Systems › Hivemind
Hivemind
Shield AI. Facts from open sources (OSINT), each linked to its post or document; translated from Russian by a language model.
Manufacturer and country
| Value | Sources | Where |
|---|---|---|
| Shield AI | ×8 | @RussianArms, @china3army, @mil_hub +5 |
Specifications
| Parameter | Value | Sources | Where |
|---|---|---|---|
| developer | Shield AI | ×5 | @china3army, @mil_hub, @VictoryDrones +2 |
| architecture | Consists of Edge, Design and Commander components | ×3 | @mil_hub, @Technology_Victory, @VictoryDrones |
| architecture | neural network architectures | ×1 | @RussianArms |
| autonomy | independently optimized imaging tasks, vehicle status, battery charge and orientation | ×1 | @aiobor |
| autonomy | full autonomy without human involvement | ×1 | @VictoryDrones |
| autonomy_mode full | full autonomy without human involvement | ×1 | @uav_tech |
| autonomy_mode | without GPS and communications | ×1 | @uav_tech |
| capability | route rebuilding, task reallocation and action synchronization without operator involvement | ×1 | @mil_hub |
| commands_executed | 189 commands in 24 h | ×1 | @aiobor |
| commands_generated | 189 commands in 24 h | ×1 | @aiobor |
| comms_independence | operation without communications | ×1 | @VictoryDrones |
| concept | the operator sets the task | ×1 | @Technology_Victory |
| concept full | and its execution — route finding | ×1 | @Technology_Victory |
| concept | situation assessment and decision-making are handled by onboard artificial intelligence | ×1 | @Technology_Victory |
| deployment_environment | low Earth orbit (NOVI satellite) | ×1 | @aiobor |
| description | The operator no longer controls every movement of the vehicle. He sets the task | ×1 | @VictoryDrones |
| description full | and its execution — route finding | ×1 | @VictoryDrones |
| description | situation assessment and decision-making are handled by onboard artificial intelligence | ×1 | @VictoryDrones |
| description | Universal autonomy software platform: the operator sets the task | ×1 | @mil_hub |
| description | while route finding | ×1 | @mil_hub |
| description full | situation assessment and decision-making are performed by onboard AI | ×1 | @mil_hub |
| description | AI pilot | ×1 | @poisk_mil |
| description full | providing the UAV full autonomy without human involvement | ×1 | @poisk_mil |
| description | GPS and communication signals under EW conditions | ×1 | @poisk_mil |
| ew_resilience | enables operation under EW conditions | ×1 | @uav_tech |
| ew_resilience | operation under EW conditions | ×1 | @VictoryDrones |
| feature full | continued task execution when GPS and communication channels are jammed | ×1 | @yigal_levin |
| feature | presumably using MESH communication systems | ×1 | @yigal_levin |
| fleet_size | 1 real satellite + 5 virtual spacecraft | ×1 | @aiobor |
| flight_validation_platform | Hornet (March 2026), first stage before extension to other platforms | ×1 | @payloadUAV |
| function | software platform for collective control of autonomous drones: data exchange between vehicles | ×1 | @VictoryDrones |
| function | task allocation | ×1 | @VictoryDrones |
| function | changing the sequence of actions | ×1 | @VictoryDrones |
| function full | mission execution without constant operator intervention | ×1 | @VictoryDrones |
| function | collective control of autonomous drones: data exchange between vehicles, task allocation, changing the sequence of actions, continuing the mission as a single system | ×1 | @mil_hub |
| function | collective control of a group of autonomous drones: data exchange, task allocation, changing the sequence of actions in real time | ×1 | @UAVDEV |
| function | providing a high level of autonomy, maneuvering and changing EW operating modes without direct communication with the operator | ×1 | @RussianArms |
| function | autonomous control of a group of uncrewed boats, allocation of tasks and routes without operator involvement | ×1 | @china3army |
| function | software suite for autonomous coordination of multiple UAVs in real time | ×1 | @mil_hub |
| gps_independence | operation without GPS signals | ×1 | @VictoryDrones |
| integration_time | less than three months | ×1 | @china3army |
| integration_time | about three months | ×1 | @rybar |
| operator_role | the operator defines the operation objective; further coordination is taken over by AI | ×1 | @mil_hub |
| ruta_integration_announced | November 2025 | ×1 | @payloadUAV |
| swarm_size | group of 6 satellites (1 real + 5 virtual) | ×1 | @aiobor |
×N – how many different sources (channels, sites or documents) give this value; ×1 means one.
Components and technologies
| Value | Sources | Where |
|---|---|---|
| AI (artificial intelligence) | ×2 | @aiobor, @Technology_Victory |
| Sedaro SAFE | ×1 | @aiobor |
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