Discovery & Alignment
We clarify business goals, users, workflows, technical needs, constraints, and the outcomes the solution must achieve.
Business Goals
User Needs
Requirements
Success Criteria
Site Reliability Engineering (SRE) Services
Devine Globe applies reliability engineering to production systems through service objectives, incident practices, resilience planning, capacity management, and automation that reduce operational friction as software and infrastructure become more complex.
WHAT WE DO
Reliability Engineering for Production Systems
Devine Globe works with product and engineering teams to define what reliable operation means, identify the systems that matter most, and build the practices, automation, and technical safeguards needed to operate them with greater control.
01
SRE Assessment & Reliability Strategy
Review architecture, production dependencies, incident history, operational workflows, monitoring coverage, and business-critical services to identify reliability gaps and define practical SRE priorities.
02
SLIs, SLOs & Error Budgets
Define measurable service indicators, reliability objectives, and error budgets around availability, latency, failures, and critical user journeys so teams have shared thresholds for operational decisions.
03
Production Readiness Reviews
Evaluate architecture, dependencies, deployment practices, recovery procedures, monitoring, capacity, and known failure modes before significant releases or systems move into critical production use.
04
Incident Response & Post-Incident Improvement
Establish incident detection, ownership, escalation, communication, and post-incident review practices that help teams restore service and turn recurring failures into engineering improvements.
05
Resilience, Failover & Recovery Engineering
Identify single points of failure and strengthen service resilience through redundancy, failover planning, recovery procedures, dependency safeguards, and testing of expected failure scenarios.
06
Capacity & Scalability Planning
Analyze service demand, resource usage, traffic patterns, dependencies, and growth expectations to identify where capacity limits could affect reliability as workloads change.
07
Reliability Automation & Toil Reduction
Automate repetitive operational work across deployments, recovery actions, health checks, infrastructure tasks, and recurring support processes so engineers spend less time on manual production maintenance.
08
Ongoing Reliability Engineering
Support evolving production systems through reliability reviews, operational improvements, SLO refinement, incident learnings, infrastructure changes, and reliability work as architecture and product requirements change.
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Is Production Reliability Becoming Harder to Manage?
Bring recurring incidents, scaling concerns, operational bottlenecks, unclear reliability targets, or systems that require too much manual intervention. Devine Globe will help identify where reliability engineering should focus first.
Technology Stack
Technology Chosen Around Your Reliability Requirements
Devine Globe works across cloud platforms, observability, containers, infrastructure as code, CI/CD, incident tooling, and automation, selecting technologies around your architecture, service objectives, dependencies, and operating model.
Artificial Intelligence
Front-End
We create mobile applications with smooth performance and platform-ready experiences.
Back-End
Mobile
Database
UI/UX
We create mobile applications with smooth performance and platform-ready experiences.
OUR PROCESS
From Discovery to Delivery With Clear Ownership
A structured delivery process keeps priorities aligned, technical decisions deliberate, and progress visible from initial discovery through launch and continued support.
01
Discovery & Alignment
We clarify business goals, users, workflows, technical needs, constraints, and the outcomes the solution must achieve.
Business Goals
User Needs
Requirements
Success Criteria
02
Scope & Roadmap Planning
We prioritize requirements, define scope, establish delivery stages, and create a practical roadmap around dependencies, risks, and priorities.
Scope Definition
Priorities
Delivery Plan
Roadmap
03
Solution Design & Architecture
We shape key workflows, validate important decisions, and define the technical architecture, integrations, and system structure before full development begins.
User Flows
Prototypes
Architecture
System Design
04
Build & Integration
Implementation progresses through structured delivery cycles, connecting interfaces, backend systems, data, APIs, and required integrations.
Engineering
APIs
Integrations
Iterative Delivery
05
Testing, Launch & Support
We validate functionality, performance, security, and usability, manage release readiness, and stay accountable for monitoring, improvements, and post-launch support.
Quality Assurance
Release Readiness
Monitoring
Ongoing Support
Development Methodologies Built Around the Project
We select the delivery approach around scope certainty, product maturity, collaboration needs, timeline, and release priorities.
Waterfall
For defined requirements, fixed milestones, and controlled changes where delivery follows a clear sequence from planning to release.
Agile
For evolving products that need close collaboration, frequent feedback, iterative releases, and flexibility as priorities change.
Lean
For validating assumptions early, reducing unnecessary work, and focusing development effort on the product decisions that matter most.
Scrum
For fast-moving projects delivered in structured sprints with clear priorities, regular reviews, team ownership, and incremental releases.
ENGAGEMENT MODELS
Choose the Right Engagement Model
Select a delivery model around scope certainty, budget control, internal capacity, timeline, and how continuously the work needs to evolve.
Fixed-Scope Delivery
For clearly defined products, MVPs, features, migrations, or implementations with agreed scope, milestones, timeline, and commercial terms.
Best for: well-defined requirements and predictable delivery.
Best for: well-defined requirements and predictable delivery.
Adaptive Product Delivery
A flexible engagement built around agreed priorities and delivery capacity, allowing scope to evolve without treating individual developer hours or seats as the product.
Best for: evolving products, continuous development, design sprints, discovery, and changing priorities.
Best for: evolving products, continuous development, design sprints, discovery, and changing priorities.
Outcome-Aligned Delivery
Structure delivery around defined operational or product outcomes, with commercial terms tied partly to agreed milestones, usage, or measurable results where attribution is clear.
Best for: AI, automation, workflow transformation, data processing, and other engagements where results can be measured reliably.
Best for: AI, automation, workflow transformation, data processing, and other engagements where results can be measured reliably.
DEVINE GLOBE IN NUMBERS
Proven Experience Behind Every Product Build
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Projects Delivered
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Years of Trust
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Experts in Our Teams
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Customer Satisfaction
Ready to Build Reliability Into Everyday Operations?
Devine Globe brings service objectives, incident practices, resilience engineering, capacity planning, and operational automation together to make reliability part of how production systems are designed and operated.
Still have questions? Book a call with our friendly team to get all your questions and queries answered.
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Explore How We Turn Client Challenges into Triumphs Across Diverse Sectors with Cutting-Edge Technologies.
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Explore How We Turn Client Challenges into Triumphs Across Diverse Sectors with Cutting-Edge Technologies.
"Devine Globe team helped us turn our idea into a working product faster than we expected."