Infovista

Infovista is a network lifecycle automation and performance analytics vendor that provides software for planning, deploying, operating, and optimizing fixed and mobile networks.

• Network planning and design tools for mobile and fixed access networks (network planning and optimization)
• Network Performance Monitoring (NPMO), troubleshooting, and analytics platforms (observability / network performance management)
• 5G and mobile network optimization and automation solutions (telecom network optimization)
• Application-aware Software-Defined Wide Area Network (SD-WAN) and Wide Area Network (WAN) optimization offerings for enterprises and service providers (SD-WAN / WAN edge networking)
• Professional and managed services around network assessment, optimization, and lifecycle automation (network services)

More About Infovista

Infovista provides software platforms and services that support the lifecycle of telecommunications and enterprise networks, from initial planning through deployment, monitoring, optimization, and ongoing automation. The company focuses on fixed and mobile service providers and large enterprises that require engineering-grade visibility and control over network performance, service quality, and user experience.

In mobile and 5G environments, Infovista offers tools for Radio Access Network (RAN) planning, design, and optimization (telecom network optimization). These products are used by RF engineers and network planners to dimension sites, model coverage and capacity, and validate network designs before rollout. The tools commonly incorporate propagation modeling, traffic simulations, and parameter optimization aligned with 4G Long Term Evolution (LTE) and 5G 5G New Radio (NR) standards and architectures. Integration with network measurement data, such as drive tests and crowdsourced or probe-based KPIs, supports closed-loop optimization workflows.

For network performance and service assurance, Infovista provides monitoring and analytics platforms (observability / network performance management) that ingest data from multi-vendor, multi-technology environments. These platforms typically collect telemetry and KPIs from network elements, probes, and management interfaces to track service-level metrics, troubleshoot issues, and analyze customer experience. They are used in network operations centers, service assurance teams, and engineering groups to support incident management, problem analysis, and capacity planning.

On the enterprise side, Infovista offers software-defined WAN solutions and WAN optimization capabilities (SD-WAN / WAN edge networking). These offerings are deployed by enterprises and service providers to manage application-aware routing over hybrid WANs, including Multiprotocol Label Switching (MPLS), internet, and cloud connectivity. Features usually include centralized policy control, traffic steering based on application and path performance, and visibility into application-level behavior. The intent is to align network resources with business application requirements and service-level objectives.

Across these domains, Infovista positions its portfolio around network lifecycle automation, linking planning, testing, assurance, and optimization functions. This approach is relevant for operators deploying 5G, cloud-based cores, and virtualized or disaggregated network components, where automated workflows and analytics are required for configuration changes, performance tuning, and capacity management. The company’s tools are typically integrated into operators’ Operations Support System (OSS) and Business Support System (BSS) stacks and interoperate with standard network management protocols and interfaces.

Within an enterprise technology directory, Infovista can be categorized under telecom network planning and optimization, NPMO and observability, service assurance and analytics, SD-WAN and WAN edge, and network lifecycle automation platforms. Its offerings are applied by communications service providers, managed service providers, and large enterprises that operate complex, multi-domain networks and seek unified tooling for design, operations, and performance engineering.