{"id":"4dc07a38-a33e-4ec8-aae0-a17391c4db24","slug":"avacore","name":"AeroVironment AVACORE","description":"AeroVironment's open autonomy software architecture: a behavior-tree-based, airframe-decoupled stack paired with the Autonomy Retrofit Kit (ARK) edge-compute payload and SPOTR-Edge perception. Designed to be cross-platform; it underpins the Red Dragon one-way-attack UAS and is a named retrofit for the Puma family.","brainType":"framework","isOpen":false,"maturityStage":"production","architecture":null,"reviewStatus":"reviewed","sources":[{"url":"https://www.avinc.com/solution/avacore/","title":"AVACORE open autonomy software architecture (official product page)","sourceName":"AeroVironment (official)"},{"url":"https://investor.avinc.com/news-releases/news-release-details/av-unveils-new-ai-capability-and-autonomy-kit-unmanned-systems","title":"AeroVironment unveils AVACORE and the ARK autonomy kit (2024)","sourceName":"AeroVironment (investor relations)"},{"url":"https://www.avinc.com/2025/05/06/av-unleashes-red-dragon-a-new-breed-of-fully-autonomous-capable-gps-denied-one-way-attack-unmanned-aircraft-systems/","title":"Red Dragon built on AV's AVACORE shared software architecture (May 6, 2025)","sourceName":"AeroVironment (official)"},{"url":"https://www.avinc.com/wp-content/uploads/2026/04/2025_AVACORE_Datasheet_250429_v05.pdf","date":"2025-04-29","title":"AVACORE Datasheet","sourceName":"AeroVironment"}],"keyFacts":[{"label":"Architecture","value":"Behavior-tree-based, airframe-decoupled stack"},{"label":"System structure","value":"Paired with Autonomy Retrofit Kit (ARK) edge-compute payload and SPOTR-Edge perception"},{"label":"Model type","value":"Framework"},{"label":"Maturity stage","value":"Production"},{"label":"Open source","value":"No"},{"label":"Behavior-tree mission execution","value":"AeroVironment's AVACORE datasheet says missions are defined by behavior trees that can be loaded at runtime to support adaptable autonomy (AVACORE datasheet)."},{"label":"Runtime plug-ins","value":"AeroVironment says AVACORE plug-in interfaces can add waypoint planning, target detection, team behaviors, and other algorithms discovered at runtime (AVACORE datasheet)."},{"label":"Unmanned mission framework","value":"AeroVironment describes AVACORE as an open framework with modular interfaces for autopilots, radios, sensors, and new unmanned-system platforms (AVACORE)."}],"aliases":["AVACORE","Autonomy Retrofit Kit","ARK"],"collisionRisk":"low","reviewNote":null,"builtOnBrainId":null,"createdAt":"2026-05-31T03:53:18.116Z","updatedAt":"2026-10-09T22:00:28.208Z","jsonLd":{"@context":"https://schema.org","@type":"SoftwareApplication","@id":"https://registry.deploy.report/brains/avacore","url":"https://registry.deploy.report/brains/avacore","name":"AeroVironment AVACORE","alternateName":["AVACORE","Autonomy Retrofit Kit","ARK"],"description":"AeroVironment's open autonomy software architecture: a behavior-tree-based, airframe-decoupled stack paired with the Autonomy Retrofit Kit (ARK) edge-compute payload and SPOTR-Edge perception. Designed to be cross-platform; it underpins the Red Dragon one-way-attack UAS and is a named retrofit for the Puma family.","identifier":"4dc07a38-a33e-4ec8-aae0-a17391c4db24","applicationCategory":"framework","publisher":{"@id":"https://deploy.report/#organization"}},"framework_metadata":{"framework_schema_version":"0.1.0","verification_status":"verified","maturity_stage":"production","lifecycle_state":null,"architectural_position":{"cohort":null,"sub_cohorts":[]},"within_cohort_verified_vs_claimed_pair":null,"cap_flags":[],"verification_depth":{"sources_count":4,"primary_source_types":["primary-company-ir"]}}}