The C-UAS Kill Chain Consolidation

The U.S. government is consolidating counter-UAS (C-UAS) operations around centralized command-and-control (C2) platforms. The driver is operational: fragmented systems do not scale in a drone-saturated environment.

Three developments are occurring simultaneously:

1. C2 standardization around platforms such as Anduril’s Lattice and Northrop Grumman’s FAAD C2.
2. Absorption of integration functions into the C2 platform itself.
3. Expansion of the model to state, local, tribal, and territorial (SLTT) agencies through the SAFER SKIES Act and related certification frameworks.

The result is a shift in value capture across the C-UAS ecosystem.

Core Economic Effects

Why Fragmentation Failed

Historically, agencies and military services acquired sensors, effectors, and command systems independently. The result was a collection of incompatible systems with limited data sharing and coordination.

Large-scale drone operations require:

• Sensor fusion across multiple platforms
• Coordinated engagement management
• Common operating pictures across organizations
• Rapid integration of new sensors and effectors

These requirements favor centralized C2 architectures over isolated point solutions.

The Consolidation Process

1. C2 Standardization

Government programs increasingly designate common command layers rather than independent system stacks.

Examples include:

• FAAD C2 as a DoD counter-UAS baseline.
• Lattice selected for major enterprise-scale counter-drone programs.
• Procurement structures separating hardware procurement from C2 management.

The objective is interoperability rather than bespoke integration.

2. Integration Becomes a Commodity

Once a C2 platform provides standardized APIs, data models, and messaging protocols, much of the integration work becomes repeatable.

Large government integrators such as:

• CACI
• Leidos
• GDIT
• Booz Allen Hamilton
• Parsons

continue to provide engineering, sustainment, and deployment services, but platform maturity reduces the uniqueness of the integration function.

Shared characteristics include:

• Labor-intensive delivery
• Large backlogs
• Limited pricing power
• Heavy dependence on government procurement cycles

Integration remains necessary but increasingly resembles a standardized service.

3. Expansion to SLTT Agencies

The SAFER SKIES framework broadens access to C-UAS capabilities across thousands of non-federal entities.

This expands system volume without fundamentally changing value capture.

The certification process remains centralized, preserving federal influence over which technologies enter the ecosystem.

The C2 Layer

The primary beneficiaries of consolidation are operators of the command layer.

Key attributes include:

• Platform economics rather than labor economics
• Fixed-product pricing
• Expanding ecosystem control as adoption grows
• Ability to absorb integration functionality directly

Illustration: Anduril

The strategic significance of Lattice is not hardware ownership but control of the coordination layer connecting sensors, effectors, operators, and workflows.

Large enterprise contracts accelerate platform adoption by consolidating previously fragmented procurement vehicles into common architectures.

Hardware Vendors Under Centralization

Hardware vendors face a different dynamic.

As procurement shifts toward integrated ecosystems:

• Standalone differentiation decreases.
• Interoperability becomes mandatory.
• More value accrues to the orchestration layer.

DroneShield’s reported decline in gross margin from roughly 65% to 60% during H1 2026 illustrates the pressure that can emerge when solutions increasingly include third-party hardware and ecosystem components.

The broader pattern is straightforward:

Exception: Product-Enabled Integrators

CACI occupies a hybrid position through ownership of proprietary products such as SkyValor.

This creates two revenue streams:

1. Services and integration revenue.
2. Product-based revenue.

The combination supports stronger economics than pure labor-based integration businesses.

Strategic Risk: C2 Concentration

Consolidation creates a dependency risk.

When one platform becomes the primary orchestration layer, the government faces:

• Reduced supplier diversity
• Vendor dependence
• Potential switching costs
• Operational concentration risk

A common mitigation approach is managed competition.

Potential outcomes include:

Any shift toward mandated competition would primarily affect C2 platform economics. It would have less impact on integration providers and only modestly improve bargaining power for hardware vendors.

Investment Implications

Key conclusions:

1. C-UAS procurement is moving toward centralized C2 architectures because fragmented systems do not scale operationally.

2. As platforms mature, integration work becomes increasingly standardized and difficult to differentiate.

3. The greatest strategic value resides in the command layer that coordinates sensors, effectors, and operators.

4. Hardware vendors remain necessary but capture less value when products are embedded within broader platform ecosystems.

5. Expansion into SLTT markets increases deployment volume but does not materially alter the industry’s value hierarchy.

Synthesis

The U.S. C-UAS market is transitioning from fragmented point solutions to platform-centric architectures. Centralized C2 systems improve interoperability and scalability, absorb integration functions, and extend standardized workflows across federal and non-federal operators.

The resulting hierarchy is straightforward:

1. C2 platforms control ecosystem coordination and capture the greatest strategic leverage.
2. Integrators provide necessary but increasingly standardized services.
3. Hardware vendors supply critical components but face competitive pressure as value shifts toward platform ownership.

The central policy question is not whether consolidation occurs, but how much concentration the government ultimately permits at the C2 layer.