Reduce cloud cost and complexity without creating the next migration.
We find what drives the bill, simplify what the product does not need, and migrate only when the economics justify it.
- Constraint
- Usage varies significantly across the month.
- Selected
- Scale capacity around measured demand.
- Avoided
Permanent peak provisioning.
- Lower baseline cost
- Reduced idle capacity
- No application rewrite
- Existing operational model retained
Material recommendations are documented with the constraint, the selected approach, rejected alternatives, and the effect to be measured.
When cloud infrastructure stops matching the business.
These issues rarely come from one service or invoice line. They usually emerge from architecture, ownership, operational habits, and accumulated platform decisions.
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Cloud expenditure grows faster than usage.
The bill increases, but teams cannot clearly identify which workloads, decisions, or operating patterns are responsible.
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Infrastructure is sized for assumptions rather than demand.
Resources remain over-provisioned because capacity decisions are not tied to measured behaviour.
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Platform complexity exceeds the product's needs.
Kubernetes, service meshes, or internal platforms create more operational work than the applications justify.
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A migration is proposed without a clear economic case.
The destination is known, but the cost, sequence, operational impact, and exit path are not.
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FinOps reports exist, but improvements do not follow.
Cost data is visible, while ownership, prioritization, and implementation remain unresolved.
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Cloud-specific choices make future change expensive.
Vendor services and architecture decisions have become difficult to isolate or replace.
Three ways we improve cloud systems.
Review & Prioritize
Vendor-neutral analysis of cloud cost, architecture, operations, and risk.
- Cloud cost and architecture review
- Resource and workload analysis
- Platform and Kubernetes assessment
- Migration proposal review
- Prioritized improvement roadmap
Identify the changes that matter first.
Simplify & Optimize
Focused implementation that reduces waste, complexity, and recurring operational effort.
- Capacity and resource optimization
- Infrastructure simplification
- Storage and data-transfer reduction
- Dependency and service consolidation
- Cost allocation and budget controls
Reduce cost without weakening the system.
Full scopeModernize & Migrate
Controlled cloud modernization based on measurable need rather than migration momentum.
- Incremental cloud migration
- Platform and workload consolidation
- Managed-service evaluation
- Vendor-specific boundary design
- Migration sequencing and implementation
Change the platform without creating another recovery project.
Full scopeCost optimization is an architecture problem.
Cloud cost is shaped by system boundaries, data movement, runtime behaviour, deployment models, operational habits, and organizational ownership. We treat the invoice as evidence, not the complete diagnosis.
The gap is the finding. Shapes shown are illustrative until an engagement supplies measurements.
- Measure cost against actual product behaviour
- Optimize architecture before applying billing discounts
- Reduce idle capacity and unnecessary data movement
- Use managed services only when their lifecycle value is clear
- Keep vendor-specific choices isolated where change is plausible
- Prefer improvements that reduce both cost and operational effort
Cloud cost and architecture review.
A fixed-scope assessment for organizations that need to understand where cloud cost, complexity, and operational risk are coming from before committing to another platform initiative.
What we review
- Cloud expenditure and allocation
- Workload sizing and utilization
- Compute, storage, networking, and database cost
- Architecture-related cost drivers
- Kubernetes and platform overhead
- Vendor-specific dependencies
- Reliability and operational constraints
- Migration and modernization proposals
What you receive
- Current-state findings
- Cost and complexity map
- Prioritized improvement opportunities
- Architecture recommendations
- Risk and dependency observations
- Prioritized implementation plan with sequencing and expected outcomes
- Executive and technical review sessions
Scope, duration, and fee are agreed before the engagement begins, based on the size of the estate and the number of accounts in scope. A review typically runs two to three weeks.
Discuss an assessmentWhat guides our recommendations.
- Cost follows architecture
- Infrastructure invoices reflect system and operational decisions, not only resource prices.
- Usage before assumptions
- Capacity decisions should follow measured demand and service objectives.
- Simplification before migration
- Moving complexity does not remove it. Reduce what is unnecessary before changing platforms.
- Discounts come after design
- Reservations and commitments cannot compensate for poorly aligned architecture.
- Reliability must match business impact
- Availability, redundancy, recovery time, and regional design should reflect the actual cost of disruption.
- Efficiency includes engineering time
- A cheaper resource can still be expensive if it creates recurring operational work.
Measure, understand, prioritize, change, verify.
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Measure
Establish cost, utilization, workload, and operational baselines.
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Understand
Connect expenditure to architecture, product behaviour, and ownership.
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Prioritize
Rank changes by savings, risk, effort, and reversibility.
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Change
Implement improvements without compromising reliability or maintainability.
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Verify
Measure the actual effect and update the next priorities.
We can provide the assessment, implement selected improvements, or continue with ongoing architecture support.
Measurement framework.
Each engagement establishes a baseline, defines the expected effect, and verifies the result using an agreed measurement method.
What is normally measured
- Cost and allocation
- Resource utilization
- Data transfer
- Operational effort
- Reliability constraints
- Vendor dependencies
How a change is verified
- Baseline established
- Change implemented
- Effect verified
Client results are published only when they can be anonymized and the measurement method can be stated.
Common questions, answered.
What is a cloud cost review?
A vendor-neutral examination of where cloud spend originates and which architecture decisions drive it. It delivers a measured baseline, findings ranked by effect and effort, and a prioritized roadmap, so the first change is the one worth making.
Why treat cloud cost as an architecture problem?
Because spend is shaped by system boundaries, data movement, runtime behaviour, deployment models, and operational habits. Rightsizing instances treats symptoms; changing the decisions that generate the bill treats causes.
Can costs come down without a migration?
Usually, yes. Capacity matched to measured demand, storage and data-transfer placement, and service consolidation all act inside the platform you already run, and each step is reversible.
Are you tied to a particular cloud provider?
No. Recommendations are provider-neutral, managed services are evaluated on build, run, and exit cost, and vendor-specific choices are isolated behind boundaries you own.
How does an engagement start?
With measurement. We establish where the money and the constraints actually are before recommending anything, and every later claim is verified against that baseline.
Do you resell cloud services or take vendor commissions?
No. We sell no cloud, resell no licences, and take no commissions, so a recommendation to spend less never competes with our own revenue. That neutrality is the point.
Do you work remotely, and in which time zones?
Yes. Reviews run remotely across the EU and North America against your billing data and accounts, with call overlap for European hours and East Coast mornings.
What does a review cost?
Scope, duration, and fee are agreed before the review begins, based on the size of the estate and the accounts in scope. The price is fixed before we start.
Cloud specialization backed by broader software engineering.
CloudLift is the cloud optimization and modernization practice within StratusWorks. When improvements require software architecture, application changes, integrations, or implementation work, the same practice group can carry the decision through architecture and implementation.
Explore StratusWorksArchitecture and software engineering
Make the cloud fit the system, not the other way around.
Tell us where cost, complexity, or migration pressure is building. We will help identify the first decision worth making.
Cloud cost reviews · architecture assessments · platform simplification · modernization · migration planning