COLLABORATIVE AUTONOMY FOR PLATFORMS, EFFECTORS, & SENSORS

Our Collaborative Autonomy software enables autonomous weapons, launched effects, and airborne assets to coordinate and adapt in real time to a dynamic battlespace, significantly increasing their lethality and survivability. This field-proven solution enhances low-cost systems with high-end capabilities, supporting cost-effective scalability of “affordable mass” at the tactical edge. Large numbers of “swarming” weapons and uncrewed air domain assets can share information and work-as-one across mission sets (EW, Sensors, Strike, Comms, etc.) to effectively penetrate and neutralize adversary defenses.

Scientific Systems Collaborate Collaborative Weapons Autonomy

Benefits

DECENTRALIZED DECISION-MAKING

LEVERAGING AI/ML

DEPLOYABLE ON A RANGE OF WEAPONS

DECENTRALIZED DECISION-MAKING

In areas with intermittent communications, collaborative autonomy provides in-flight optimization and retasking to adapt to dynamic enemy threats and dynamic team composition, and achieve best-effort coordination as comms are available.

LEVERAGING AI/ML

Collaborative Autonomy uses AI/ML for target recognition, course of action development, and decision-making.

DEPLOYABLE ON A RANGE OF WEAPONS

Collaborative autonomy software is compliant with Weapons Open System Architecture (WOSA), ensuring that it is interoperable and modular across a range of weapons systems.

INCREASED SURVIVABILITY & LETHALITY

Multiple weapons execute mission-level tasks collectively, based on Commander’s Intent, to achieve target destruction.

Scientific Systems Collaborative Weapons Autonomy INCREASED SURVIVABILITY and LETHALITY

Scientific-Systems-Collaborative-Weapons-Autonomy-SUCCESSFUL-TESTING-JUNE-2026

SUCCESSFUL TESTING (JUNE 2025)

“Rusty Dagger,” from Zone 5 Technologies, powered by Scientific Systems’ Collaborative Weapons Autonomy software, demonstrating a coordinated time of arrival between weapons that significantly increases the probability of kill against a target.