Research
Six frontiers.
One mission.
We pursue intelligence at the boundaries of human knowledge — where physics meets computation, where biology meets machines.
01
AI Safety
Formal verification, alignment, and responsible deployment of frontier systems.
02
Medicine
Accelerating drug discovery, diagnostics, and personalized treatment.
03
Quantum
Quantum-enhanced computation and error correction at scale.
04
Biophysics
Protein folding, molecular simulation, and computational biology.
05
Robotics
Embodied intelligence, dexterous manipulation, and autonomous systems.
06
Silicon
Custom silicon architectures optimized for next-generation inference.
Latest Research
Publications & Insights
AI Safety2026-03-15
Formal Verification at Scale: Proving Alignment Before Deployment
How mathematical guarantees can replace trust when deploying frontier intelligence systems.
Webbeon Safety Team
Robotics2026-03-12
Object's First Steps: Learning Dexterous Manipulation from Scratch
How Object learns to manipulate physical objects with human-like dexterity — without human demonstrations.
Webbeon Robotics Team
Medicine2026-03-10
ArcOne Discovers Novel Drug Candidates for Antibiotic-Resistant Bacteria
Using frontier reasoning and molecular simulation to identify compounds that traditional methods miss.
Webbeon Medicine Team
Quantum2026-03-08
Quantum Error Correction with Classical Intelligence
Hybrid architectures that use frontier AI to manage quantum error correction in real time.
Webbeon Quantum Team
Biophysics2026-03-05
Protein Structure Prediction in the Post-AlphaFold Era
What's left to solve in protein science — and how we're approaching the next frontier.
Webbeon Biophysics Team
Silicon2026-03-01
Designing Inference Hardware from First Principles
Why we're building our own chips — and what it means for the future of AI inference.
Webbeon Silicon Team
AI Safety2026-02-28
The Red Team Diaries: Breaking Our Own Models
Inside Webbeon's adversarial testing program — how we stress-test frontier systems before they ship.
Webbeon Safety Team
Robotics2026-02-25
Navigation Without Maps: Embodied Intelligence in Unstructured Environments
How Object navigates complex, unstructured environments using perception alone — no pre-built maps required.
Webbeon Robotics Team
Medicine2026-02-20
Diagnostic AI That Knows What It Doesn't Know
Uncertainty quantification in clinical AI systems — why calibrated confidence matters more than raw accuracy.
Webbeon Medicine Team
Quantum2026-02-15
Simulating Molecular Systems Beyond Classical Limits
Combining ArcOne's reasoning with quantum backends to simulate molecular chemistry at unprecedented scale.
Webbeon Quantum Team
Silicon2026-02-12
Energy-Efficient AI: The Architecture Decisions That Cut Power by 40%
How custom silicon design and architecture-aware model optimization reduce the energy cost of frontier intelligence.
Webbeon Silicon Team
AI Safety2026-02-10
Responsible Scaling: When to Ship and When to Stop
A framework for making deployment decisions when capability outpaces understanding.
Webbeon Research
Biophysics2026-02-05
Molecular Dynamics at Millisecond Scale
Breaking the time-scale barrier in computational biology with ArcOne-accelerated simulation.
Webbeon Biophysics Team
Robotics2026-01-30
The Sim-to-Real Gap: What We've Learned Transferring Intelligence to Hardware
Bridging the divide between simulated training and real-world deployment — lessons from 10,000 hours of physical testing.
Webbeon Robotics Team
Silicon2026-01-25
The Memory Wall Problem and How Custom Silicon Solves It
Breaking the bandwidth bottleneck that limits frontier AI inference — through purpose-built memory architectures.
Webbeon Silicon Team
Quantum2026-01-20
The Case for Quantum-Native Neural Architectures
Why hardware-aware model design matters — and how we're building neural networks that think in qubits.
Webbeon Quantum Team
Medicine2026-01-15
Toward Personalized Treatment: Reasoning Over Patient Histories at Scale
How ArcOne processes longitudinal medical data to support individualized care decisions.
Webbeon Medicine Team
Biophysics2026-01-10
From Sequence to Function: Predicting What Proteins Actually Do
Beyond structure prediction — using frontier intelligence to understand protein behavior and biological function.
Webbeon Biophysics Team