Network Automation Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Global Network Automation Market Trends and Insights

Surge in Data-Center Network Upgrades

Hyperscale and colocation providers are rebuilding spine-leaf fabrics around 400 GbE and 800 GbE switching to support GPU clusters that train generative AI models. Manual configuration of tens of thousands of ports risks cascading outages, so organizations are turning to automated intent engines that generate validated configurations and push them at scale. Co-packaged optics and in-network compute highlighted in 2025 roadmaps demand programmable pipelines that legacy CLI workflows cannot orchestrate effectively ^{[1]Intel Corporation, “Data Center Strategy Roadmap 2025,” intel.com}. Liquid-cooling retrofits further complicate cabling, prompting vendors to bundle physical-layer discovery with infrastructure-as-code templates for real-time topology accuracy.

IoT and Connected-Device Proliferation

The installed base of connected endpoints topped 75 billion in 2025, stretching network capacity and exposing security gaps. Manufacturers cite network complexity as the top barrier to IT-OT convergence because aging SCADA gear lacks encryption and authentication primitives. Automation platforms that integrate device-lifecycle management now onboard sensors, assign segmentation tags, and apply firewall policies without manual tickets, trimming rollout cycles from weeks to hours ^{[2]Verizon Communications, “IoT Deployment Statistics 2025,” verizon.com}.

Rapid SD-WAN and Virtualization Roll-Outs

By late-2025, software-defined wide-area networking displaced MPLS in 62% of branch offices, driving demand for centralized orchestration that spans overlays and underlays. Newly published YANG models improve multi-vendor interoperability, but managing tunnels, service chains, and policy enforcement still overwhelms human operators. Automation translates business intent into device-specific commands, validates reachability in digital twins, and rolls back if drift is detected.

Cloud and Multi-Cloud Migration Wave

Organizations average 3.2 public-cloud providers, increasing touchpoints and policy inconsistency. Unified intent models abstract cloud-specific APIs, letting teams define connectivity once and apply it across AWS, Azure, and Google Cloud. Kubernetes adoption amplifies the need for automated container networking and service-mesh integration. Financial institutions rely on automated validation to prove encrypted paths and region-restricted flows, meeting stringent audit requirements.

Shortage of Automation-Skilled Engineers

A 4.8-million-person cybersecurity talent gap includes acute shortages in Python, Ansible, and YANG expertise, forcing enterprises to pay premium consulting fees and delaying full-scale deployments. Certification programs and internal academies are ramping up, but productivity gains often trail investment by 12-18 months, eroding early ROI.

Legacy Infrastructure Integration Issues

Brownfield environments combine decades-old CLI-only hardware with API-enabled gear, complicating unified automation. Nearly 58% of enterprises run devices from five or more vendors, each with proprietary syntax and telemetry formats. Forklift upgrades disrupt production and phased migrations prolong dual-stack complexity. Middleware translators help, but they also introduce latency and new failure domains, keeping integration among the costliest elements of transformation.

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Segment Analysis

By Network Infrastructure: Hybrid Deployments Anchor Transition Strategies

Hybrid architectures captured 45.60% of the network automation market share in 2025, underscoring enterprise reliance on physical underlays for deterministic latency while software overlays unlock agility for emerging workloads. The virtual tier is on an 18.80% CAGR through 2031, propelled by container network interfaces that automate micro-segmentation. Hybrid topologies allow gradual migration, enabling organizations to pilot SD-WAN at the edge before extending automation inward. Cisco reported that 63% of its SD-WAN customers ran mixed MPLS and broadband paths, highlighting the staying power of multi-transport strategies.

Operators use hybrid models to hedge against vendor lock-in because virtual functions can be swapped without replacing switching hardware. The TM Forum’s 2025 Open Digital Architecture codified intent APIs, helping carriers integrate best-of-breed components ^{[3]TM Forum, “Open Digital Architecture Update 2025,” tmforum.org}. Physical vendors are embedding gRPC exporters and YANG interfaces, turning legacy chassis into programmable nodes that slot into infrastructure-as-code pipelines. Consequently, the hybrid paradigm is likely to remain the backbone of the network automation market well into the forecast horizon.

By Component: Services Surge as Integration Complexity Escalates

Solutions held 62.31% of revenue in 2025, but services are forecast to rise at a 19.40% CAGR as enterprises outsource design, integration, and managed operations. Demand spans architecture consulting, proofs-of-concept, and custom connector development for legacy OSS/BSS systems. Training revenues surged 22% year over year at Red Hat, underscoring the urgent need to reskill operations teams.

AI recommendation engines now ship inside automation suites, yet they require tuning to each customer’s topology, creating high-margin opportunities for integrators. Managed-service providers guarantee uptime and compliance, shifting operational risk off customers’ balance sheets. This dynamic indicates that professional and managed services will continue commanding a premium portion of the network automation market size, even as software matures.

By Deployment Mode: Cloud Gains as SaaS Economics Reshape Procurement

On-premise deployments represented 55.80% of the 2025 base, driven by defense and critical-infrastructure operators that keep telemetry in controlled facilities. Cloud delivery, however, is accelerating at a 20.50% CAGR because it eliminates server provisioning and converts CapEx into OpEx. SolarWinds’ cloud observability service streams telemetry without on-site collectors, simplifying firewalls and reducing attack surfaces.

Hybrid control-plane architectures split policy management to the cloud while retaining local data-plane enforcement for latency-sensitive tasks. VMware NSX, now under Broadcom, exemplifies this model by federating overlays across private and public clouds. Regulatory drivers such as the NIS2 Directive add momentum, as cloud automation accelerates backup, disaster recovery, and compliance dashboards in real time.

By Organization Size: SMEs Embrace Cloud-Native Platforms to Leapfrog Legacy Constraints

Large enterprises accounted for 67.14% of 2025 deployments, leveraging volume discounts and deep benches of network engineers. Yet small and medium enterprises are projected to log a 22.40% CAGR, empowered by turnkey SaaS platforms that strip away on-premise complexity. Cisco Meraki and Arista CloudVision provide template-driven automation via vendor-hosted control planes, making advanced capabilities consumable without specialized staff.

Subscription pricing aligns with SME cash-flow patterns, but contract lock-ins can emerge if later growth requires features beyond entry-level tiers. Conversely, large organizations face integration drag because sprawling global networks span multiple vendor stacks that resist standardization. As cloud-native solutions mature, SMEs’ share of network automation market size will climb steadily through 2031.

By End-User Industry: Healthcare Accelerates as Regulatory Mandates Converge with Telemedicine Growth

IT and telecom generated 29.30% of 2025 revenue, but healthcare is on track for an 18.32% CAGR, fueled by FDA guidance mandating automated patch deployment and by remote patient-monitoring networks that demand zero-touch provisioning. Banking and financial services continue heavy spending on zero-trust architectures to protect payment rails, while manufacturing uses deterministic networking for predictive-maintenance digital twins.

Energy utilities are modernizing SCADA networks to integrate distributed renewables under NERC CIP standards. Government agencies implement intent-based segmentation to satisfy zero-trust mandates, and educational institutions automate campus networks to secure hybrid learning models. These cross-sector mandates guarantee robust demand across the network automation industry through the forecast period.

Geography Analysis

North America held 38.43% of the network automation market in 2025. Federal zero-trust directives, dense hyperscale data-center footprints, and active financial hubs drive continued spending. Regulators encourage rural fiber builds, increasing demand for automated provisioning that minimizes truck rolls.

Asia-Pacific is projected to register a 21.43% CAGR from 2026-2031. Nationwide 5G rollouts in China, India, Japan, and South Korea require zero-touch slicing and radio parameter optimization. China Mobile’s 5G-Advanced trials showcased AI-driven energy savings, while Indian carriers rely on automation to integrate legacy 4G with standalone 5G cores. Open RAN pilots in Japan increase multi-vendor complexity, heightening the need for orchestration.

Europe’s growth is steadier but supported by the NIS2 Directive’s 24-hour incident-reporting mandate. Germany’s Industry 4.0 programs demand microsecond-level synchronization, prompting investments in time-sensitive networking. The Middle East invests under Vision 2030 and national AI strategies, while Latin America and Africa expand 4G and 5G to underserved areas, using automation to compensate for limited onsite talent. Brazil’s spectrum auctions and South Africa’s fiber rollouts attest to rising regional interest.

Regulatory Landscape

Regulatory requirements for network automation are increasingly framed around auditable, software-driven operations and cybersecurity readiness. In the United States, the March 2026 FCC Report and Order FCC 26-19 aims to reduce barriers to network modernization during the transition from legacy TDM to all-IP networks, reinforcing change-control, cutover orchestration, and scalable service assurance. Critical Infrastructure Protection requirements were also strengthened with CIP-003-11 approved in March 2026, raising expectations for repeatable controls, incident readiness, and evidence-driven reporting.

Value Chain Analysis

The network automation value chain starts with foundational network and cloud infrastructure and extends to automation software that translates intent into configuration, validates changes, and closes the loop with monitoring and remediation. Core platform suppliers such as Cisco, Juniper, IBM, and HPE increasingly rely on ecosystem dependencies including AI models and AIOps capabilities, IT service management workflows, and digital twin or simulation layers to reduce change risk in hybrid environments. Downstream, systems integrators, managed service providers, and channel partners operationalize automation through design, connector development, and day-2 operations, anchored in ITSM and ticketing platforms.

Partnerships illustrate how value is distributed across the stack. Juniper and ServiceNow combined Mist AI with ServiceNow Telecom Service Management (May 2025) to streamline full-stack automation for managed services, while Juniper and IBM aligned Mist AI with IBM watsonx (February 2025) to automate IT network support. Hardware and AI-infrastructure buildouts also pull automation upstream, as seen in Cisco and NVIDIA extending a unified architecture for AI-ready data center networking (February 2025), increasing the need for coordinated provisioning across network and compute stacks.

Market Opportunities and Future Outlook

Opportunity is consolidating around automation that can run AI-heavy data center networks and GPU clusters with fewer specialized engineers, particularly where scale and change frequency strain traditional network change and configuration management workflows. Evidence of capital moving into this need includes Netris raising a USD 15 million Series A in June 2026 to advance network automation and multi-tenancy for GPU-heavy AI clusters, and DriveNets raising USD 410 million in June 2026 to scale network cloud infrastructure aligned to AI-driven traffic growth. These transactions support sustained demand for intent-based provisioning, topology-aware validation, and automated capacity management spanning data center fabrics and multi-cloud connectivity.