Introducing MakoGenerate. The fastest way to write GPU kernels.
Generate optimized GPU kernels in under 60 seconds

Introducing MakoGenerate. The fastest way to write GPU kernels.
Generate optimized GPU kernels in under 60 seconds

Introducing MakoGenerate. The fastest way to write GPU kernels.
Generate optimized GPU kernels in under 60 seconds

Introducing MakoGenerate. The fastest way to write GPU kernels.
Generate optimized GPU kernels in under 60 seconds

AI-powered kernel generation is here
AI-powered kernel generation is here
MakoGenerate is an AI agent that can write and validate ultra-efficient CUDA and Triton kernels. Whether you're building ML pipelines or physics simulations, agent can take in any input and create production-ready GPU code.




The fastest way to build, tune, and deploy GPU kernels.
The fastest way to build, tune, and deploy GPU kernels.
Auto code generation
Fully automated GPU code generation
AI transforms PyTorch or natural language into production-quality kernels
Mako ’s AI writes the GPU code for you — no need to learn CUDA or hire performance engineers.
Full-stack agent
Fully automated GPU code generation
Generate, compile, validate, and benchmark automatically
Mako ’s AI writes the GPU code for you — no need to learn CUDA or hire performance engineers.
Lightning-fast compilation
Fully automated GPU code generation
Our new build pipeline is now 15× faster, dramatically improving iteration speed and enabling rapid workflows.
Mako ’s AI writes the GPU code for you — no need to learn CUDA or hire performance engineers.
Evolutionary tuning engine
Fully automated GPU code generation
Explore hundreds of variations to land on the best-performing kernel
Mako ’s AI writes the GPU code for you — no need to learn CUDA or hire performance engineers.
Built-in benchmarking
Fully automated GPU code generation
See latency, FLOP efficiency, and throughput metrics instantly
Mako ’s AI writes the GPU code for you — no need to learn CUDA or hire performance engineers.
Anywhere deployment
Fully automated GPU code generation
Drop Mako kernels directly into your stack—no rewrites needed
Mako ’s AI writes the GPU code for you — no need to learn CUDA or hire performance engineers.
MakoGenerate writes expert-level GPU Kernels

183% of torch.compile performance
for a DeepSeek MOE small batch kernel on NVIDIA H100





146% of torch.compile performance
for Flash Attention with a specific shape on NVIDIA H100





262% of torch.compile performance
for Conv2D-Depthwise-Asymmetric kernel on NVIDIA H100








What kinds of applications benefit from Mako?
Large language models, transformer architectures, and high-throughput inference workloads see significant performance gains. Computer vision models, recommendation systems, and any GPU-bottlenecked application also benefit from automated kernel optimization.
Do I need to know CUDA to use Mako?
Not at all. MakoOptimize handles all GPU programming complexity automatically. You can describe logic in Python-like syntax or natural language, and Mako handles the rest.
Can Mako be used in production today?
Yes. We're working with early adopters in production environments now. Join the waitlist to get early access and hands-on support.
What kinds of applications benefit from Mako?
Large language models, transformer architectures, and high-throughput inference workloads see significant performance gains. Computer vision models, recommendation systems, and any GPU-bottlenecked application also benefit from automated kernel optimization.
Do I need to know CUDA to use Mako?
Not at all. MakoOptimize handles all GPU programming complexity automatically. You can describe logic in Python-like syntax or natural language, and Mako handles the rest.
Can Mako be used in production today?
Yes. We're working with early adopters in production environments now. Join the waitlist to get early access and hands-on support.
What kinds of applications benefit from Mako?
Large language models, transformer architectures, and high-throughput inference workloads see significant performance gains. Computer vision models, recommendation systems, and any GPU-bottlenecked application also benefit from automated kernel optimization.
Do I need to know CUDA to use Mako?
Not at all. MakoOptimize handles all GPU programming complexity automatically. You can describe logic in Python-like syntax or natural language, and Mako handles the rest.
Can Mako be used in production today?
Yes. We're working with early adopters in production environments now. Join the waitlist to get early access and hands-on support.
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Copyright © 2025 Mako. All rights reserved.
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Copyright © 2025 Mako. All rights reserved.
Products
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Copyright © 2025 Mako. All rights reserved.
Products
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Copyright © 2025 Mako. All rights reserved.