About SizeAt
Better circuits for the world’s hardest problems.
Our mission is to transform circuit design, so that engineers can create more powerful, more efficient circuits for the toughest problems of today and the ones still to come.
- A brainwave.
- A heartbeat.
- A voice.
- A wireless signal.
- A stream of data.
- A high-speed link.
The next great ideas of invention are waiting to be designed.
The transistor is the most manufactured object in human history, and every one of them was sized by an engineer. The breakthroughs ahead — a cure, a cleaner grid, smarter machines, a prosthetic hand that can feel — will need billions more.
The defining challenges of the next decade will be solved in silicon.
- AI data centers that compute more and consume less.
- Robots whose every touch, position and motion begins with precision.
- Smart devices that last longer on every charge.
- Medical implants that keep a heart in rhythm for years.
- Satellites that bring the internet to the most remote village.
Every one of them runs on analog, mixed-signal and custom digital circuits.
For researchers and engineers who want to turn their innovative ideas into real, working chips, we size their transistors with instant, exact answers that shorten their design cycle, so the technology the world needs reaches people sooner. Because the sooner a good idea becomes a working chip, the sooner it can change a life.
That is our mission.
For more than half a century, the semiconductor industry has made transistors smaller, faster and cheaper. Yet designing analog, mixed-signal and custom digital circuits is still a craft, and still the most demanding part of chip design. So we are developing a new strategy to shrink the chip design cycle itself, delivering exact, transistor-level solutions in seconds.
Through years of research and development, our team has developed specialized architectures that combine massive, high-accuracy computational datasets with our proprietary multidimensional framework.
Achieving this level of numerical accuracy requires far more than standard datasets. Our framework explores complex interactions across extensive datasets to construct high-fidelity solution landscapes.
Our team has engineered a dedicated, server-side HPC cluster running a proprietary multi-stage numerical solver engine, designed to process large-scale distributed datasets using custom-compiled integrations and advanced distributed orchestration.
All requests are processed exclusively within our secure, server-side computing infrastructure.
Every result is derived from a high-fidelity computational solution space, providing complete numerical solutions rather than approximate values obtained through basic interpolation.
No solver source code, internal maths, proprietary datasets or confidential technical information are ever transmitted to the client.
Users can access the results, but the technology behind them remains entirely proprietary.
Pioneered by the SizeAt team.
Alaukik J., Akshay J., Darshan K., Jatin T., Banseedhar G., Divyesh J., Maulik J., Harikrushna K.