Elsight’s Halo Achieves Blue UAS List Status: Implications for Allied Suppliers

Elsight’s Halo Platform Added to U.S. Blue UAS List

New designation highlights growing focus on secure communications as a critical component in U.S. drone policy

Elsight’s Halo connectivity platform has been included in the U.S. Department of War’s Defense Contract Management Agency (DCMA) Blue UAS List, marking a significant development in the evaluation and procurement of drone technologies by the U.S. government.

The Blue UAS List serves as a pre-approved marketplace for NDAA-compliant, cyber-secure systems and components, allowing military units and other government users to streamline procurement processes and deploy vetted technologies more efficiently.

Traditionally, the list has focused on complete drone systems; however, the inclusion of Halo as a standalone communications platform indicates a broader shift in the definition and security of unmanned systems.

A Shift Toward Modular, Trusted Systems

Halo is designed as a beyond line-of-sight (BLOS) connectivity platform, ensuring persistent and resilient communication between operators and unmanned systems. Its addition to the Blue UAS List suggests a growing recognition by the U.S. government of drone systems as modular ecosystems rather than singular platforms.

According to Yoav Amitai, CEO of Elsight, “Halo’s inclusion in the DCMA’s Blue UAS Clear list signals that the U.S. government is moving beyond evaluating only the unmanned device and is now considering certain subsystems, especially communications and data links, as mission-critical infrastructure.”

This shift aligns with trends in unmanned systems architecture, where modern platforms integrate components from various vendors, including sensors and autonomy software. Certifying individual components allows for greater flexibility and supports a plug-and-play ecosystem.

Amitai further explains that this change reflects a new approach to establishing trust, stating, “Halo’s inclusion isn’t just an exception; it’s a marker of a shift. The U.S. is starting to define ‘trusted UAS’ not as a single product, but as an ecosystem of vetted, interoperable components, with communications at the center of that trust model.”

Communications as a Security Boundary

The emphasis on communications is crucial, as data links are where command-and-control signals, telemetry, and payload data converge, representing a primary vulnerability in contested environments.

Halo’s technology aggregates multiple communication links, including cellular, satellite, and peer-to-peer networks, into a single bonded connection. This approach ensures continuous connectivity even in degraded or denied environments, such as those affected by electronic warfare.

By certifying a communications platform independently, the Blue UAS framework acknowledges that secure connectivity is foundational to mission success and opens opportunities for companies specializing in enabling technologies to participate in government programs.

Regulatory Clarity and Market Impact

Inclusion on the Blue UAS List has implications beyond procurement, intersecting with regulatory frameworks, particularly the Federal Communications Commission’s Covered List.

Amitai notes that this designation removes a significant barrier to adoption: “Halo’s addition to the Blue UAS Cleared List materially changes the operating environment by addressing regulatory ambiguity between DoD approval and the FCC’s Covered List.”

This clarity reduces hesitation among customers and integrators, simplifies compliance for system developers, and facilitates broader deployment across federal, state, and commercial markets.

Amitai adds, “The shift isn’t just about permission to operate; it’s about confidence to scale. It allows Halo to transition from a technically viable solution to a broadly deployable, procurement-ready component across the U.S. market.”

The Blue UAS designation also provides access to federal funding pathways and programs, expanding opportunities for adoption in defense, public safety, and critical infrastructure applications.

Meeting Blue UAS Standards as a Global Supplier

Elsight’s inclusion on the Blue UAS List is noteworthy as the company is headquartered in Israel. Its approval demonstrates that allied suppliers can meet U.S. requirements for security, supply chain transparency, and data governance.

Amitai emphasizes the scrutiny involved in this process: “Meeting Blue UAS standards as a non-U.S.-headquartered company requires demonstrating that country-of-origin risk is fully mitigated at the component, software, and data-flow level.”

This process involved detailed validation of the supply chain, including mapping components to trusted vendors and eliminating sensitive dependencies, as well as meeting defense-grade cybersecurity standards and ensuring strict control over data flows.

Amitai highlights the significance of this achievement: “Blue UAS didn’t treat Elsight’s allied-nation origin as a barrier, but it required proof, not assurances, that the platform behaves as a trusted component within a U.S. mission environment. This sets an important precedent for other allied suppliers: the pathway exists, but it demands transparency and verifiable compliance at every layer.”

Implications for the Drone Industry

Halo’s addition to the Blue UAS List reflects several key trends shaping the drone industry:

• It underscores the importance of communications as a core element of system design and security.
• It reinforces the move toward modular architectures, enabling a more flexible and competitive ecosystem.
• It highlights the role of policy in shaping market dynamics, influencing procurement decisions and signaling trust to commercial users.
• It demonstrates that allied companies can significantly contribute to the U.S. drone ecosystem, provided they meet stringent requirements for transparency and security.

As unmanned systems continue to evolve, the definition of a “trusted” platform is expanding, increasingly relying on the network of components that enable safe and effective operation.