asymmetric
autonomy.
ruggedized platforms for contested theaters. we bridge the reality gap through high-fidelity physics and distributed neural orchestration.
ARCHITECTURE // BALLISTIC_KINEMATICS
Dynamic variable-mass orchestration.
standard physics engines collapse under sudden impulses. iacon's tactical manifold natively supports extreme recoil forces, ballistic trajectories, and instantaneous mass-shifting from payload deployment or munitions expenditure.
Recoil Stabilization
neural admittance models learn to brace the morphology milliseconds before high-caliber impulse events.
Variable Mass Matrix
dynamic recalculation of the center of mass as payloads are dropped or structural integrity is compromised.
Terrain Deformation
high-fidelity modeling of mud, rubble, and cratering to validate mobility in recently bombarded sectors.
Ballistic Trajectories
integrated external solvers for real-time munition tracking and evasive path-planning.
CONTROL_LAYER // ADVERSARIAL_RL
Adversarial self-play
target acquisition.
we do not train policies in isolation. arkenos deploys agents into hyper-parallel arenas against constantly evolving adversarial models. your robots learn evasive maneuvers, cover-seeking, and sub-millisecond target lock optimization against intelligent red-team policies.
VEL: MACH_0.8
1.2ms tactical decision matrix
Sensory Ingestion
Ingesting 1.2M points/sec from multi-spectral LiDAR and thermal arrays.
State Estimation
Extended Kalman Filtering fuses raw data, eliminating RF and visual noise.
Policy Inference
INT8 quantized neural network computes optimal tactical pathing.
Kinematic Output
Hydraulic actuators receive torque commands to execute maneuvers.
rf-denied
swarm coordination.
defense robots cannot rely on gps or centralized command servers. iacon's distributed control protocol enforces decentralized peer-to-peer mesh routing. when enemy ew systems jam master uplinks, the swarm instantly re-routes telemetry and coordinates decentralized attack vectors.
MORPHOLOGIES // PAYLOAD_REGISTRY
Tactical morphologies
for absolute superiority.
Iacon_Quad_T1
Flash to
ruggedized edge.
policies are natively compiled to tensorrt int8, stripping away python overhead for deterministic execution on hardened nvidia jetson agx modules operating under extreme thermal and radiation limits.
$ iacon compile --model quad_t1_combat.pt --target tensorrt_int8 --hardening strict
> [INFO] Fusing graph nodes and applying thermal throttles...> [SUCCESS] Inference jitter clamped to <0.1ms.> [SUCCESS] Binary sealed: quad_t1_combat.engine
$ iacon flash --target 10.42.0.1 --auth ecdsa-sha2-nistp256
Flashing hardened ROM... 98% [=========-]