Nokia And NestAI Unveil AI Enabled Defense Capabilities To Counter Electronic Warfare In Contested Environments

Executive Summary:

Nokia Defense and Finnish artificial intelligence company NestAI have introduced the first operational capabilities under their strategic partnership to deliver AI enabled defense systems for NATO aligned forces. The effort combines deployable 5G communications, AI powered command and control, mission planning tools, and advanced sensing to improve military operations in contested environments where conventional communications may be disrupted.

Nokia And NestAI Introduce AI Enabled Defense Capabilities For NATO Operations

Nokia AI enabled defense capabilities moved a step closer to operational deployment after Nokia Defense and NestAI announced the first integrated technologies developed under their strategic partnership. According to the companies, the new capabilities are designed to help armed forces maintain communications, command and control, and situational awareness in denied and contested operational environments that increasingly characterize modern warfare.

The announcement follows the companies’ strategic partnership launched in November 2025 alongside a joint €100 million investment by Nokia and Finnish state investment company Tesi to accelerate sovereign European defense technologies. The latest milestone represents the first operational systems emerging from that collaboration.

Modern military operations increasingly rely on artificial intelligence, autonomous systems, and high speed data sharing. However, these capabilities are only effective when supported by secure and resilient communications that remain functional during electronic warfare, cyber attacks, or infrastructure disruption.

Three Integrated Battlefield Capabilities

Nokia and NestAI said the partnership currently focuses on three integrated operational capabilities designed to meet NATO operational requirements.

According to Nokia, these systems are specifically intended for environments where communications are degraded, electronic attacks are ongoing, and conventional infrastructure cannot be relied upon.

Deployable 5G Expands Tactical Communications

One of the most significant elements of the announcement is the use of deployable private 5G networks instead of relying solely on fixed military communications infrastructure.

Unlike commercial cellular networks, deployable tactical 5G systems can rapidly establish secure communications in remote operational areas while supporting high bandwidth applications such as video intelligence, unmanned systems, battlefield sensors, and distributed command posts.

The system also integrates with NestOS, NestAI’s adaptive battlefield operating platform, enabling commanders to coordinate both human and autonomous assets through a common operational picture.

AI Mission Planning Addresses Connectivity Challenges

A distinguishing feature of the collaboration is the integration of communications planning directly into military mission planning.

Instead of treating connectivity as a separate technical issue, commanders can evaluate radio coverage, network resilience, and communication risks while planning an operation.

This approach allows forces to identify potential communication gaps before deployment, particularly during multidomain operations involving dispersed units, unmanned platforms, and rapidly changing battlefields.

For NATO forces increasingly operating across distributed formations, resilient networking has become as important as traditional logistics or intelligence support.

Integrated Sensing Improves Early Threat Detection

The partnership also combines Nokia’s Integrated Sensing and Communications (ISAC) technology with NestAI’s multi sensor tracking capabilities.

ISAC enables communications infrastructure to perform both networking and sensing functions simultaneously. Combined with AI based sensor fusion, operators can detect drones or other potential threats earlier than traditional standalone surveillance systems in some operational scenarios.

Early warning is particularly valuable as armed forces face growing threats from low cost unmanned aerial systems, loitering munitions, and electronic warfare.

Why The Partnership Matters

The announcement reflects a broader shift occurring across NATO and European defense industries.

Rather than developing individual platforms in isolation, military modernization increasingly focuses on connecting sensors, communications, autonomous systems, and command networks into integrated digital ecosystems.

This approach aligns closely with NATO’s recently updated digital strategy, which emphasizes software defined defense, resilient communications, hybrid cloud architectures, zero trust security, tactical edge computing, and AI enabled decision making.

For European governments investing heavily in defense modernization, sovereign control over these technologies has also become an important strategic objective.

Unlike commercial AI solutions developed primarily for civilian applications, the Nokia and NestAI architecture is intended specifically for military environments where communications may be intermittent, adversaries actively jam networks, and battlefield conditions change rapidly.

Implications For Future NATO Operations

The partnership demonstrates how commercial telecommunications technologies are increasingly being adapted for defense missions.

Private 5G, artificial intelligence, software defined networking, and integrated sensing are becoming foundational elements of next generation command and control architectures across NATO members.

For the United States and allied militaries, resilient communications remain one of the critical enablers for multidomain operations involving air, land, maritime, cyber, and space forces.

Although Nokia’s announcement does not identify specific procurement contracts or deployment timelines, the operational capabilities being developed illustrate the direction many NATO members are taking as they modernize battlefield networks to support autonomous systems and AI assisted decision making.