Werkon cloud services
Werkon treats cloud as a change in service boundaries, operating leverage, and financial behavior. Workloads, identities, networks, data, delivery, observability, recovery, cost, provider responsibility, consumer responsibility, and exit remain visible as one system.
Cloud service map
Cloud work often spans several responsibilities, but each has a different completion boundary. Beginning with the missing responsibility prevents a migration, platform, security tool, managed contract, or cost exercise from being asked to solve the wrong problem.
Compare workload, service model, deployment model, provider, architecture, responsibility, migration, security, resilience, cost, skill, lock-in, and exit choices against an observed baseline.
Establish accounts, identity, policy, networks, environments, configuration, secrets, logging, monitoring, delivery, backup, recovery, cost controls, and ownership as a reproducible foundation.
Map applications, data, identities, integrations, dependencies, service levels, provider responsibilities, cutover, validation, recovery, stabilization, and source retirement across bounded waves.
Build applications around useful managed primitives, automation, observable service boundaries, failure handling, data authority, scaling, delivery, security, cost, and portability without needless platform complexity.
Clarify shared responsibility and improve identity, access, configuration, network, workload, data, secrets, logging, detection, response, recovery, supply-chain, and assurance controls.
Operate agreed cloud layers through service boundaries, monitoring, incidents, changes, maintenance, capacity, recovery, security, cost, reporting, escalation, and continuous improvement with named ownership.
Reduce measured cost, fragility, performance bottlenecks, capacity risk, operational toil, and provider dependence through reversible changes that preserve service, security, recovery, and product value.
Cloud delivery method
A complete cloud slice connects a user or operational outcome to the provider and consumer controls that support it. It includes deployment, identity, network, data, delivery, observation, recovery, spend, ownership, and removal, not only a provisioned resource.
Map users, operations, applications, data, dependencies, identities, environments, service levels, incidents, delivery, recovery, security, performance, capacity, cost, contracts, skills, and ownership before choosing a provider or service.
Assign provider, consumer, platform, product, security, privacy, finance, procurement, and support duties; define service and deployment boundaries, access, recovery, cost, portability, evidence, approval, and residual risk.
Compare retaining the current path, configuring an existing service, managed capability, infrastructure change, migration, application redesign, security improvement, operating change, optimization, or retirement against the measured need and ownership burden.
Provision through reviewed configuration, deploy a bounded workload, enforce identity and network policy, protect data and secrets, observe service and cost, exercise dependency and zone failure where relevant, restore required state, and record reconciliation and recovery evidence.
Monitor users, service, security, capacity, changes, provider health, cost, unit value, recovery, and obligations; correct drift, test upgrades and restores, optimize from evidence, transfer ownership, and prove data and service retirement paths before dependence becomes irreversible.
Cloud boundaries
Cloud service models move the control boundary, but every workload still has consumer-owned decisions about data, identities, configuration, code, use, monitoring, recovery, cost, and lifecycle. The exact split must be resolved per service and contract.
Source basis
National Institute of Standards and Technology
The NIST Definition of Cloud ComputingNIST Special Publication 800-145 defines cloud computing through on-demand self-service, broad network access, resource pooling, rapid elasticity, and measured service plus infrastructure, platform, and software service models and four deployment models.
National Institute of Standards and Technology
NIST Cloud Computing Reference ArchitectureThe vendor-neutral reference architecture describes consumer, provider, broker, auditor, and carrier actors together with service orchestration, management, security, privacy, portability, interoperability, contracts, metering, and responsibility changes across service models.
National Institute of Standards and Technology
General Access Control Guidance for Cloud SystemsNIST Special Publication 800-210 provides final access-control guidance for infrastructure, platform, and software cloud service models and explains why each model exposes a different set of consumer and provider control surfaces.
FinOps Foundation
FinOps FrameworkThe current framework treats technology value and cost as a collaborative operating practice across engineering, finance, product, procurement, security, and leadership, with allocation, forecasting, unit economics, optimization, governance, and iterative operation.
A Systems Audit is the usual starting point. If the opportunity is already clear, we can move directly into a focused build.
Show Us the WorkflowStart with the free automation readiness checklistOBSERVEQUANTIFYDECIDEBUILD
Continue with the work
Stay with the operating question. The technology can wait until the work is clear.
Compare retain, replace, migrate, replatform, refactor, and retire options through workload, responsibility, security, recovery, cost, skill, portability, and exit evidence.
Open path02Build accounts, identity, policy, networks, secrets, configuration state, delivery, logs, recovery, cost allocation, support, and ownership as one maintained product.
Open path03Map dependencies, prepare the target, rehearse state and failure, control writes and traffic, validate operation, stabilize the service, and retire the source deliberately.
Open path04Choose service, state, runtime, delivery, failure, scaling, observability, cost, recovery, and portability boundaries from product evidence rather than platform fashion.
Open path05Connect provider and customer responsibility, identity, data, workload controls, durable evidence, response, recovery, correction, and lifecycle ownership.
Open path06Define objectives, coverage, signals, incidents, restoration, change, security, recovery, capacity, cost, support, improvement, handover, and retirement explicitly.
Open path07Remove unused supply, match capacity to demand, redesign structural inefficiency, and optimize rates only after workload, recovery, and usage behavior are proven.
Open path08Compare cloud responsibilities with AI, software, data, delivery, and operational services before choosing a treatment.
Open path09Map the wider operation, applications, data, identities, dependencies, friction, risks, cost, and keep, connect, replace, migrate, or build decision first.
Open path10Keep requirements, architecture, interfaces, data, security, quality, delivery, operation, recovery, and ownership connected to the cloud foundation.
Open path11Preserve source authority, data meaning, quality, lineage, access, recovery, retention, and accountable use across cloud storage and processing.
Open path12Connect monitoring, incidents, security response, repair, change, capacity, continuity, support, and lifecycle decisions to user and service evidence.
Open path