AI Network Monitoring
AI network monitoring uses artificial intelligence to analyze network health, traffic, events, and performance. It detects anomalies, correlates signals, prioritizes issues, and helps network teams diagnose problems faster across distributed environments.
AI Network Optimization
AI network optimization applies artificial intelligence to improve capacity use, path selection, performance, reliability, security, and cost. It analyzes network telemetry and traffic patterns to recommend or automate changes as conditions evolve.
AI-Ready Network
An AI-Ready network provides the agility, throughput, low latency, security, and automation required by enterprise AI workloads. It connects distributed clouds, data centers, edge locations, partners, data, and AI infrastructure with consistent policy and visibility.
Alkira CXP
An Alkira CXP, or Cloud Exchange Point, is a cloud-delivered networking hub that provides routing, segmentation, policy enforcement, traffic inspection, and service integration for connecting clouds, data centers, sites, users, and partners.
Alkira Network Platform
The Alkira network platform is a cloud-delivered network infrastructure-as-a-service solution for connecting and securing clouds, data centers, sites, users, partners, and network services through one global fabric, centralized portal, and consistent policy framework.
Automated Network Provisioning
Automated network provisioning uses software, APIs, templates, or infrastructure as code to deploy connectivity, routing, segmentation, security policies, and services. It reduces repetitive configuration, accelerates delivery, and improves consistency across network environments.
Business Partner Connectivity
Business partner connectivity securely connects suppliers, vendors, customers, contractors, or acquired companies to specific enterprise applications and resources. Segmentation, least-privilege policy, automation, and traffic visibility limit access without extending broad network trust.
Cloud Backbone
A cloud backbone is a high-capacity network connecting cloud regions, data centers, sites, and other distributed environments. It provides resilient, predictable transport across geographies without relying entirely on public internet paths or customer-managed network hubs.
Cloud Connectivity
Cloud connectivity links users, sites, data centers, partners, applications, and other clouds to cloud resources. Connections may use public internet, private circuits, encrypted tunnels, virtual connections, or a cloud-delivered network fabric.
Cloud Firewall
A cloud firewall inspects network traffic and enforces security policy in or through cloud environments. It protects traffic among workloads, clouds, users, sites, data centers, and the internet as a service, virtual appliance, or integrated network function.
Cloud Network Security
Cloud network security protects cloud traffic, resources, and connections through segmentation, least-privilege access, firewalls, encryption, threat prevention, traffic inspection, secure routing, and visibility across cloud and hybrid environments.
Cloud Networking
Cloud networking connects and manages communication among cloud resources and between clouds, data centers, sites, users, and the internet. It includes routing, addressing, segmentation, security, traffic management, visibility, and application connectivity.
Control Plane for Global Enterprise Connectivity
A Control Plane for Global Enterprise Connectivity centrally manages routing, segmentation, security policy, network services, and connections across distributed environments. It translates network intent into consistent configurations and provides unified visibility while the data plane carries traffic.
Extranet as-a-Service
Extranet as-a-service delivers secure business partner connectivity through a centrally managed cloud service. It replaces one-off circuits, tunnels, firewalls, and hardware hubs with reusable onboarding, segmentation, access policy, routing, address translation, and visibility.
Instant Extranet
Instant Extranet is Alkira’s approach to rapidly onboarding partners and acquired networks through a governed control plane. It applies isolated segmentation, routing, advanced NAT, visibility, and least-privilege application access without one-off hardware or tunnel designs.
Intelligent Network Orchestration
Intelligent network orchestration coordinates connections, configurations, services, and workflows using policy, intent, automation, and contextual data. It translates desired outcomes into consistent network changes while reducing manual work and preserving governance and human control.
Intelligent Traffic Routing
Intelligent traffic routing selects network paths using factors such as latency, congestion, availability, application requirements, security policy, cost, and business intent. It improves performance and resilience by adapting traffic paths as network conditions change.
Multicloud Networking
Multicloud networking connects and secures resources across two or more public clouds and often private clouds, data centers, sites, and users. It provides consistent routing, segmentation, policy, operations, and visibility across different cloud providers.
Multicloud Optimization
Multicloud optimization improves the performance, cost, security, reliability, and manageability of multiple cloud environments. It simplifies cloud connections, removes inefficient traffic paths, centralizes policy and visibility, consolidates services, and automates network operations.
Network Artificial Intelligence
Network artificial intelligence applies AI to network planning, monitoring, security, optimization, and operations. It analyzes telemetry, identifies anomalies, predicts conditions, recommends changes, and automates routine tasks while keeping consequential actions governed and human-verified.
Network as-a-Service
Network as-a-service delivers networking capabilities on demand instead of requiring customers to assemble and operate all underlying hardware and software. Services may include connectivity, bandwidth, routing, security, remote access, cloud interconnection, and managed network functions.
Network Infrastructure
Network infrastructure comprises the physical and virtual systems that carry, direct, secure, and manage traffic. It includes routers, switches, links, gateways, firewalls, cloud networking components, software controls, and services connecting users, applications, clouds, sites, and data centers.
Network Infrastructure On-Demand
Network infrastructure on-demand delivers connectivity, routing, security, and other network services as an elastic, consumption-based service rather than fixed hardware sized for peak load. Enterprises gain the agility to provision, resize, or retire network resources in minutes as requirements change, avoiding multi-year hardware refresh cycles and manual capacity planning.
Network Infrastructure-as-a-Service
Network infrastructure-as-a-service, or NIaaS, is a cloud-delivered network fabric consumed on demand. Enterprises define connectivity, routing, segmentation, security, and service intent while the provider operates the underlying global infrastructure.
On Premise to Cloud Migration
On premise to cloud migration moves applications, data, workloads, or services from enterprise facilities to cloud environments. Secure network connectivity preserves required routing and policy, supports phased transitions, and minimizes disruption during migration and cutover.
Predictive Network Analytics
Predictive network analytics uses historical and real-time data, statistical methods, and machine learning to forecast congestion, capacity needs, performance degradation, or failures. These insights help teams act before network conditions affect users or applications.
Zero Trust Network Access
Zero trust network access, or ZTNA, grants users, devices, and workloads access only to authorized applications or resources after verifying identity, context, and policy. It replaces broad network trust with least-privilege, continuously evaluated access.
Additional Resources
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