All-Domain Battlefield Awareness

Plain-English explanation

All-domain battlefield awareness refers to the ability to collect sensor data from every warfighting domain — land, sea, air, space, and cyberspace — fuse it into a single coherent picture, and deliver that picture to commanders at the speed decisions need to be made. The core challenge is not sensing itself: militaries have sensors in every domain. The challenge is connecting those sensors to each other, translating their data into a common format, and making the resulting picture available to the units that need it — from headquarters down to the individual soldier — without the latency that makes the data stale by the time it arrives.

The U.S. military's programmatic response is Combined Joint All-Domain Command and Control, known as CJADC2 (pronounced "C-jad-C-2"). Originally announced as JADC2 in 2019, it was renamed in 2023 to add "Combined" — reflecting the requirement to extend the network to coalition and allied partners, not just U.S. services. The concept calls for near-seamless data links between sensors and weapon systems across every domain, spanning all U.S. military services and allied forces simultaneously, with artificial intelligence tools to help commanders make faster decisions. Each service has its own implementation: the Army's Project Convergence (now tied to its Next Generation Command and Control, or NGC2, program), the Navy's Project Overmatch, the Air Force's Advanced Battle Management System (ABMS, now part of the DAF Battle Network), and the Marine Corps' Project Dynamis.

Sensor fusion is the technical core of all-domain awareness: the process of ingesting data from multiple, heterogeneous sensor sources — radar, electro-optical imagery, electronic intelligence, acoustic sensors, commercial satellite imagery, human reports — and producing a single integrated operational picture. Without fusion, commanders face "sensor overload" rather than situational awareness. With it, the kill chain compresses dramatically: a single platform or software layer can detect a target via radar, confirm it via electro-optical feed, correlate it against known orders of battle, and pass a targeting solution to the nearest available weapon system — a process that once took hours and now can take minutes.

Why it matters in Ukraine

Ukraine has demonstrated the power of integrated all-domain awareness at the tactical level through its Delta battlefield management system. Delta began in 2016 as a digital map built by volunteers to help soldiers in Donbas see what was in front of them. It grew into Ukraine's primary command-and-control platform, formally commissioned as the sole official data exchange platform across all branches of the Ukrainian Armed Forces in August 2025. According to CSIS analysis from June 2026, Delta ingests data from ISR drones, commercial satellites, acoustic detection arrays, electronic warfare feeds, and civilian reports submitted through chatbots such as eVorog — exactly the multi-source, multi-domain data environment the modern battlefield produces. Army Secretary Dan Driscoll told the Senate Armed Services Committee that Delta integrates "every single drone, every sensor, and every shooting platform into just one single network."

The contrast with the U.S. approach is instructive. Where Ukraine built Delta bottom-up — starting from what soldiers needed and adding applications as combat demanded — the U.S. started with grand integrating concepts and spent years pushing them toward users. Russia has recognized the same lesson: according to CSIS analysis, Moscow has "effectively shelved its own twenty-year-old CJADC2 analogue in favor of pragmatic, edge-deployed tools that solve real battlefield problems today," building the Svod system and embedding the Glaz/Groza complex directly in Russian drone units. Commercial space has also become a critical layer: tens of thousands of commercial satellite terminals, primarily Starlink, have effectively created what IFRI describes as a "space-enabled Internet of the Battlefield," with near-continuous commercial ISR coverage informing targeting and logistics decisions on both sides. In March 2026, Ukraine launched a platform granting allied nations and defense firms access to over two million hours of combat drone footage.

Why it matters to U.S. and allied warfighters

The Pentagon has substantially accelerated CJADC2 funding in response to Ukraine's demonstration of what integrated awareness enables. In March 2026, Deputy Secretary of Defense Steve Feinberg designated Maven Smart System (MSS) — an AI-powered data fusion platform — a formal program of record and effectively the backbone of CJADC2. The FY2027 budget request includes more than $2 billion to consolidate CJADC2 deployments, according to DefenseScoop reporting. The U.S. Army is spending approximately $2.9 billion on NGC2 in FY2026 alone, with an $3.8 billion request for FY2027 — targeting rollout to all 11 active divisions within five years.

Project Convergence Capstone 5, conducted February to April 2025, demonstrated that multiple U.S. services and partner nations — Hawaii, Japan, Philippines, French Polynesia, Australia, with British, French, and Japanese partners — could share data in near-real-time and contribute to a common operational picture, according to Army Recognition coverage. Capstone 5 operated at battalion level; Capstone 6, scheduled for August 2026, aims to scale to the division level — nearly ten times the force size. However, a 2025 Government Accountability Office review found that the military services were still pursuing CJADC2 largely in isolation, creating a risk of reproducing the fragmentation the concept was designed to solve.

Why it matters to industry and manufacturing

The movement toward CJADC2 and all-domain awareness creates a new class of technology requirements for defense industry. Traditional defense suppliers built proprietary, stovepiped systems; CJADC2 demands open architecture, common data standards, and the ability to integrate with third-party sensors and effectors without custom engineering for each pairing. The Army's "Operation Jailbreak" in May 2026 — a Right to Integrate sprint at Fort Carson — was explicitly designed to force major primes to make their systems talk to each other through open interfaces.

Commercial space is an increasingly important manufacturing and supply segment. Maxar, Planet, and Capella Space provide commercial satellite imagery, synthetic-aperture radar, and persistent monitoring at resolutions and refresh rates that were previously available only to national intelligence agencies. The integration of commercial ISR into military all-domain pictures is now standard in Ukraine and is being formalized in U.S. and allied doctrine. For manufacturers, the practical implication is that any system that cannot ingest and share data through open APIs and common formats — the Modular Open Systems Approach (MOSA) — is at risk of being locked out of the CJADC2 ecosystem regardless of its standalone capability. The Tri-Service MOSA Memo signed by the Secretaries of the Army, Navy, and Air Force in late 2024 makes this a formal acquisition requirement.

Common misunderstandings

• "CJADC2 is a finished program." As of mid-2026, it is an ongoing, partially-achieved concept. Deputy Commanding General Vowell acknowledged after Capstone 5 that "declaring CJADC2 fully operational remains a distant prospect." The program has made real progress but significant technical and policy barriers — including over-classification — continue to slow cross-domain data sharing.
• "Delta is a Ukraine-specific system that does not apply to NATO." Delta has already been integrated with NATO standards, including Link 16 and the Polish TOPAZ artillery system. The bottom-up, adaptive architecture is explicitly what NATO and U.S. analysts are pointing to as a model for CJADC2 implementation.
• "Commercial satellite imagery is a supplement, not a core sensor." In Ukraine, commercial space has become a primary ISR layer. Tens of thousands of satellite terminals and near-continuous commercial coverage have made commercial space integral to targeting and operational awareness on both sides.
• "More sensors always mean better awareness." The Atlantic Council's 2026 NATO analysis explicitly warns that expanding sensors without expanding data architecture and fusion capability "will degrade C2 rather than improve it." Sensor overload without fusion is a liability.

Related technologies and concepts

All-domain awareness is the intelligence layer that enables the counter-UXS kill chain: detecting, tracking, and identifying incoming drones requires fused sensor data across radar, electro-optical, acoustic, and EW feeds. No single sensor detects all drone classes; only a fused, multi-source picture can cue the right effector at the right moment.

It connects directly to resilient PNT: the positioning and timing infrastructure that underpins drone navigation, guided-munition accuracy, and communications synchronization must be integrated into the same data fabric as the broader sensor picture. A commander who loses PNT loses not just navigation — she loses the time-stamping and geolocation that make sensor data interpretable.

Further reading and videos

CSIS's June 2026 analysis "Defining Autonomy: Why Software, Not Drones, Will Decide the Next War" (csis.org) provides the most rigorous comparative analysis of Delta and CJADC2 and the gap between them. DefenseScoop's May 2026 reporting on the FY2027 CJADC2 budget request covers the programmatic status in detail. For Delta's operational integration, a June 2026 CSIS analysis and Le Monde's June 2026 reporting on the system provide complementary perspectives. Army.mil's June 2026 piece on the Army's command-and-control modernization (army.mil) provides the official U.S. Army perspective on CJADC2 implementation.

How Helicon works in this area

Helicon Labs works in the edge AI and human-centered decision support space — the software layer that translates multi-source sensor data into actionable situational awareness for commanders and operators at the tactical edge. The company draws on Ukrainian battlefield software experience to help allied programs build the kind of adaptive, bottom-up integration that Delta represents, rather than starting with a grand architectural concept and pushing it down. Helicon is not a prime systems integrator; it is a technology transition partner.

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