Accounts & subscriptions
Organizational structure and environment separation.
CLOUD
Cloud is not where the infrastructure is. It is how it was architected to operate.
Cloud expands the possibilities for scale, availability, automation and access to technology services, but it also introduces new decisions about architecture, security, connectivity, identity, costs and governance.
Add Solution designs, implements, migrates and operates cloud environments based on workloads, dependencies and business objectives, turning cloud resources into a secure, resilient and observable architecture ready to evolve.
WORKLOADSDATASERVICES
CLOUD ARCHITECTURE
NETWORKIDENTITYSECURITYGOVERNANCE
ENGENHARIA APLICADA
Cloud gera valor quando arquitetura e operação evoluem junto com o consumo.
A Add Solution avalia workloads e constrói ambientes cloud e híbridos com governança, segurança, conectividade, resiliência e controle econômico.
Arquitetura, execução e operação tratadas como partes da mesma responsabilidade.
CLOUD STARTS WITH THE WORKLOAD
The first cloud decision should not be choosing a provider.
Applications, databases, dependencies, integrations, criticality, performance, latency, security, data, availability, growth, costs and regulatory requirements must guide the technology.
The provider supplies the resources. Architecture defines how they will be used.
CLOUD ASSESSMENT
Before migrating, we need to understand what exists and why it exists.
Workloads, servers, storage, network, applications, databases, identity, security, backup, performance, costs, licensing and criticality shape the decision.
01RetainWorkloads that remain where they are.
02ModernizeAdapt architecture and capabilities.
03MigrateMove with strategy and validation.
04RearchitectRedesign components and dependencies.
05ReplaceAdopt another service when appropriate.
06DecommissionRemove what no longer needs to remain.
A good cloud strategy also identifies what should not be migrated.
LANDING ZONE
Before the first workload, the cloud needs a foundation.
A landing zone organizes the initial structure so resources can grow with control, visibility, security and defined responsibilities.
Identity & access
Roles, privileges, MFA and segregation of duties.
Networking
Virtual networks, subnets, routes, DNS and connectivity.
Security
Policies, segmentation, exposure and data protection.
Logging & observability
Events, metrics, audit trails and operational visibility.
Governance
Naming, tags, ownership and lifecycle.
Costs
Allocation, budget, consumption and optimization.
Operations
Changes, incidents, capacity and evolution.
In the cloud, availability must also be designed.
Regions, availability zones, compute, storage, networking, load balancing, managed services and redundancy provide mechanisms that must be combined according to the workload.
Cloud provides resilience mechanisms. The architecture decides whether — and how — they will be used.Data Center
Cloud means more possibilities than virtual machines alone.
VMs, containers, managed services and serverless models may be part of the architecture according to compatibility, operations, performance, costs and modernization objectives.
VirtualizationIn the cloud, storing data is also an architectural decision.
Block, file, object and managed services must balance capacity, performance, latency, durability, availability, access, protection and costs.
Servers & Storage Backup & Disaster RecoveryThe cloud starts virtual but still depends on networking.
Virtual networks, subnets, routes, security controls, load balancing, DNS, addressing and private connectivity support integration and expansion.
Corporate Networks SD-WAN & ConnectivityHYBRID CLOUD
Cloud and Data Center do not need to compete. They need to connect.
Latency, legacy systems, security, regulation, dependencies, costs and gradual modernization may require on-premises and cloud environments to coexist.
ON-PREMISESCONNECTIVITYCLOUD
The question is where each workload should run and how the environments need to work together.
Data Center ConnectivityCLOUD MIGRATION
Migrating a machine is different from migrating an application.
Dependencies, data, network, identity, DNS, integrations, performance, security, backup, windows, rollback and validation guide each transition.
Rehost
Transfer with limited changes.
Replatform
Adapt components to the new platform.
Refactor
Modify the architecture when justified.
Repurchase
Replace with another service model.
Retain
Keep the workload in the current environment.
Retire
Decommission what is no longer needed.
The greatest value is not always in running the same infrastructure somewhere else.
Migration moves workloads. Modernization can adapt the architecture through managed services, automation, containers, new data models and integrations — only when it makes sense.
In the cloud, identity is also part of the infrastructure.
Users, groups, roles, service identities, privileges, MFA, least privilege and segregation of duties control who can create, change or delete resources.
PAM & Identity SecurityThe provider protects the cloud. The architecture must protect what you put in it.
Responsibilities vary by service and provider. Identity, configuration, segmentation, exposure, encryption, logs, vulnerabilities, workloads, data and access still require decisions.
Cybersecurity PAM & Identity SecurityBeing in the cloud does not eliminate the need for recovery.
Redundancy is not backup. Replication is not backup. A snapshot is not a complete strategy. High availability is not disaster recovery.
Availability reduces certain types of disruption. Recoverability prepares the organization when disruption cannot be avoided.Backup & Disaster Recovery
Elasticity without visibility can turn flexibility into unpredictability.
Performance, availability, logs, metrics, events, capacity, consumption, costs and applications must remain observable after implementation.
AI & Observability Command CenterCapacity can be procured in minutes. Costs can grow just as quickly.
Rightsizing, idle resources, elasticity, storage, transfer, commitments, tags, allocation, budgets and monitoring connect consumption and accountability.
Cloud is not automatically cheaper. It can be cost-efficient when architecture, consumption and governance work together.
Speed without governance may only accelerate the creation of complexity.
Policies, identity, naming, tags, ownership, logs, costs, security, standardization and lifecycle enable controlled growth.
Governance exists so we know why resources exist, who is accountable for them and how they should operate.
Automation makes a good architecture reproducible.
Infrastructure as Code promotes standardization, repeatability, versioning and reduced manual configuration. It does not replace architecture or eliminate the need for validation.
Using more than one cloud is not a strategy by itself.
Requirements, services, acquisitions, customers, geography or strategy may create multicloud environments. They also increase the complexity of governance, identity, networking, costs and operations.
More providers mean more possibilities — and also more decisions to manage.
We do not start with the provider. We start with the requirement.
Add Solution works with environments based on AWS, Microsoft Azure and Oracle Cloud Infrastructure (OCI), used according to project requirements — without turning architecture into a catalogue.
Cloud & Virtualization TechnologiesCLOUD OPERATIONS
The project ends. Operations begin.
Monitoring, incidents, capacity, costs, security, backup, changes, updates, governance and optimization accompany the solution lifecycle.
Services & Operations Command CenterWas your cloud architected, or did it simply grow?
We can assess workloads, architecture, connectivity, identity, security, availability, costs and governance to identify risks and opportunities for evolution.
Request an assessmentADD SOLUTION METHOD
From the business objective to the continuous evolution of cloud architecture.
More than 15 years of experience in technology infrastructure and critical environments applied to cloud, connectivity, security, observability and operations.
- 01
Understand
Business, applications and objectives.
- 02
Assess
Workloads, dependencies, risks and costs.
- 03
Architect
Cloud, network, identity, data and resilience.
- 04
Govern
Define controls and standards.
- 05
Implement
Build the foundation and services.
- 06
Migrate
Perform controlled transitions.
- 07
Validate
Confirm operation, security and dependencies.
- 08
Observe
Track operations and experience.
- 09
Optimize
Performance, capacity and costs.
- 10
Evolve
Adapt the architecture to new needs.
PERGUNTAS FREQUENTES
Decisões importantes sobre Cloud
Respostas objetivas para dúvidas técnicas e operacionais que costumam surgir antes de um projeto.
01Cloud é sempre mais barata?
Não. Eficiência econômica depende da arquitetura, do modelo de consumo, do dimensionamento e da governança contínua.
02Todo workload precisa ser migrado para cloud?
Não. Assessment também existe para identificar o que deve permanecer, ser modernizado, substituído ou descomissionado.
03Usar cloud garante alta disponibilidade?
Não. O provedor oferece mecanismos de resiliência; a arquitetura precisa decidir como utilizá-los e proteger suas dependências.
04AWS, Azure e OCI são equivalentes?
Não. Cada ecossistema possui serviços, características e modelos próprios. A escolha deve partir dos requisitos do projeto.
05Snapshot em cloud substitui backup?
Não. Snapshot, replicação, redundância, backup e disaster recovery possuem objetivos diferentes.
06A Add Solution opera ambientes depois da migração?
Sim. A atuação pode incluir monitoramento, incidentes, capacidade, custos, segurança, backup, mudanças, governança e otimização.
FALE COM UM ESPECIALISTA
Vamos conversar sobre Cloud.
Share the context of your environment, the perceived impacts and the results your organization seeks. Add Solution will direct the conversation to the most appropriate experts.
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