Home > News > Perspectives du marché de l’IoT

IoT market outlook 2030: growth, trends, and opportunities for industrial IoT

The global Internet of Things (IoT) market is entering a new phase of maturity. By 2030, the number of connected IoT devices worldwide is projected to approach 39 billion, reflecting sustained deployment across consumer, enterprise, and industrial environments.
However, device volume alone does not explain the direction of the market.
Although consumer and short-range IoT account for a significant share of total device volume, the evolution of the IoT market through 2030 is increasingly shaped by industrial and infrastructure deployments. These projects involve longer lifecycles, higher integration requirements, and greater operational impact, giving industrial IoT a disproportionate influence on connectivity architecture and investment decisions.
As IoT systems move from isolated pilots to embedded operational infrastructure, market dynamics are shifting, from experimentation to resilience, from volume to value, and from connectivity as a commodity to connectivity as critical infrastructure.
This study examines how these structural changes are shaping the IoT landscape globally, with a particular focus on Europe and industrial IoT growth patterns.

Market snapshot 2030:
- 39B global IoT devices
- Industrial IoT CAGR >20%
- Europe IoT market >$272B by 2030
- Increasing adoption of hybrid terrestrial + non-terrestrial connectivity

lobal IoT market overview (2026–2030)

Prévisions du marché mondial de l’IoT - IoT Analytics

IoT market size and growth

The IoT market continues to expand steadily, driven by digital transformation initiatives across industries. Global connected device counts are expected to reach nearly 39 billion by 2030, supported by continued adoption of low-power wide-area technologies, cellular IoT, and short-range wireless systems. Yet growth is uneven across segments.

While consumer IoT contributes significantly to device numbers, industrial IoT deployments increasingly shape economic value and infrastructure investment decisions. Industrial systems tend to:
- Operate over 10–20-year lifecycles
- Integrate deeply into operational environments
- Require higher reliability and resilience
- Generate higher revenue per connection

As a result, industrial IoT is emerging as a central driver of long-term market structure.

Industrial IoT as a key growth driver

Industrial IoT is one of the fastest-growing segments of the overall IoT market and a core contributor to enterprise adoption.

Forecasts indicate that the industrial IoT market is expanding at compound annual growth rates exceeding 20% through the end of the decade outpacing growth in many consumer-oriented segments. This acceleration reflects sustained investment in automation, infrastructure modernization, and operational optimization.

Why industrial IoT is accelerating

Industrial organizations are deploying IoT to:

Monitor critical assets in real time
Reduce unplanned downtime
Improve operational efficiency
Enable predictive and condition-based maintenance
Support regulatory compliance and reporting

Unlike short-term consumer deployments, industrial IoT systems are embedded directly into production lines, energy grids, water networks, transport systems, and logistics infrastructure. Their operational impact makes reliability, security, and long-term availability essential design criteria.

Focus on Europe: a strategic market for industrial IoT

Europe represents one of the most structured and opportunity-rich IoT markets globally.

The Europe IoT market is expected to expand substantially through 2030. Market estimates suggest that IoT revenues in Europe could grow from approximately USD 246.63 billion in 2023 to around USD 272.11 billion by 2030, with a CAGR of 2%.

Characteristics of the European IoT market

European IoT adoption is shaped by:

A high concentration of regulated industries (energy, utilities, transport)
Infrastructure modernization initiatives linked to sustainability and decarbonization
Strong emphasis on resilience, compliance, and sustainability
Frequent multi-country deployments, requiring consistent operational models

A significant share of European IoT investment is concentrated in sectors where connectivity directly supports infrastructure reliability and operational continuity. This structural focus reinforces the prominence of industrial IoT in the region’s growth trajectory.

IoT connectivity trends shaping deployments

IoT connectivity is not a single technological choice. As deployments scale, organizations increasingly design multi-layer connectivity architectures aligned with operational requirements.

Short-range connectivity: the local IoT environment

Short-range technologies dominate in confined environments such as buildings, campuses, and industrial facilities.

Common examples include:

Wi-Fi
Bluetooth / BLE (Bluetooth Low Energy)
Zigbee / Thread
Industrial Ethernet / Fieldbus protocols
LoRa (private networks)

These technologies support local communication but typically rely on gateways and existing infrastructure. They are not optimized for large geographic coverage or mobility.

Wide-Area Connectivity: the distributed network tier

Wide-area IoT connectivity is designed to support devices distributed across large geographic areas.

Examples include:

Cellular IoT (NB-IoT, LTE-M)
4G / 5G connectivity
Public LPWAN networks

Wide-area IoT connections are expected to expand steadily through 2030 as enterprises deploy systems beyond confined facilities. These networks enable:

Mobility
National or cross-border deployments
Simplified rollout at scale

As industrial systems extend into remote or geographically dispersed environments, wide-area connectivity becomes central to operational design.

Satellite IoT and non-terrestrial connectivity: coverage and resilience extension

An important structural trend in the IoT connectivity landscape is the integration of non-terrestrial networks (NTN), including satellite IoT, into enterprise architectures.

Satellite IoT connectivity is increasingly used to support:

Remote industrial sites
Offshore and maritime operations
Cross-border logistics
Remote infrastructures
Environmental and agricultural monitoring

Historically, satellite connectivity was limited to specialized sectors. Today, new low-power and narrowband satellite IoT solutions are enabling more scalable and cost-efficient deployments for distributed assets.

Rather than replacing terrestrial networks, satellite IoT is increasingly positioned as:

A coverage extension layer
A resilience layer
A solution for blind spots and remote zones

Connectivity resilience and availability

In industrial IoT, connectivity design increasingly prioritizes resilience.

As deployments move from pilot projects to operational infrastructure, connectivity is evaluated based on:

Availability and up time
Redundancy strategies
Long-term network stability
Cross-border consistency
Operational continuity

For infrastructure operators in energy, utilities, and transport, connectivity disruptions can affect production, safety, and compliance. This has led to the adoption of hybrid and multi-layer connectivity strategies to mitigate risk exposure.

Through 2030, resilience will become a defining criterion in connectivity architecture decisions, particularly for industrial and infrastructure environments.

Industry Dynamics and Ecosystem Transformation

From pilot projects to operational infrastructure

The IoT market is transitioning from experimentation to infrastructure integration. Early deployments focused on proof-of-concept and isolated optimization. Current deployments increasingly operate at scale and are embedded into core operational processes.

This shift changes procurement priorities from cost-per-device considerations to long-term reliability and interoperability.

Increasing ecosystem specialization

As IoT matures, the value chain shows increasing specialization across:

Connectivity providers
Hardware manufacturers
Platform providers
System integrators
Vertical solution specialists

Competitive differentiation is shifting toward ecosystem orchestration and integration capability rather than standalone connectivity components.

Strategic Outlook: What Will Define IoT Growth by 2030

The trajectory toward 2030 confirms a structural trend: while device volumes continue to rise, industrial and infrastructure IoT deployments are shaping the strategic direction of the market.

Growth will be defined less by the number of connected objects and more by:

Integration complexity
Infrastructure modernization
Connectivity resilience
Long-term operational value

Industrial IoT is emerging not simply as a segment of the IoT market, but as one of its primary structural drivers, influencing connectivity architecture, ecosystem dynamics, and investment priorities across Europe and globally.