

Methodical Competencies

• Integration, execution, and continuous improvement of Zero Outage capabilities, using data-driven insights and AI-augmented analytics for strategic decision-making in workforce planning.
• Designing and championing organizational change initiatives that shift the culture from reactive to proactive, fostering blameless learning and automation-first thinking.
• Effective use of relevant data and information for anticipating capability needs and cultural assessment, including interpreting outputs from AI-driven talent platforms.
• Successful creation and renovation of organizational processes and team structures that enable seamless collaboration across Plan, Build, Deliver, and Run.
• Application of modern management principles from Agile, DevOps, and SRE.
• Utilization of tools that support automation, collaboration, and data transparency.
  Interpersonal Competencies
• Proactively cultivates a Zero Outage culture by fostering cross-functional synergy and psychological safety, championing blameless retrospectives and pre-mortems to anticipate risks.
• Coaches and mentors individuals and teams in adaptive, data-informed decision-making and proactive work approaches, modeling effective use of automation and AI-augmented tools.
• Champions empathetic, clear, and digitally-fluent communication strategies across all levels and with partners, translating complex concepts between technical and business contexts.
• Drives accountability for end-to-end outcomes, modeling resilience and a continuous learning mindset that learns from both successes and failures.
• Outcome-oriented focus on resilience and customer value.
• Conflict resolution and mediation skills to align diverse stakeholders across the value chain.
• Reliability and credibility built through consistent advocacy for both human expertise and technological augmentation.

Business Value Stream Architect/Lead

Mission

Responsible for understanding, anticipating, and strategically influencing customer demand to ensure all services are conceived and planned with inherent Zero Outage quality. Orchestrates the initial ‘Plan’ phase, translating business purpose into actionable, qualified demands with explicit, robust non-functional requirements (NFRs) for resilience, performance, and security. Ensures seamless handoff and alignment with the Build, Deliver, and Run phases by embedding operability and resilience criteria from inception.

• Works with Capacity & Performance Engineers to translate demand into resilient capacity plans.
• Establishes and maintains forecast performance measurement and evaluation, driving continuous improvement.

Functional Competencies

• Expertise in translating business purpose into precise, measurable non-functional requirements that serve as the foundation for Zero Outage (e.g., RTO, RPO, availability targets, security postures).
• Proficiency in leveraging AI-driven market analysis, predictive analytics, and demand forecasting tools to anticipate future service needs and their potential resilience implications.
• Strong product and demand management skills, with an emphasis on backlog prioritization that balances feature value with mandatory Zero Outage quality attributes.
• Knowledge of Zero Outage and modern architectural principles (e.g., SRE, DevOps) to credibly guide and shape demand toward viable, operable solutions.
• Partner Management to align external stakeholder expectations with Zero Outage standards.
• IT Strategy (financial) acumen to articulate the cost of resilience and advocate for necessary investment.
• Broad Technical Knowledge to engage in architectural discussions on operability, automation, and observability needs.

Methodical Competencies

• Integration of Zero Outage principles by ensuring demand artifacts explicitly capture and drive resilience, security, and performance requirements from the outset of the ‘Plan‘ phase.
• Effective use of relevant data and information for demand rationalization, including the systematic application of predictive analytics and business impact models to quantify risk.
• Design and continuous refinement of demand capture, qualification, and prioritization processes that mandate Zero Outage criteria as non-negotiable inputs.
• Adept at the data-driven refinement of demand models and forecasts based on service performance metrics, outage post-mortems, and run-phase feedback, closing the loop from Run back to Plan.
• Proactive and outcome-oriented approach, using data to anticipate and mitigate future service degradations before they are built.
• Adherence to and improvement of governance processes.
• Use of AI-augmented analytical and road-mapping tools.

Interpersonal Competencies

• Exceptional communication and translation skills to bridge business and technical domains, emphasizing the criticality of non-functional requirements for Zero Outage success.
• Proactive collaboration with Solution Architects, SREs, and engineering leads during the Plan phase to co-create feasible, resilient service definitions.
• Strong decision-making and influencing skills to prioritize demands that align with Zero Outage architectural guidelines and long-term resilience.
• Champions a culture of “shifting reliability left” by educating business partners on the value of investing in quality attributes from the start.
• Sense for quality and architectural integrity.
• Reliability and credibility built through data-backed forecasts and transparent prioritization.

Enterprise Solution Architect

Mission

Responsible for architecting and governing the enterprise technology landscape to inherently deliver Zero Outage outcomes. Translates strategic Zero Outage requirements into enforceable architectural policies, design patterns, and blueprints that ensure resilience, security, and performance are built-in from the Plan and Build phases and sustained through Deliver and Run. Acts as the primary authority for architectural integrity, ensuring all solutions comply with these principles across the entire IT portfolio.

• Provides the architectural bridge between business strategy and Zero Outage-compliant technical execution.
• May specialize in Business, Application, Information, or Infrastructure domains, all unified by the Zero Outage architectural mandate.

Functional Competencies

• IT Strategy & Architecture development that prioritizes resilience, automation, and observability as core strategic capabilities.
• Expertise in designing resilient, fault-tolerant, and self-healing architectures for hybrid cloud and distributed systems, incorporating SRE principles and automated remediation patterns.
• Ability to define and enforce architectural policies and design criteria that mandate Zero Outage non-functional requirements (e.g., redundancy, circuit breakers, immutable infrastructure).
• Proficient in evaluating and integrating new technologies, including AI/ML Ops platforms and AI-augmented operations tools, to enhance predictive scaling, automated failure detection, and intelligent incident response within the architecture.
• Service Architecture and Design with an uncompromising focus on operability, maintainability, and lifecycle management.
• Broad technical knowledge spanning applications, data, infrastructure, and security to make holistic design decisions.
• Compliance & Regulatory competence embedded into architectural patterns.
• Life Cycle Management strategy for proactive modernization and decommissioning.

Methodical Competencies

• Integration of Zero Outage through the creation of standardized, reusable architectural blueprints and design patterns that bake in resilience and reduce human error in the Build phase.
• Data-driven architectural governance, using performance metrics, deployment telemetry, and outage analytics to validate design decisions and identify systemic weaknesses.
• Systematic review and refinement of architectural standards based on feedback from the Deliver and Run phases, including lessons from post-incident reviews.
• Champions an “automation-by-design” approach, ensuring architectural patterns provide the necessary hooks for CI/CD pipelines, Infrastructure as Code, and automated recovery procedures.
• Proactive identification of architectural debt and single points of failure through regular assessments and threat modeling.
• Use of architecture modeling, simulation, and AI-powered analysis tools to predict system behavior under stress.

Interpersonal Competencies

• Proactive leadership in architectural forums and design reviews to identify and mitigate risks before implementation.
• Exceptional communication and evangelism skills to articulate the “why” behind architectural policies, securing buy-in from both business stakeholders and engineering teams.
• Collaborative partnership with Value Stream Architects, SREs, and DevOps teams to ensure architectural blueprints are practical, implementable, and aligned with runtime realities (Build-Run collaboration).
• Serves as a coach and mentor to solution and domain architects, fostering a community of practice centered on Zero Outage design principles.
• Decisive and visionary decision-making, balancing long-term strategic goals with immediate project delivery pressures.
• Relentless focus on quality and resilience as non-negotiable system attributes.
• Credibility built through technical depth and a commitment to learning from operational feedback.

Process Transformation Lead

Mission

Responsible for the strategic transformation and design of the Process Architecture (as part of Enterprise Architecture) to enable seamless, automated, and resilient end-to-end IT service delivery for Zero Outage. Acts as the process architect who re-engineers and automates workflows across the Plan, Build, Deliver, and Run phases to minimize manual toil and error probability.

• Orchestrates and governs all process changes, ensuring their integration and interoperability, and the adoption of modern practices like continuous deployment and AI-augmented workflows.
• Enables and coaches all parties involved, in particular Process Owners, with the methods and tools to manage and improve processes within the new paradigm.

Functional Competencies

• Process Management & Governance with a focus on end-to-end integration and automation.
• Lean Management & Continuous Improvement (e.g. Kaizen) to systematically eliminate waste and bottlenecks in cross-phase workflows.
• Expertise in designing and optimizing IT service management processes (e.g., Event, Incident, Problem, Change, Configuration) for high automation, proactivity, and efficiency in a Zero Outage environment.
• Ability to map and re-engineer end-to-end processes for direct integration with AI and intelligent automation tools (e.g., AIOps for event correlation, RPA for manual steps, self-service chatbots).
• Strong analytical skills leveraging Process Mining and simulation to identify deviations, manual toil, and improvement areas impacting service resilience.
• Knowledge of industry frameworks (ITIL, COBIT, DevOps, SRE) with a focus on adapting them for agile, proactive, and data-driven operations.

Methodical Competencies

• Integration of Zero Outage through the systematic redesign of processes for inherent automation and data flow across the value chain.
• Data-driven process optimization, using Process Mining, analytics, and AI-powered simulation tools to model outcomes, predict bottlenecks, and validate improvements before implementation.
• Successful creation and renovation of enterprise-wide process architectures that define clear integration points with AI platforms and automation orchestration tools.
• Championing of “automation-first” and “shift-left” principles within process design, ensuring procedures are built for machine execution and early risk detection.
• Continuous measurement and refinement of processes based on performance metrics, feedback from Run-phase operations, and outage post-mortems.
• Use of process modeling, workflow automation, and analytics tools.

Interpersonal Competencies

• Outcome-oriented facilitator, driving process changes that lead to measurable reductions in MTTR (Mean Time to Resolve), deployment failures, and manual intervention.
• Fosters a culture of blameless process review and adaptation, systematically learning from incidents and inefficiencies.
• Influential communicator and collaborator, able to articulate the value of process transformation to both technical teams and business stakeholders, breaking down organizational silos.
• Teamwork and co-creation with technical architects, SREs, and service owners to ensure processes are adopted and technically viable.
• Relentless sense for quality and efficiency in designing robust, user-centric workflows.

Solution Developer

Mission

Responsible for designing, building, and maintaining applications, platforms, and systems that inherently ensure continuous delivery, stable operations, and near-zero downtime in a Zero Outage environment. Embeds resilience, security, and observability directly into the codebase and deployment artifacts across the Build and Deliver phases, creating software that is fundamentally fault-tolerant and operable.

• Accountable for delivering production-ready, resilient applications that meet stringent non-functional requirements.
• This includes the development and maintenance of custom solutions as well as the resilience-focused customization of vendor products.

Functional Competencies

• Deep Technical Knowledge in relevant stacks, with a specialization in building for failure tolerance and recovery.
• Proficiency in writing secure, resilient, and performant code that explicitly implements architectural patterns for Zero Outage (e.g., circuit breakers, retries with backoff, idempotency, graceful degradation).
• Expertise in automated testing frameworks (unit, integration, performance, security, chaos) and test-driven development (TDD) to validate resilience assumptions.
• Mastery of CI/CD practices and tooling to automate the Build and Deliver pipeline, ensuring every change is integrated, tested, and deployed in a consistent, repeatable manner.
• Practical experience with modern architectures, including microservices, containerization (Docker, Kubernetes), and serverless, designed for high availability and scalability.
• Advanced debugging and troubleshooting skills in complex distributed systems, using observability tools (logs, metrics, traces).
• Familiarity with AI/ML integration patterns and MLOps for developing and deploying intelligent, reliable components.
• Service Architecture and Design principles with a developer’s lens on operability.

Methodical Competencies

• Integration of Zero Outage through the systematic application of “resilience by design” and “security by design” principles throughout the software development lifecycle (SDLC).
• Data-driven development and improvement, using performance metrics, error budgets, telemetry, and chaos engineering experiments to inform code changes and architectural decisions.
• Rigorous use of version control, code review, static/dynamic analysis, and CI/CD gating to maintain quality and prevent regressions.
• Active participation in and contribution to blameless post-mortems, translating operational feedback directly into improved code, tests, and automation.
• Proactive identification of technical debt and reliability risks in the codebase, advocating for and implementing refactoring.
• Use of AI-augmented development tools (e.g., for code review, security scanning, test generation) to enhance quality and efficiency.

Interpersonal Competencies

• Ownership and accountability for the runtime behavior and resilience of the code they write (“you build it, you run it” mindset).
• Outcome-oriented collaboration within Agile, DevOps, and SRE teams, focusing on shared service-level objectives (SLOs) rather than just task completion.
• Proactive learner who actively engages in blameless post-mortems, shares knowledge, and continuously adapts practices based on operational data.
• Champions quality and automation in daily work, advocating for robust testing and resilient design patterns in team processes.
• Effective communicator who can articulate technical trade-offs and resilience implications to peers and stakeholders.
• Reliability and credibility demonstrated through consistent delivery of stable, well-instrumented, and maintainable code.

Testing Engineer

Mission

Responsible for providing information about  the quality, resilience, and correctness of high-stakes, complex systems. Develop, train, and integrate AI automation tools into the testing framework to proactively predict system behaviour, intelligently generate test scenarios, and uncover hidden defects. Embeds quality and resilience from the Plan and Build phases through to Deliver, ensuring software is inherently reliable and fit for Zero Outage operations.

Functional Competencies

• Proficiency in programming and scripting (using standard programming languages) for test automation, data manipulation, and integrating AI tooling into CI/CD pipelines.
• Expertise in AI-augmented software testing, including configuring, fine-tuning, and utilizing proprietary or third-party AI tools to generate and execute complex test scenarios for high-volume, low-latency, and distributed systems.
• Strong understanding of the machine learning lifecycle, MLOps principles, and data analysis to support, evaluate, and improve testing models.
• Deep analytical skills and systems logic comprehension to understand complex technical specifications and validate AI-generated test coverage.
• Knowledge of modern system architectures (e.g., microservices, event-driven) and their associated failure modes.
• Experience with cloud platforms, containerization, and observability tools for testing in production-like environments.

Methodical Competencies

• Integration of Zero Outage through the application of predictive, AI-driven testing methodologies that shift quality assurance left in the development lifecycle (Plan/Build).
• Systematic use of predictive and intelligent test automation tools as primary testing tools to generate high-coverage test suites, predict failure points, and optimize regression testing based on risk and change impact.
• Execution of detailed root cause analysis on test failures to distinguish between model inaccuracies and genuine system defects, feeding insights back to both development and AI model training cycles.
• Development and maintenance of automated test suites and data pipelines that are resilient, version-controlled, and integrated into continuous delivery workflows.
• Rigorous analysis of system documentation and requirements to establish ground truth for validating AI model output and ensuring comprehensive coverage.
• Use of AI/ML platforms, test automation frameworks, CI/CD tools, and data analytics suites.

Interpersonal Competencies

• Curious and innovative problem-solver, motivated by uncovering complex, hidden defects and improving testing intelligence through technology.
• Collaborative bridge-builder between data science, development, and operations teams, effectively using AI tools and interpreting findings for technical stakeholders.
• Meticulous and analytical validator, possessing a strong sense of quality and a detail-oriented approach in identifying system defects.
• Proactive learner and adapter, continuously seeking to improve personal skills in AI/ML and applying new techniques to enhance testing efficacy.
• Outcome-oriented and resilient, focused on delivering high-quality systems under tight deadlines, understanding the critical impact of software reliability.

Capacity & Performance Engineer

Mission

Responsible for proactively architecting and governing the capacity and performance landscape to ensure services continuously meet their agreed targets, preventing outages before they occur. Orchestrates the intelligence and automation for predictive scaling and optimization across the Plan, Build, and Deliver phases, translating business demand into resilient, cost-effective infrastructure.

The role focuses on the predictive analysis of trends and the implementation of self-regulating systems to maintain optimal performance and avoid Zero Outage impacts.

Functional Competencies

• Expertise in predictive capacity planning, performance engineering, and resource optimization for hybrid and multi-cloud environments, integrating SRE principles like error budgeting.
• Proficiency in leveraging AI/ML-driven analytics, observability platforms, and forecasting tools to model future demand, detect anomalies, and identify performance degradation trends.
• Ability to design, implement, and govern automated scaling policies and dynamic resource orchestration (e.g., with Kubernetes HPA/VPA, cloud-native autoscaling) as a core service feature.
• Strong understanding of workload characterization, performance modeling, and chaos engineering to validate capacity assumptions under failure conditions.
• Service Architecture and Design collaboration to influence architectural decisions for scalability and efficiency from the outset (Plan/Build phase).
• Knowledge of FinOps practices to align capacity strategies with cost optimization and budgetary governance.
• Broad Technical Knowledge across infrastructure, platform, and application layers.

Methodical Competencies

• Integration of Zero Outage through the establishment of data-driven, automated capacity management as a continuous discipline, not a periodic exercise.
• Systematic use of telemetry, AI-driven insights, and business forecasts to proactively adjust capacity plans, scaling rules, and resource allocations.
• Design and continuous refinement of capacity management frameworks, performance baselines, and automated response playbooks based on operational feedback.
• Execution of capacity and performance tests (including load, stress, and chaos tests) in pre-production environments to validate scalability and resilience.
• Monitoring and management of service error budgets, triggering proactive capacity reviews when budgets are at risk.
• Use of advanced analytics, simulation, and infrastructure-as-code (IaC) tools to model and provision capacity.

Interpersonal Competencies

• Collaborative partnership with Solution Developers and SREs during the Build phase to embed scalability requirements and observability needs into application design.
• Proactive communicator who translates technical performance data and forecasts into actionable insights for both engineering teams and business stakeholders.
• Advocate for an “automation-first” and “data-driven” culture in capacity management, challenging manual processes and reactive firefighting.
• Outcome-oriented focus on maintaining service-level objectives (SLOs) and error budgets through preemptive action.
• Relentless learner who analyzes capacity-related incidents and market trends to continuously refine forecasting models and scaling strategies.
• Reliability and credibility built through accurate, actionable forecasts and the demonstrated stability of managed services.

Availability & Resilience Architect

Mission

Responsible for defining, analyzing, planning, measuring, and proactively improving all aspects of IT service availability and resilience. Architects and governs the standards, patterns, and systems that prevent outages by design across the entire Plan, Build, Deliver, and Run value chain. Ensures all infrastructure, processes, and tools are conceived, implemented, and operated to maintain agreed service levels through predictive measures and inherent fault tolerance.

Functional Competencies

• Service Architecture and Design with an exclusive focus on high-availability, disaster recovery, and fault-tolerant patterns (e.g., circuit breakers, bulkheads, graceful degradation).
• Expertise in designing and validating high-availability and disaster recovery solutions across diverse, hybrid technology stacks.
• Proficiency in leveraging AI-driven monitoring, predictive analytics, and chaos engineering platforms for vulnerability discovery, anomaly forecasting, and self-healing automation.
• Strong command of resilience frameworks, including Failure Mode and Effects Analysis (FMEA), Business Impact Analysis (BIA), and resilience testing methodologies.
• Ability to define, measure, and enforce granular availability and resilience metrics (e.g., MTTD, MTTR, Recovery Time Objective/RTO, Recovery Point Objective/RPO).
• Continuous Service Improvement & Service Level Management driven by resilience data and error budgets.
• Broad Technical Knowledge across applications, data, and infrastructure.
• Life Cycle Management for resilience-critical components.

Methodical Competencies

• Integration of Zero Outage through the authoring of preventive resilience standards and blueprints that are mandated across the Plan and Build
• Systematic use of predictive analytics, AIOps insights, and chaos engineering experiments to proactively identify, quantify, and remediate systemic vulnerabilities before they cause customer impact.
• Design and execution of resilience validation tests (e.g., game days, fault injection, disaster recovery drills) to verify recovery procedures and system behavior under failure.
• Data-driven analysis of availability trends, incident root causes, and error budget consumption to drive targeted architectural improvements.
• Development and maintenance of resilience dashboards and automated reporting that provide clear visibility into risk posture and control effectiveness.
• Use of architecture modeling, simulation, chaos engineering, and AI-ops tools.

Interpersonal Competencies

• Proactive evangelist and educator for “resilience by design,” articulating availability risks and requirements compellingly to both technical and business stakeholders.
• Collaborative leader who works across all value chain phases, partnering with Value Stream Architects, Solution Developers, and SREs to embed and validate resilience controls.
• Champions a culture of proactive, blameless resilience testing (chaos engineering) and continuous learning from simulated and actual failures.
• Strong decision-maker who balances availability targets with cost and complexity, guiding investment priorities based on quantified risk.
• Outcome-oriented and possesses a relentless sense of urgency to reduce business risk by maximizing inherent system availability.
• Credible authority built on deep technical expertise and a track record of improving systemic resilience.

IT Service Continuity & Disaster Recovery Lead

Mission

Responsible for proactively managing existential risks to IT services and ensuring guaranteed minimum service levels during disaster or major disruption. Architects and orchestrates the organization’s capability for rapid, reliable service restoration by leveraging cloud-native strategies, automation, and continuous validation across the Plan, Build, and Deliver phases to protect Run-time operations.

Functional Competencies

• Expertise in developing, implementing, and continuously validating IT Service Continuity (ITSCM) plans and Disaster Recovery (DR) strategies, focusing on automated execution.
• Proficient in defining and governing Recovery Time Objectives (RTOs) and Recovery Point Objectives (RPOs) as non-negotiable service attributes, and designing architectural solutions to meet them.
• Knowledge of modern resilience patterns (e.g., multi-region active-active, pilot light, cloud DRaaS) and the data replication & state synchronization technologies that enable them.
• Ability to conduct rigorous Business Impact Analyses (BIA) and risk assessments, translating business criticality into technical recovery priorities.
• Experience with Infrastructure as Code (IaC), automated failover orchestration, and recovery runbook automation tools to replace manual procedures.
• Risk Management & Crisis Management as core disciplines.
• IT & Service Architecture and Design input to ensure continuity is built-in, not bolted on.
• Testing strategy development for complex recovery scenarios.
• Compliance & Regulatory adherence for continuity requirements.
• Broad Technical Knowledge across on-premise and cloud environments.

Methodical Competencies

• Integration of Zero Outage through the design and maintenance of automated, code-driven recovery pipelines that are tested as part of the normal Deliver (release) cycle.
• Systematic use of risk registers, BIA data, and threat intelligence to proactively prioritize and mitigate continuity risks before a disaster occurs.
• Orchestration and execution of regular, automated DR drills and “Game Day” exercises that simulate failure scenarios to validate plans, tools, and team readiness.
• Continuous refinement of recovery plans and automation scripts based on test results, technology changes, and lessons learned from actual incidents.
• Development and management of Key Risk Indicators (KRIs) related to service continuity, providing data for proactive management.
• Use of DR orchestration platforms, IaC tools, and simulation environments.

Interpersonal Competencies

• Proactive leader who instills a culture of preparedness and calm urgency, shifting the mindset from reactive recovery to proactive risk reduction.
• Exceptional communicator and coordinator during crisis situations, able to direct technical teams, update business leadership, and manage external partners under pressure.
• Collaborative influencer who works with architects and engineers in the Plan and Build phases to design services with intrinsic recoverability.
• Decisive and outcome-oriented under stress, with a relentless focus on restoring critical business functions according to agreed objectives.
• Rigorous and quality-focused, ensuring every element of the recovery plan is documented, tested, and trustworthy.
• Learner who conducts blameless post-mortems on both tests and real events to drive continuous improvement.
• Credibility and reliability built through consistent, calm, and effective management of high-stakes scenarios.

Change & Release Orchestrator

Mission

Controls the lifecycle of all changes with the primary goal of enabling velocity while guaranteeing stability. Focuses on orchestrating safe, continuous delivery of beneficial changes with minimal to zero disruption by leveraging automation, intelligent risk assessment, and modern deployment pipelines. Acts as the facilitator and guardian of the change process, embedding proactive validation and enabling rapid, controlled emergency response.

Functional Competencies

• Expertise in modern change and release frameworks, including continuous deployment, progressive delivery (canary, blue/green), and feature flag management.
• Proficient in using AI-driven risk assessment platforms, automated testing suites, and deployment analytics to evaluate change impact and predict stability risks.
• Ability to orchestrate and govern complex, cross-service changes across hybrid and multi-vendor environments, ensuring configuration integrity.
• Strong understanding of configuration management automation (Infrastructure as Code, GitOps) and its critical role in safe change execution.
• Deep Technical & Broad Process Knowledge to credibly assess technical changes and their procedural implications.
• Change, Release, and Life Cycle Management as core disciplines.
• Service Design & Project Management principles applied to change planning.
• Testing strategy integration for change validation.

Methodical Competencies

• Integration of Zero Outage through the design and governance of automated change pipelines that standardize, test, and validate changes from the Build phase through to Deliver.
• Systematic use of data and AI-generated insights (e.g., from observability platforms, code analysis, dependency mapping) for proactive risk assessment, conflict detection, and post-implementation review.
• Orchestration of standardized change schedules, release trains, and emergency change procedures, ensuring minimal friction and maximum coordination.
• Continuous measurement and optimization of change success rates, lead times, and rollback efficiency, using data to drive process improvements.
• Execution and analysis of “blast radius” assessments and deployment health checks for every significant change.
• Use of CI/CD orchestration, AIOps, and IT Service Management (ITSM) automation tools.

Interpersonal Competencies

• Champions the cultural shift from fearing change to embracing safe, continuous delivery, acting as an enabler for development and operations teams.
• Exceptional coordinator and communicator, aligning development, operations, security, business, and supplier stakeholders on change timelines, risks, and rollback plans.
• Facilitator of collaboration across traditionally siloed teams (Dev, Ops, Sec) to ensure seamless, end-to-end change implementation.
• Decisive leader under pressure, capable of managing the emergency change process (ECAB) with calm authority and a focus on rapid restoration.
• Quality advocate with a relentless focus on ensuring changes are validated for Zero Outage compliance before release.
• Proactive learner who analyzes change failures and near-misses in a blameless manner to refine processes and tools.

Site Reliability Engineer (SRE) / Platform Automation Specialist

Mission

Engineers and operates platforms and services to quantifiably achieve and uphold reliability, scalability, and performance targets. Applies software engineering principles to operational problems, with the core objective of eliminating manual toil through automation and building intrinsically reliable, self-healing systems. Manages the service lifecycle with a focus on anticipating and preventing issues via advanced observability, automation, and continuous refinement of runbooks and code.

Functional Competencies

• Expertise in software engineering, scripting, and automation to develop tools, self-healing mechanisms, and platform capabilities (Infrastructure as Code, automated remediation).
• Proficiency in designing, implementing, and interpreting advanced observability stacks (metrics, logs, traces) and AIOps platforms for predictive alerting and anomaly detection.
• Strong understanding of SRE fundamentals: defining and managing Service Level Objectives (SLOs), Service Level Indicators (SLIs), and Error Budgets to drive engineering priorities.
• Ability to architect, build, and maintain scalable and resilient platform services, leveraging containerization (e.g., Kubernetes) and cloud-native paradigms.
• Deep Technical Knowledge of operating systems, networks, and application runtime environments for deep-dive troubleshooting.
• Competence in incident command, blameless post-mortems, and problem management to eliminate root causes permanently.
• Knowledge of continuous delivery pipelines and their operational governance.

Methodical Competencies

• Integration of Zero Outage through the relentless automation of operational workflows (runbooks, scaling, remediation) and the systematic reduction of toil across the Run
• Data-driven operation and improvement, using SLO/Error Budget data, AIOps insights, and telemetry to proactively identify reliability risks, prioritize work, and validate fixes.
• Design and execution of controlled experiments, including chaos engineering tests and game days, to validate system resilience and recovery procedures.
• Development and version-controlled management of automation code, IaC templates, and configuration as primary artifacts.
• Continuous refinement of monitoring, alerting, and runbooks based on incident analysis and changing service behavior.
• Use of programming/scripting languages, CI/CD tools, orchestration platforms, and observability suites.

Interpersonal Competencies

• Embodies and champions the “You Build It, You Run It” ethos, fostering shared ownership for service health between development and operations.
• Proactive collaborator and communicator within cross-functional product teams and via ChatOps, bridging development velocity with operational stability.
• Incessant advocate for automation, constantly identifying manual procedures and driving projects to automate them.
• Facilitator of blameless post-mortems, focusing on systemic fixes and preventative automation rather than individual fault.
• Outcome and data-oriented, making decisions based on SLOs and error budgets, not just uptime.
• Relentless learner who treats operational incidents as a source of truth for improving system design and automation.
• Credibility earned through technical prowess, operational calmness during incidents, and a track record of building reliable systems.

Major Incident Commander

Mission

Commands and orchestrates the resolution of major incidents with the singular focus of minimizing business impact through rapid, coordinated restoration. Serves as the central authority and communication hub during critical outages, leveraging AI-driven insights and collaborative platforms to accelerate diagnosis and resolution. Owns the integrity of the Major Incident Management process from escalation through to post-mortem initiation.

Functional Competencies

• Expertise in command-and-control incident management frameworks (e.g., ICS, NIMS-inspired) adapted for IT, ensuring clear roles and efficient action under pressure.
• Ability to rapidly synthesize information from disparate sources: observability tools, AI-powered correlation engines, team inputs, and dependency maps to form a situational diagnosis.
• Strong understanding of service topology, business criticality, and technical dependencies to make informed prioritization and triage decisions.
• Proficient in applying structured diagnostic and problem-solving methodologies (e.g., Kepner-Tregoe, 5 Whys) within the compressed timeline of a major incident.
• Familiarity with crisis communication protocols, stakeholder management, and executive briefing techniques.
• Broad Technical & Process Knowledge to engage credibly with deep technical specialists.
• Service Design understanding to assess impact and restoration paths.

Methodical Competencies

• Integration of Zero Outage through the orchestration of a precise, repeatable, and data-driven major incident response, feeding directly into blameless learning.
• Systematic use of AIOps platforms, collaborative war rooms (e.g., ChatOps), and real-time dashboards to maintain situational awareness and guide technical teams.
• Execution and continuous refinement of automated incident playbooks and escalation procedures, ensuring swift mobilization of correct resources.
• Data-driven coordination of bridge calls, managing timelines, action logs, and decision records to maintain focus and momentum.
• Initiation and handoff to the Problem Management process, ensuring all incident data is captured for root cause analysis.
• Use of major incident management, conferencing, communication, and observability tools.

Interpersonal Competencies

• Calm and authoritative leader under extreme pressure, capable of directing cross-functional, multi-vendor teams with clarity and decisiveness.
• Exceptional, adaptive communicator who provides clear, concise, and frequent updates to technical teams, business stakeholders, and executive leadership, translating technical chaos into actionable business understanding.
• Skilled facilitator and mediator, able to reconcile conflicting technical opinions quickly, align experts on a path forward, and maintain team focus on restoration.
• Unwavering outcome-orientation with a relentless sense of urgency, balancing the need for speed with the need for correct, sustainable fixes.
• Champion of blameless post-mortem culture, ensuring the incident process focuses on systemic resolution and learning, not individual fault.
• High reliability and credibility, instilling confidence in all stakeholders during the most critical service disruptions.

Problem & Root Cause Elimination Lead

Mission

Responsible for proactively hunting and permanently eliminating the root causes of incidents across the IT landscape. Owns the lifecycle of problems, from detection through to validated resolution, with the express purpose of preventing recurrence and improving systemic resilience. Leverages advanced analytics, AI-driven pattern recognition, and cross-functional engineering to transform incident data into permanent architectural and procedural fixes.

Functional Competencies

• Expertise in advanced root cause analysis (RCA) methodologies (e.g., 5 Whys, Kepner-Tregoe, Fault Tree Analysis) and blameless post-mortem facilitation.
• Proficiency in leveraging AI/ML tools for automated log correlation, anomaly clustering, and trend analysis to surface latent problems and recurring patterns from vast datasets.
• Ability to lead complex, cross-functional problem investigations that span development, operations, and third-party suppliers, driving to consensus on systemic cause.
• Strong analytical and systems thinking skills to identify underlying architectural flaws, process gaps, or automation deficiencies.
• Knowledge of continuous improvement and reliability engineering frameworks (e.g., SRE, Lean) to design effective preventive measures.
• Broad Technical, Process, and Service Architecture Knowledge to credibly investigate issues at any layer of the stack.
• Project & Life Cycle Management skills to drive remediation initiatives to completion.

Methodical Competencies

• Integration of Zero Outage through the systematic conversion of incident data (from Run) into engineered improvements in the Plan and Build
• Data-driven problem detection and prioritization, using AI-powered analytics on incident streams, monitoring telemetry, and change records to identify significant patterns and recurring errors.
• Orchestration of the root cause analysis process, including data gathering, timeline reconstruction, and the documentation of contributing factors and root cause.
• Tracking and verification of corrective actions (e.g., code fixes, configuration changes, process updates), ensuring they are implemented and validated to prevent recurrence.
• Development and maintenance of a known error database (KEDB) that is integrated with monitoring and incident management tools for proactive alerting.
• Use of RCA, analytics, collaboration, and work tracking tools.

Interpersonal Competencies

• Relentless systemic detective driven by curiosity and a desire to prevent future pain, not just close tickets.
• Skilled facilitator and mediator, able to lead blameless RCA sessions, reconcile differing technical perspectives, and build consensus on underlying causes across team boundaries.
• Influential collaborator who partners with SREs, developers, and architects to champion and drive the implementation of preventive fixes, even when they require upfront investment.
• Proactive communicator who translates complex technical root causes into clear business-risk narratives to secure support for remediation.
• Outcome-oriented and quality-focused, ensuring problem resolutions are robust, tested, and truly eliminate the risk.
• Credibility and persistence built through technical depth and a track record of eliminating recurring issues that others could not.

IT Service Process Owner

Mission

Accountable for the strategic effectiveness and evolution of a specific IT service management process (e.g., Change, Incident, Problem, Event) to directly enable Zero Outage outcomes. Serves as the architect, sponsor, and evangelist for the process, ensuring it is fit for purpose, optimized for efficiency, and continuously enhanced through automation, AI integration, and data-driven refinement.

Functional Competencies

• Expertise in designing, re-engineering, and governing IT service management processes with a mandate for resilience, speed, and automation.
• Ability to define, measure, and report on process metrics and KPIs that directly correlate with Zero Outage objectives (e.g., MTTR, change failure rate, problem recurrence rate).
• Strong understanding of process automation technologies, RPA, and AI integration patterns (e.g., AIOps for event correlation, chatbots for incident logging) to transform manual workflows.
• Proficiency in driving process adoption, compliance, and cultural change across diverse technical and business teams.
• Knowledge of Lean, Agile, and DevOps principles to eliminate waste and friction from cross-functional workflows.
• Process Management, Governance, and Continuous Improvement as core disciplines.
• Project Management skills to lead process transformation initiatives.

Methodical Competencies

• Integration of Zero Outage through the ongoing redesign and automation of service processes, ensuring they are seamless components of the Plan–Build–Deliver–Run value chain, not siloed procedures.
• Systematic use of process mining, analytics, and performance data to identify bottlenecks, deviations, and automation opportunities within the process lifecycle.
• Orchestration of process change initiatives, from design and testing through to communication, training, and deployment.
• Continuous monitoring and benchmarking of process performance against KPIs and industry best practices, using data to justify improvement investments.
• Management of the process documentation, tools, and integrations as key corporate assets.
• Use of process modeling, analytics, automation, and ITSM platforms.

Interpersonal Competencies

• Influential champion and evangelist for process excellence, able to articulate the “why” behind process changes and secure buy-in from both executives and practitioners.
• Collaborative bridge-builder who works across development, operations, and business teams to design processes that serve all stakeholders and break down functional silos.
• Proactive communicator and educator, responsible for training and communicating process changes, ensuring clarity and consistent application.
• Decisive leader who makes data-informed decisions on process adaptations and trade-offs between control and agility.
• Quality and outcome-oriented, obsessed with ensuring the process delivers tangible improvements in reliability, speed, and user experience.
• Adaptive learner who treats process deviations and failures as opportunities for refinement, not just violations.

Service Lifecycle Migration Lead

Mission

Responsible for architecting and executing service migration, transition, and decommissioning activities with an unwavering commitment to zero customer impact. Serves as the primary engineer of continuity during service lifecycle changes, leveraging meticulous planning, automation, and rigorous risk mitigation to guarantee seamless transitions in alignment with Zero Outage principles.

Functional Competencies

• Expertise in designing and executing large-scale, complex IT service migrations, transitions, and decommissioning projects with a hyper-focus on eliminating business disruption.
• Ability to perform exhaustive impact analysis, service dependency mapping, and risk assessment to anticipate and neutralize potential failure points during transition.
• Proficient in designing and validating robust, automated rollback plans and contingency measures as non-negotiable components of every migration.
• Strong understanding of service architecture, data integrity, and state management to ensure seamless cutovers and consistency.
• Knowledge of automated migration tools, data replication technologies, and deployment orchestration platforms.
• Project & Life Cycle Management as the core delivery framework.
• Risk Management & Compliance as integral to planning.
• IT Strategy (Architecture & Financial) alignment for portfolio optimization.

Methodical Competencies

• Integration of Zero Outage through the application of engineering discipline to service transitions, treating migrations as high-stakes, reversible software deployments.
• Systematic use of data for planning: employing impact modeling, performance baselining, and dependency analytics to inform every step of the migration playbook.
• Development and continuous refinement of detailed, automated migration and rollback playbooks that are tested in staging environments.
• Execution of phased migrations (e.g., canary, blue-green) and real-time monitoring of health metrics during cutover events to enable data-driven go/no-go decisions.
• Post-transition validation and review, ensuring service performance meets targets and capturing lessons learned.
• Use of project portfolio management (PPM), orchestration, monitoring, and collaboration tools.

Interpersonal Competencies

• Meticulous planner and orchestrator who leaves no detail unexamined, instilling confidence in stakeholders through thorough preparation.
• Calm and decisive leader under pressure, capable of managing the high-stakes timeline of a cutover event and executing rollback decisions without hesitation.
• Exceptional communicator and coordinator, managing expectations and providing clear, timely updates to technical teams, business units, and customers throughout the transition lifecycle.
• Collaborative bridge-builder between the project team, service architects, SREs, and operations to ensure all runtime and design considerations are addressed.
• Uncompromising on quality and risk mitigation, championing the investment in automation and testing as a prerequisite for safety.
• Relentless learner who analyzes every transition, successful or not, to refine methodologies and playbooks for future use.