Cloud-native architecture
Evaluate application boundaries, APIs, managed services, stateless patterns, event-driven components, resilience and observability before selecting a modernisation path.
Cloud-native engineering helps teams build, deploy and operate applications using automation, containers, managed platforms and resilient application patterns. Linx Networks helps assess the right level of modernisation for each workload and delivery team.
Detailed technical capabilities, design considerations and delivery components for organisations across Nigeria, including businesses in Lagos, Abuja and other commercial centres, planning, building or improving their cloud environment.
Evaluate application boundaries, APIs, managed services, stateless patterns, event-driven components, resilience and observability before selecting a modernisation path.
Design container images, registries, cluster topology, workload identity, ingress, secrets, scaling, storage and platform operations for suitable applications.
Create repeatable build, test, security scan, release and deployment workflows with controlled promotion between environments.
Use version-controlled infrastructure definitions, reusable modules, reviewable changes and repeatable provisioning to reduce configuration drift.
Evaluate event-driven compute, managed databases, queues, API platforms and serverless functions where they simplify operations and fit workload patterns.
Integrate code and image scanning, secrets management, runtime visibility, logs, metrics, traces and operational feedback into the delivery lifecycle.
Source code moves through build, automated tests, security scanning, container registry and controlled deployment to cloud runtime environments with observability. The diagram is illustrative and intended to explain the major control and infrastructure layers. Detailed designs are tailored to each environment.
Architecture decisions should account for service availability, regional support, data sensitivity, identity boundaries, network paths, operational ownership and total cost.
A structured delivery approach creates visibility into scope, dependencies, acceptance criteria and operational handover.
Map requirements and current-state constraints.
Select the architecture and controls.
Implement in controlled stages and validate.
Operate, measure and continuously improve.
We consider existing infrastructure, office connectivity, user locations, business-critical applications, data protection requirements, licensing and support arrangements. Our goal is to recommend a cloud design that is technically appropriate and operationally sustainable.
Linx Networks Ltd operates from Abuja and Lagos and supports enterprise IT infrastructure requirements across Nigeria.
Technical discovery and project coordination for organisations operating in Nigeria.
Identity, network, data protection and operational controls considered from the start.
Connect cloud workloads with existing networks, data centres and enterprise systems.
Plan for deployment, support, optimisation, recovery and future growth.
Cloud architecture is interconnected. Explore related capabilities and supporting service pages.
No. Kubernetes adds platform complexity and is appropriate for workloads that benefit from its orchestration capabilities. Managed application services or virtual machines may be a better fit for other systems.
Infrastructure as code defines infrastructure through version-controlled configuration so environments can be reviewed, repeated and deployed consistently.
A workload assessment can identify whether to rehost, replatform, refactor, replace, retain or retire components based on business value and technical constraints.
Cloud-native patterns can be designed for AWS and Azure services, with tool selection based on the customer's platform, development workflow and operating model.
Share your current environment, business goals and technical requirements. Our team can help define an assessment and practical next steps.