Applications, users, cloud, data centers, voice, video, devices and services continually depend on network infrastructure.
When this foundation cannot meet the demands of a complex, business-critical operation, performance, availability, user experience, security and growth all suffer.
Add Solution designs, implements, modernizes and develops corporate networks around their architecture, availability, segmentation, performance and security requirements—and the services and operations that depend on connectivity.
Add Solution treats topology, segmentation, capacity, redundancy and security as interconnected decisions shaped by operational requirements.
Architecture, implementation and operations under one shared responsibility.
Network infrastructure enables application access, authentication, server-to-server communication, cloud services, telephony, video, devices and corporate systems.
Architecture issues can manifest as slow applications, unstable calls, unavailable systems, intermittent access, degraded cloud services, slow transfers or inconsistent Wi-Fi.
Users may not interact directly with the network. Yet it often makes everything else work.
The best network is the one that is no longer perceived as an obstacle to operations.
Topology, criticality, redundancy, convergence, capacity, segmentation, protocols, alternative paths and dependencies need to be evaluated according to the environment.
Architectural decisions determine how the network will respond to growth, change, failure, congestion, maintenance, migration, or unavailability.
The design must account for both normal operation and expected behavior when conditions are no longer normal.
Campuses, branch offices, data centers and distributed environments may require different architectures. The diagram illustrates possible relationships, not a mandatory model.
Technical depth applied to decisions that determine how the network behaves, grows and responds to changes.
We design networks around technical and operational requirements, service criticality, expected growth and integration needs. Discovery, logical and physical designs, topology, addressing, segmentation, redundancy, capacity, documentation, and deployment and migration plans all inform a coherent architectural approach.
We design and implement switching considering LAN, VLAN, 802.1Q, link aggregation, LACP, Spanning Tree, redundancy, QoS, PoE and multicast when necessary. Protocols and mechanisms depend on the architecture, scale and technology chosen.
Enterprise architectures may range from simple internal routing to distributed environments with multiple paths and policies. Static routing, OSPF, BGP, VRF, ECMP, redundancy and policy-based routing are evaluated according to scale, criticality and requirements.
Users, servers, devices, applications, visitors, voice and infrastructure have different needs and levels of trust. VLANs, VRFs, access policies, firewalls, NAC and microsegmentation can organize and control these relationships depending on the context.
Discover CybersecurityLinks, paths, protocols, power supplies, equipment, convergence and dependencies must be analyzed as a system.
Redundancy is having alternative components.Resilience means an environment continues to perform its function when something fails.
Congestion, latency, packet loss, errors, duplex settings, queues, QoS, paths, interfaces, broadcast traffic, applications and traffic patterns can all contribute to performance degradation.
Voice, video, transactional applications, replication, backups and data transfers compete for resources. QoS can prioritize traffic classes according to their importance and sensitivity, but it does not create capacity.
Discover Network Performance & VisibilityEquipment fails, links go down, maintenance is necessary and change is part of operations. Availability depends on decisions made across architecture, deployment, monitoring, documentation and operations.
Modernization may involve technology replacement, network redesign, segmentation, capacity upgrades, redundancy, consolidation, migration, security, automation or observability—but only where change adds value.
Projects often take place while the organization remains operational. This requires understanding dependencies, sequencing activities, preparing a rollback plan, validating configurations and documenting the transition.
Problems can be intermittent and span multiple layers. Investigating them requires analyzing topology, protocols, traffic, dependencies and behavior over time.
The goal is not simply to restore service, but to understand the cause well enough to reduce the risk of recurrence.
For over 15 years, Add Solution has worked with business environments where connectivity, availability and performance are operational requirements.
Inventory the environment, topology, dependencies and requirements.
Understand limitations, risks, performance and capacity.
Define the design, segmentation, redundancy, protocols and technologies.
Review assumptions and expected behavior.
Implement the architecture according to the design.
Carry out a controlled transition when migrating an existing environment.
Document the architecture and the information needed for operations.
Monitor behavior, availability and performance.
Reassess the architecture as business and technology evolve.
Different environments require different switching, routing, management, automation, availability and integration capabilities.
Discover Networking & Wireless technologiesHospitals, industrial organizations, distribution centers, service companies and distributed operations have different requirements.
Explore our expertise by industryClear answers to the technical and operational questions that commonly arise before a project.
The project must start from the services and operations that the network will support. Topology, capacity, segmentation, redundancy, protocols, security, growth, deployment, migration, observability, and documentation need to be evaluated as related parts.
When capacity constraints, obsolescence, outages, management difficulties, insufficient segmentation or new requirements begin to limit operations. Modernization may involve redesigning parts of the environment rather than replacing it entirely.
Redundancy provides alternative components or paths. High availability depends on how the system as a whole detects failures, converges, preserves dependencies and continues to deliver the expected service.
The investigation combines topology and configuration analysis with metrics for interfaces, latency, packet loss, errors, queues, network conversations, protocols and behavior over time. More bandwidth without a diagnosis may only postpone the problem.
Segmentation separates areas with different needs and trust levels. VLANs, VRFs, access policies, firewalls, NAC and microsegmentation provide greater control over which communications are permitted.
Yes. An assessment can map architecture, topology, capacity, segmentation, redundancy, obsolescence, performance, documentation and future requirements to help prioritize improvements.
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.