A NEW KIND OF COMPUTER
A NEW KIND OF COMPUTER
A NEW KIND OF COMPUTER
Ava Technologies is developing the world's first emergent computers —
a new class of machine that computes through emergence.
Ava Technologies is developing the world’s first emergent computers —
a new class of machine that computes through emergence.
Ava Technologies is developing the world’s first emergent computers —
a new class of machine that computes through emergence.
READ WHITE PAPER
READ WHITE PAPER
IMPOSSIBLE TILL
ITS NOT.
IMPOSSIBLE TILL
ITS NOT.
IMPOSSIBLE TILL
ITS NOT.
For more than seventy years, the world has been built on transistor-based computing. Every smartphone, laptop, supercomputer, and AI system traces its foundation back to the same fundamental building block: the transistor.
At Ava Technologies, we’re building a new computing architecture powered by Emergent Computing. Beyond hardware, we’re developing an integrated ecosystem of software, cloud infrastructure, operating systems, developer technologies, and emergent intelligence designed to evolve together.
One architecture. One ecosystem. One future.
For more than seventy years, the world has been built on transistor-based computing. Every smartphone, laptop, supercomputer, and AI system traces its foundation back to the same fundamental building block: the transistor.
At Ava Technologies, we’re building a new computing architecture powered by Emergent Computing. Beyond hardware, we’re developing an integrated ecosystem of software, cloud infrastructure, operating systems, developer technologies, and emergent intelligence designed to evolve together.
One architecture. One ecosystem. One future.
For more than seventy years, the world has been built on transistor-based computing. Every smartphone, laptop, supercomputer, and AI system traces its foundation back to the same fundamental building block: the transistor.
At Ava Technologies, we’re building a new computing architecture powered by Emergent Computing. Beyond hardware, we’re developing an integrated ecosystem of software, cloud infrastructure, operating systems, developer technologies, and emergent intelligence designed to evolve together.
One architecture. One ecosystem. One future.
01 / EMERGENT FOUNDATIONS
TECHNOLOGY
TECHNOLOGY
TECHNOLOGY
RESEARCH AREA
Emergent Computing
The next generation of computing architectures.
RESEARCH AREA
Computational Nanorobotics
Research into nanorobotic systems designed for computation.
RESEARCH AREA
Emergent Intelligence
New models for adaptive intelligence.
RESEARCH AREA
Cloud Computing
Distributed infrastructure for emergent workloads.
RESEARCH AREA
Operating Systems
Operating systems designed around Emergent Computing.
RESEARCH AREA
Programming Languages
New paradigms for programming computational particles.
RESEARCH FOCUS
Computational Nanorobotics
Computational Nanorobotics
Ava is pioneering Computational Nanorobotics—the exploration of nanorobotic systems designed specifically for computation. Unlike traditional nanorobotics, which primarily focuses on medicine or manufacturing, our research investigates how programmable nanorobots could one day become the physical building blocks of a new generation of computing architectures. This long-term research complements our software-first strategy and represents Ava’s vision for the future of computing hardware.
Ava is pioneering Computational Nanorobotics—the exploration of nanorobotic systems designed specifically for computation. Unlike traditional nanorobotics, which primarily focuses on medicine or manufacturing, our research investigates how programmable nanorobots could one day become the physical building blocks of a new generation of computing architectures. This long-term research complements our software-first strategy and represents Ava’s vision for the future of computing hardware.
RESEARCH
RESEARCH
RESEARCH
Peer-reviewed thinking, technical notes, and experimental media from Ava’s emergent computing program.
Peer-reviewed thinking, technical notes, and experimental media from Ava’s emergent computing program.
Peer-reviewed thinking, technical notes, and experimental media from Ava’s emergent computing program.
WHITE PAPER / 2026
Foundational Research in Emergent Computing
Foundational Research in Emergent Computing
Foundational Research in Emergent Computing
A technical introduction to interaction-based computation, presenting a computational model built from emergent particle dynamics rather than programmed instruction.
A technical introduction to interaction-based computation, presenting a computational model built from emergent particle dynamics rather than programmed instruction.
A technical introduction to interaction-based computation, presenting a computational model built from emergent particle dynamics rather than programmed instruction.
Open Paper
APPLICATIONS
APPLICATIONS
APPLICATIONS
PHYSICS-NATIVE WORKLOADS
Native applications of emergent computing are problems where the physical system performs useful work directly: searching, adapting, sensing, optimizing, and inferring through interaction.
Native applications of emergent computing are problems where the physical system performs useful work directly: searching, adapting, sensing, optimizing, and inferring through interaction.
Native applications of emergent computing are problems where the physical system performs useful work directly: searching, adapting, sensing, optimizing, and inferring through interaction.
10
10
10
workload classes
workload classes
∞
∞
∞
continuous state space
continuous state space
Δ
Δ
Δ
adaptive dynamics
adaptive dynamics
AI / Robotics
Embodied intelligence
Scientific Simulation
Physics as the simulator
Materials Discovery
Search matter directly
Optimization
Native search and routing
Autonomous Control
Systems that adapt
AI / Robotics
Embodied intelligence
Scientific Simulation
Physics as the simulator
Materials Discovery
Search matter directly
Optimization
Native search and routing
Autonomous Control
Systems that adapt
AI / Robotics
Embodied intelligence
Scientific Simulation
Physics as the simulator
Materials Discovery
Search matter directly
Optimization
Native search and routing
Autonomous Control
Systems that adapt
Drug Discovery
Molecular search space
Energy Systems
Grid, storage, fusion
Signal Intelligence
Sensing and inference
Climate Modeling
Complex dynamic systems
Industrial Design
Optimize physical form
Drug Discovery
Molecular search space
Energy Systems
Grid, storage, fusion
Signal Intelligence
Sensing and inference
Climate Modeling
Complex dynamic systems
Industrial Design
Optimize physical form
Drug Discovery
Molecular search space
Energy Systems
Grid, storage, fusion
Signal Intelligence
Sensing and inference
Climate Modeling
Complex dynamic systems
Industrial Design
Optimize physical form
Instead of translating every workload into instructions, emergent computing lets the right physical process become the computation.
Instead of translating every workload into instructions, emergent computing lets the right physical process become the computation.
Instead of translating every workload into instructions, emergent computing lets the right physical process become the computation.
Build with the physics of the world.
Build with the physics of the world.
Build with the physics of the world.
Follow the research, releases, and experiments across Ava’s social channels.
Follow the research, releases, and experiments across Ava’s social channels.
Follow the research, releases, and experiments across Ava’s social channels.
© 2026 Ava Technologies. All rights reserved.
© 2026 Ava Technologies. All rights reserved.
“A new kind of computer demands a new kind of thinking. That is what we are building.”
“A new kind of computer demands a new kind of thinking. That is what we are building.”
“A new kind of computer demands a new kind of thinking. That is what we are building.”