A research & development temple aligning autonomy, intelligence, and deep space exploration.
SITH engineers the convergence of autonomous systems, artificial intelligence, bioengineering, and space exploration into a single operational doctrine. Built for long-horizon missions, we design, test, and integrate the instruments that push beyond known frontiers.
Active Experiments
142
Petabytes Captured
18.6
Global Partners
38
Signal Operations
Helios Array
64 km subterranean accelerator loop with adaptive plasma steering and quantum-cooled detectors.
Field Notes
Chronometric drift stabilized across all arrays.
Multiverse calibration session completed. Next-up: phase coherence trials with the deep-sea neutrino lattice.
Research Focus
Autonomous systems to space integration
SITH advances autonomous systems, artificial intelligence, bioengineering, and space exploration with deep integration across all mission layers.
Autonomous Systems
Self-orchestrating fleets, adaptive control loops, and resilient robotics for frontier environments.
Status: Active
Artificial Intelligence
Model-driven inference, anomaly prediction, and mission synthesis across complex datasets.
Status: Active
Bioengineering
Living materials, regenerative interfaces, and bio-adaptive systems for extreme conditions.
Status: Active
Space Exploration & Integration
Orbital-to-ground coordination, propulsion research, and deep-space instrumentation stacks.
Status: Active
Facilities
Precision hubs in three signal cities
Our facilities anchor in Provo, Uppsala, and Ingolstadt, orchestrated as one synchronized research lattice. Each site specializes in a critical phase of discovery while sharing telemetry across the SITH mesh.
Facility
Provo Nexus
Autonomous systems integration lab coordinating field robotics and control logic.
Facility
Uppsala Array
Astro-signal observatory tuned for deep-space telemetry and anomaly tracking.
Facility
Ingolstadt Forge
Advanced fabrication unit for aerospace composites and mission hardware.
Signals
Live synthesis lattice
Real-time telemetry streams fused across autonomous systems, AI cores, bioengineering stacks, and space operations.
Tooling
SITH Integration Kit
Unified toolchain for mission simulation, autonomous deployment, and live anomaly response across domains.
Publications
24 validated releases in 2024
Findings from autonomous fleets, neural inference, and deep-space biointerfaces. Explore the open archive.
Collaboration
Build the next experiment with us
We partner with universities, independent labs, and industries ready to prototype frontier science. Our review board responds within 14 days.