Connectivity
Switching, redundancy, capacity, uplinks, segmentation, aggregation and integration with LAN, WAN and cloud according to the architecture.
DATA CENTER
Critical infrastructure begins long before the server.
Business-critical applications depend on an infrastructure chain that must operate in a coordinated way.
Power, the physical environment, racks, cabling, switching, compute, storage, virtualization, security and observability are all part of this chain.
Add Solution designs, implements, modernizes and integrates Data Center infrastructure, considering availability, performance, capacity, security and technological evolution from the physical layer through to the services that support applications.
- 01ApplicationBusiness-critical services
- 02System / platformRuntime and services
- 03Virtualization / computeProcessing and resources
- 04StorageData, performance and capacity
- 05NetworkingCommunication and integration
- 06Physical infrastructureRacks, cabling and fiber
- 07Power / environmentOperating conditions
ENGENHARIA APLICADA
Disponibilidade nasce do conjunto de dependências, não de um equipamento isolado.
A Add Solution conecta compute, storage, rede, virtualização, proteção, energia lógica e operação em uma arquitetura preparada para falhas e crescimento.
Arquitetura, execução e operação tratadas como partes da mesma responsabilidade.
DATA CENTER AS A SYSTEM
An application's availability is built on everything beneath it.
An application depends on its platform, compute, storage, network, physical infrastructure, power and operating conditions. The composition varies across architectures, but the dependencies remain interconnected.
Designing only isolated components shifts risk to the integration points between them.
Critical infrastructure is only as reliable as the dependencies considered in its design.
ARCHITECTURE & ASSESSMENT
Before modernizing infrastructure, we need to understand what depends on it.
The goal is not to replace technology simply because it has aged. It is to understand what exists, what it supports, where the limitations and risks are, and how to evolve.
01Current architecture02Capacity03Equipment04Connectivity05Storage06Compute07Virtualization08Dependencies09Redundancy10Obsolescence11Risks12Growth
PHYSICAL INFRASTRUCTURE
The physical layer does not appear in the application. But the application depends on it.
Racks, organization, cabling, fiber optics, patching, identification, distribution, connectivity, documentation and expansion all affect maintenance, diagnostics, changes and operational risk.
Add Solution has Fluke-certified professionals and the capability to certify copper and fiber infrastructure.
Structured & Certified CablingCompute
Physical servers, processing, memory, interfaces, density, compatibility, redundancy, growth and lifecycle sized according to workloads.
Storage
Capacity, performance, latency, IOPS, throughput, redundancy, connectivity, growth and protection assessed according to workloads.
Virtualization
Consolidation, resource allocation, mobility, availability, scalability and management without overlooking physical dependencies.
Cloud & VirtualizationAVAILABILITY & REDUNDANCY
Redundancy is not about the number of devices. It is the planned elimination of single critical dependencies.
Two servers, switches, links or power supplies do not guarantee high availability on their own. Paths, power, network, storage, software, quorum, failover, procedures and operations must work as a system.
PATH A
DEPENDENCIESPATH B
Duplicating components creates redundancy. Eliminating single points of failure requires architecture.
Every digital service still depends on physical power.
Power supply, UPS systems, distribution, PDUs, redundancy, runtime, generation where available, monitoring and capacity are all part of the technology requirements.
Add Solution's work remains within the context of technology architecture and integration, respecting the technical responsibilities of specialized disciplines.
Equipment must operate under appropriate conditions.
Temperature, humidity, airflow, heat density, organization and environmental monitoring must be assessed without prescribing universal values or claiming certifications that do not exist.
MODERNIZATION
Modernizing a Data Center does not mean replacing everything.
Servers, storage, switches, hypervisors, legacy systems, critical applications and historical dependencies can coexist. Evolution determines what to retain, update, consolidate, migrate, protect and retire.
Technological evolution must reduce risk, not merely refresh hardware.
CONTROLLED MIGRATION
Moving infrastructure is easy on a diagram. In production, every dependency matters.
Inventory, compatibility, sequencing, change windows, validation, rollback and documentation guide migrations of workloads, servers, storage, virtualization, networks and services.
Planning reduces uncertainty without promising universal absence of downtime.
DATA CENTER + CLOUD
Cloud did not eliminate the Data Center. It changed infrastructure design.
On-premises, colocation, public cloud, private cloud and hybrid environments can coexist. Workloads, performance, latency, security, costs, dependencies, governance and continuity help determine where each workload should run and why.
Explore Cloud & VirtualizationCritical infrastructure must be protected across all its layers.
Segmentation, firewalls, access control, identity, PAM, hardening, administrative management, remote access and logs can form part of the architecture.
Protecting the application without protecting the infrastructure that supports it leaves part of the problem unresolved.
High availability and backup address different problems.
High availability aims to keep services running through certain failures. Backup retains copies for recovery. Resilience involves withstanding disruptions, responding to them and recovering.
Backup & Disaster RecoveryOBSERVABILITY
Infrastructure must be understood before a failure turns into downtime.
Health, capacity, performance, events, dependencies, trends, resources and alerts broaden the understanding of applications, virtualization, compute, storage, networking and infrastructure.
OPERATIONS
A good architecture must remain good after the project ends.
Monitoring, documentation, change management, capacity, patching where applicable, support, diagnostics, procedures and evolution accompany the lifecycle.
Services & OperationsADD SOLUTION METHOD
Engineering that connects applications, infrastructure and operations.
More than 15 years of experience in technology infrastructure and critical environments applied through a controlled progression.
- 01
Understand
Applications, workloads and criticality.
- 02
Map
Infrastructure and dependencies.
- 03
Size
Current capacity and growth.
- 04
Architect
Compute, storage, networking, virtualization and resilience.
- 05
Implement
Deliver the planned solution.
- 06
Migrate
Carry out controlled transitions.
- 07
Validate
Confirm operation and dependencies.
- 08
Observe
Monitor health, capacity and performance.
- 09
Evolve
Adapt to new needs.
TECHNOLOGIES & PRODUCTS
Equipment is part of the architecture, not the starting point.
Compute, storage, virtualization, networking and backup must be selected based on actual requirements, without turning this page into a catalog.
Explore Data Center technologiesPERGUNTAS FREQUENTES
Decisões importantes sobre Data Center
Respostas objetivas para dúvidas técnicas e operacionais que costumam surgir antes de um projeto.
01O que deve ser avaliado antes de modernizar um Data Center?
Aplicações, workloads, capacidade, compute, storage, rede, virtualização, energia, ambiente, dependências, redundância, obsolescência, segurança e crescimento.
02Alta disponibilidade substitui backup?
Não. Alta disponibilidade procura manter serviços diante de determinadas falhas; backup mantém cópias para recuperação. São controles complementares.
03Cloud elimina a necessidade de Data Center?
Não necessariamente. Organizações podem combinar on-premises, colocation, cloud pública, cloud privada e ambientes híbridos conforme workloads e requisitos.
04Modernização exige substituir todo o ambiente?
Não. Ambientes existentes frequentemente combinam gerações tecnológicas. A evolução deve definir o que manter, atualizar, consolidar, migrar, proteger ou retirar.
05Ter equipamentos duplicados garante alta disponibilidade?
Não. É preciso compreender caminhos, energia, rede, storage, software, quorum, failover, procedimentos e outros pontos únicos de falha.
06A Add Solution pode avaliar uma infraestrutura existente?
Sim. O assessment pode mapear arquitetura, dependências, riscos, capacidade e prioridades para orientar uma evolução controlada.
FALE COM UM ESPECIALISTA
Vamos conversar sobre Data Center.
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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