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6 min read·Updated April 29, 2026

Anduril Lattice

Anduril Industries logoBy Anduril Industries

Anduril Lattice is the defense AI operating system for autonomous sensors, drones, and command-and-control — selected by the US Army in March 2026 for an enterprise contract with a $20 billion ceiling over 10 years and an initial $87 million counter-UAS task order.

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Learning Objectives

  • Understand Anduril Lattice's role as defense AI command-and-control infrastructure
  • Identify the March 2026 $20 billion US Army contract and what it covers
  • Evaluate Lattice's positioning vs Shield AI Hivemind and Palantir AIP

What Is Anduril Lattice?

Anduril Industries' Lattice is the defense AI operating system unifying autonomous sensors, drones, and command-and-control systems for the US and allied militaries. Lattice uses computer vision, machine learning, and mesh networking to fuse real-time data from disparate sources into a single, autonomous operating picture — supporting distributed detection, tracking, classification, and engagement of UAS (drone) threats in seconds.

In March 2026, the US Army selected Anduril Lattice as the command and control backbone in an $87 million initial task order within a new enterprise contract worth up to $20 billion over 10 years — consolidating more than 120 separate procurement pathways into a single framework. The Pentagon's Joint Interagency Task Force–401 (JIATF-401) also selected Lattice as its enterprise tactical command-and-control platform for counter-UAS operations.

💡Key Concept

Anduril Lattice vs Shield AI Hivemind vs Palantir AIP: All three are major defense AI platforms with overlapping but distinct positioning. Anduril Lattice is the C2 (command-and-control) operating system unifying sensors and effectors. Shield AI Hivemind is the autonomous AI pilot for aircraft and drones. Palantir AIP is the operational AI for intelligence and decision-making. The DoD increasingly deploys all three together for different parts of the defense AI stack.

Tip

Visit Anduril Lattice: anduril.com/lattice — defense procurement only; subject to ITAR

Status & Pricing

Anduril Lattice is sold to government and defense customers under ITAR-controlled procurement.

US Army Enterprise Contract (March 2026)Up to $20 billion over 10 years
  • Initial $87M task order
  • Counter-UAS C2 backbone
  • 5-year base + 5-year option, March 12 2036 completion
JIATF-401 Tactical C2Initial $87M task order
  • Pentagon counter-UAS platform
  • Enterprise tactical command-and-control
  • Across DoD
Allied Nation DeploymentsFMS contracts
  • Allied military customers
  • Subject to State Department export controls
  • Foreign Military Sales process
Commercial AvailabilityNot commercially available
  • Defense procurement only
  • ITAR-controlled
  • US and allied governments only

For commercial readers, Lattice is not commercially available. The platform is included in this directory because of its category-defining significance for AI-driven defense operations.

Core Capabilities

AI-Driven Common Operating Picture

Lattice's core: AI-driven sensor fusion that turns disparate data sources (radar, EO/IR cameras, electronic warfare sensors, drones, ground vehicles) into a single, real-time, autonomous operating picture. Computer vision and machine learning identify, classify, and track threats automatically.

Counter-UAS (Drone) Operations

A primary 2026 focus. Lattice integrates sensors and effectors for distributed detection, tracking, classification, and engagement of UAS threats in seconds. As drone threats proliferate (Ukraine war demonstrating the new battlefield reality), counter-UAS C2 is a top DoD priority — and Anduril's platform is the selected backbone.

Mesh Networking

Mesh networking lets Lattice operate in DDIL environments (disconnected, degraded, intermittent, low-bandwidth) — the same defense-AI problem space Shield AI Hivemind targets but applied to C2 rather than autonomous aircraft pilots.

$20 Billion US Army Contract

The flagship 2026 milestone. The $20 billion ceiling over 10 years consolidates 120+ separate procurement pathways into a single framework. The contract structure: 5-year base + 5-year optional ordering period, completion by March 12, 2036. Initial $87 million task order addresses counter-UAS operations.

The $20B ceiling is maximum potential, not committed obligation — actual orders depend on DoD requirements over the contract life.

JIATF-401 Selection

The Pentagon's Joint Interagency Task Force–401 selected Lattice as its enterprise tactical C2 platform for counter-UAS operations — separate from but reinforcing the Army contract.

Sensor + Effector Integration

Lattice doesn't just observe — it integrates with effectors (weapons, electronic warfare systems, kinetic kill vehicles) for end-to-end engagement. The "find, fix, track, target, engage, assess" defense kill chain is supported in software.

Allied Nation Deployments

Beyond US deployments, Lattice is sold to allied militaries under Foreign Military Sales (FMS) processes — subject to State Department export controls.

Strengths

  • $20B US Army enterprise contract (March 2026): Major DoD validation
  • Counter-UAS focus aligned with current threat: Drones are the new battlefield reality
  • Sensor + effector integration: Full C2 stack, not just observation
  • DDIL operation: Designed for disconnected combat environments
  • Mesh networking: Resilient communication architecture
  • Multi-segment defense customer base: US Army + JIATF + allies
  • Established commercial scale: Anduril is one of the largest defense-tech valuations

Limitations & Considerations

  • Not commercially available: Defense procurement only under ITAR
  • Defense procurement complexity: Multi-year contract cycles, classification overhead
  • Geopolitical exposure: Foreign sales depend on US export controls and shifting alliances
  • Platform consolidation risk: $20B is ceiling; actual orders dependent on DoD requirements
  • Competition from Lockheed, Northrop, RTX: Traditional defense primes also bidding for C2 work
  • Counter-UAS specialization: Other defense AI use cases require complementary platforms

Best Use Cases

Use CaseWhy Anduril Lattice FitsCaveat
Counter-UAS C2 deploymentUS Army selected platform; JIATF-401 enterpriseDefense procurement only
Allied nation defense AIFMS contracts available to alliesSubject to US export controls
Sensor + effector integrationFull kill-chain supportSpecific to defense use cases
Multi-domain defense operationsLattice fuses radar + EO/IR + EW + dronesImplementation complexity
DDIL combat environment C2Mesh networking + autonomous operating pictureDesigned for combat, not commercial

When to choose alternatives:

  • Autonomous aircraft / drone pilots → Shield AI Hivemind for V-BAT and similar autonomous platforms
  • Intelligence analysis + decision support → Palantir AIP / Gotham / Foundry
  • Commercial drone autonomy → Skydio, DJI (commercial drone autonomy stacks)
  • Larger defense system integration → traditional primes (Lockheed Martin, Northrop Grumman, RTX)
  • Cybersecurity AI for defense → specialized cyber-defense platforms

Key Takeaways

  • Anduril Lattice is the defense AI operating system unifying autonomous sensors, drones, and command-and-control for US and allied militaries
  • March 2026 milestone: US Army selected Lattice for an enterprise contract worth up to $20 billion over 10 years, with initial $87 million task order for counter-UAS operations; Pentagon JIATF-401 also selected Lattice as enterprise tactical C2 platform
  • Uses computer vision, machine learning, and mesh networking to fuse real-time data from disparate sources into a single autonomous operating picture — supporting distributed UAS threat detection, tracking, classification, and engagement in seconds
  • Counter-UAS focus aligned with current battlefield realities (Ukraine war demonstrating drone proliferation); sensor + effector integration covers the full defense kill chain
  • Defense procurement only under ITAR — not commercially available; for autonomous drone pilots use Shield AI Hivemind, for intelligence/decision support use Palantir AIP, for commercial drone autonomy use Skydio or DJI

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