Deep-Tech Research

Resocor The Frontier of Synthetic Cognition

Resocor is the deep-tech research arm of Splenta, focused on one mission — to build machines that think like the cortex.

We are reimagining artificial intelligence beyond pattern recognition, toward systems that reason, anticipate, and adapt as living intelligence does.

What We’re Building

Resocor is developing a Cortical Intelligence Engine — a new foundation for AI inspired by the brain’s predictive architecture.

Cortical Simulation

Large‑scale cortical dynamics and predictive modeling on advanced compute substrates.

Simulation fidelity • Predictive coding • Hierarchical inference

Hybrid Neuromorphic Design

Architectures that blend neuromorphic paradigms with modern accelerators for energy‑efficient cognition.

Event‑driven coding • Sparse compute • Low‑power inference

Memory & Perception Models

Models that enable understanding and retention — not just output generation.

Long‑horizon memory • Multimodal grounding • Continual learning

Integration Pathways

Integration to Droe - Robotics engine

Composable interfaces • Safe deployment • Real‑world feedback loops
Neuroscience × Computation × Synthetic Intelligence

Why It Matters

Today’s AI can respond. Tomorrow’s must reason.

Resocor explores the frontier where neuroscience, computation, and synthetic intelligence converge — building the next generation of cognitive systems from first principles.

Research Collaborations & Early Access

Collaborate with Us

We are seeking early research collaborators and partners who share this pursuit of deep, explainable, cortical‑grade AI.

Ideal collaborators include neuroscience labs, compute and architecture teams, advanced ML research groups, and organizations exploring neuromorphic or energy‑efficient intelligence. Together we can co‑design, evaluate, and iterate on systems that reason.

Collaboration Benefits

Joint Research Tracks Co‑design, studies, and evaluations
Early Prototypes Access to frameworks & tooling
Private Workshops Deep dives and roadmap input