Safe, Trustworthy Superintelligence for the U.S. and its Allies.
*Answering the call from Uncle Sam & Aunt Rosie*
Safe, Trustworthy Superintelligence for the U.S. and its Allies.
*Answering the call from Uncle Sam & Aunt Rosie*
Safe, Trustworthy Superintelligence for the U.S. and its Allies.
*Answering the call from Uncle Sam & Aunt Rosie*
Safe, Trustworthy Superintelligence for the U.S. and its Allies.
*Answering the call from Uncle Sam & Aunt Rosie*
Safe, Trustworthy Superintelligence for the U.S. and its Allies.
*Answering the call from Uncle Sam & Aunt Rosie*
THE DIFFERENCE
THE DIFFERENCE
THE DIFFERENCE
Efficiency Divide
Efficiency Divide
Efficiency Divide
From brute-force prediction → adaptive cognition.
From brute-force prediction
→ adaptive cognition.
From brute-force prediction → adaptive cognition.
E.G. LLMs
E.G. LLMs
E.G. LLMs
Problems with
static models
Problems with
static models
Problems with static models
High Capital Expenditure (CapEx) / Operating Expenditure (OpEx) from constant compute.
High Capital Expenditure (CapEx) / Operating Expenditure (OpEx) from constant compute.
Burn full power on every query.
Burn full power on every query.
Require retraining for any update.
Require retraining for any update.
Opaque outputs — “black box” reasoning.
Opaque outputs — “black box” reasoning.
Centralized scalability, costly retrains.
Centralized scalability, costly retrains.
Cloud-dependent; vulnerable in
contested networks.
Cloud-dependent; vulnerable in
contested networks.
D3Ns + YANKEE OS
D3Ns + YANKEE OS
D3Ns + YANKEE OS
Bravo Zero solution
Bravo Zero solution
Bravo Zero solution
Neuromorphic AI systems
Neuromorphic AI systems
Sparse, spiking architecture: fires only neurons needed.
Sparse, spiking architecture: fires only neurons needed.
30-70% more energy-efficient (on GPUs alone).
30-70% more energy-efficient (on GPUs alone).
Real-time online learning in deployment.
Real-time online learning in deployment.
Hardware-agnostic: runs on GPUs, TPUs,
neuromorphic, photonic, or quantum chips.
Hardware-agnostic: runs on GPUs, TPUs, neuromorphic, photonic, or quantum chips.
Hardware-agnostic: runs on GPUs, TPUs, neuromorphic, photonic, or quantum chips.
Transparent, mathematically verifiable reasoning.
Transparent, mathematically verifiable reasoning.
Operates offline and in high-security environments.
Operates offline and in high-security environments.
WHAT WE DO
WHAT WE DO
WHAT WE DO
Core Defense-Domain Applications
Core Defense-Domain
Applications
Core Defense-Domain Applications
Early warning
missile defense
Early warning
missile defense
Early warning
missile defense
Real-time, edge,
tactical intelligence
Real-time, edge,
tactical intelligence
Real-time, edge,
tactical intelligence
Code-breaking &
secure communications
Code-breaking &
secure communications
Code-breaking & secure communications
WHAT WE DO
WHAT WE DO
WHAT WE DO
Commercial Applications
Commercial Applications
Commercial Applications
Automated Business Workflows
Automated Business Workflows
Human-in-the-loop AI teams that run business operations, automate processes, and reduce operational load.
Human-in-the-loop AI teams that run business operations, automate processes, and reduce operational load.
Software Development & IT
Software Development & IT
Self-improving AI engineers that design, build, test, and maintain applications.
Self-improving AI engineers that design, build, test, and maintain applications.
Data Science & Analytics
Data Science & Analytics
Agents that analyze data, generate insights, handle reporting, and manage internal knowledge bases.
Agents that analyze data, generate insights, handle reporting, and manage internal knowledge bases.
Shape the Future of AI
with Bravo Zero
Shape the Future of AI with Bravo Zero