Mission
Mission
Apr 14, 2025
Marco Mascolo
At Hanomi, we believe that CAD software isn’t broken; it performs exactly as it was designed to: as a powerful, flexible tool for engineers. The problem, however, lies in its nature as a tool. CAD software is inherently not intelligent. Its overwhelming functionality places the burden of expertise on the user, demanding years of experience and specialization to unlock its full potential.
At Hanomi, we believe that CAD software isn’t broken; it performs exactly as it was designed to: as a powerful, flexible tool for engineers. The problem, however, lies in its nature as a tool. CAD software is inherently not intelligent. Its overwhelming functionality places the burden of expertise on the user, demanding years of experience and specialization to unlock its full potential.
At Hanomi, we believe that CAD software isn’t broken; it performs exactly as it was designed to: as a powerful, flexible tool for engineers. The problem, however, lies in its nature as a tool. CAD software is inherently not intelligent. Its overwhelming functionality places the burden of expertise on the user, demanding years of experience and specialization to unlock its full potential.
At Hanomi, we believe that CAD software isn’t broken; it performs exactly as it was designed to: as a powerful, flexible tool for engineers. The problem, however, lies in its nature as a tool. CAD software is inherently not intelligent. Its overwhelming functionality places the burden of expertise on the user, demanding years of experience and specialization to unlock its full potential.
This reality creates significant challenges in engineering workflows. CAD software is merely a shell for execution, leaving engineers to navigate steep and prolonged learning curves, often peaking only after decades of professional experience. Expertise becomes siloed within individuals, with knowledge remaining inaccessible to others. Engineers specializing in specific areas, such as brakes or surfaces in automotive, often find themselves unable to move laterally in their careers without sacrificing income or stability. This rigid specialization stifles growth, mobility, and innovation.
This reality creates significant challenges in engineering workflows. CAD software is merely a shell for execution, leaving engineers to navigate steep and prolonged learning curves, often peaking only after decades of professional experience. Expertise becomes siloed within individuals, with knowledge remaining inaccessible to others. Engineers specializing in specific areas, such as brakes or surfaces in automotive, often find themselves unable to move laterally in their careers without sacrificing income or stability. This rigid specialization stifles growth, mobility, and innovation.
This reality creates significant challenges in engineering workflows. CAD software is merely a shell for execution, leaving engineers to navigate steep and prolonged learning curves, often peaking only after decades of professional experience. Expertise becomes siloed within individuals, with knowledge remaining inaccessible to others. Engineers specializing in specific areas, such as brakes or surfaces in automotive, often find themselves unable to move laterally in their careers without sacrificing income or stability. This rigid specialization stifles growth, mobility, and innovation.
This reality creates significant challenges in engineering workflows. CAD software is merely a shell for execution, leaving engineers to navigate steep and prolonged learning curves, often peaking only after decades of professional experience. Expertise becomes siloed within individuals, with knowledge remaining inaccessible to others. Engineers specializing in specific areas, such as brakes or surfaces in automotive, often find themselves unable to move laterally in their careers without sacrificing income or stability. This rigid specialization stifles growth, mobility, and innovation.
Hanomi’s vision is to change this.
We don’t seek to replace CAD software or overhaul engineering workflows; instead, we aim to augment them with an intelligent layer, a layer that democratizes knowledge and enables engineers of all levels to achieve results comparable to decades of expertise. By embedding intelligence into the workflow, Hanomi empowers junior engineers to perform at the same level as seasoned experts, whether in surface design, manufacturing, or any other domain.
Hanomi’s vision is to change this.
We don’t seek to replace CAD software or overhaul engineering workflows; instead, we aim to augment them with an intelligent layer, a layer that democratizes knowledge and enables engineers of all levels to achieve results comparable to decades of expertise. By embedding intelligence into the workflow, Hanomi empowers junior engineers to perform at the same level as seasoned experts, whether in surface design, manufacturing, or any other domain.
Hanomi’s vision is to change this.
We don’t seek to replace CAD software or overhaul engineering workflows; instead, we aim to augment them with an intelligent layer, a layer that democratizes knowledge and enables engineers of all levels to achieve results comparable to decades of expertise. By embedding intelligence into the workflow, Hanomi empowers junior engineers to perform at the same level as seasoned experts, whether in surface design, manufacturing, or any other domain.
Hanomi’s vision is to change this.
We don’t seek to replace CAD software or overhaul engineering workflows; instead, we aim to augment them with an intelligent layer, a layer that democratizes knowledge and enables engineers of all levels to achieve results comparable to decades of expertise. By embedding intelligence into the workflow, Hanomi empowers junior engineers to perform at the same level as seasoned experts, whether in surface design, manufacturing, or any other domain.
Our journey begins with 2D drawings, the foundational link between design and manufacturing. These drawings capture and communicate design intent in a way no other medium can, bridging the gap between a designer’s vision and a manufacturer’s reality. It’s in these drawings that perfection meets imperfection, where decades-old machinery transforms raw material into tangible components, exposing bottlenecks and constraints that CAD models alone cannot predict.
Our journey begins with 2D drawings, the foundational link between design and manufacturing. These drawings capture and communicate design intent in a way no other medium can, bridging the gap between a designer’s vision and a manufacturer’s reality. It’s in these drawings that perfection meets imperfection, where decades-old machinery transforms raw material into tangible components, exposing bottlenecks and constraints that CAD models alone cannot predict.
Our journey begins with 2D drawings, the foundational link between design and manufacturing. These drawings capture and communicate design intent in a way no other medium can, bridging the gap between a designer’s vision and a manufacturer’s reality. It’s in these drawings that perfection meets imperfection, where decades-old machinery transforms raw material into tangible components, exposing bottlenecks and constraints that CAD models alone cannot predict.
Our journey begins with 2D drawings, the foundational link between design and manufacturing. These drawings capture and communicate design intent in a way no other medium can, bridging the gap between a designer’s vision and a manufacturer’s reality. It’s in these drawings that perfection meets imperfection, where decades-old machinery transforms raw material into tangible components, exposing bottlenecks and constraints that CAD models alone cannot predict.
Starting with 2D drawings allows us to keep manufacturability and design intent at the forefront while laying the groundwork to expand upstream. Over time, our goal is to create an ecosystem of agentic tools that integrate seamlessly with CAD, simulation, and manufacturing software, enabling a truly end-to-end process.
The result? Faster design iterations (up to 100x) while freeing engineers from being locked into narrow career paths. This is not just about productivity; it’s about freedom and mobility. It’s about enabling engineers to reinvent themselves, shift industries, and embrace new challenges without being bound by the constraints of expertise silos.
Starting with 2D drawings allows us to keep manufacturability and design intent at the forefront while laying the groundwork to expand upstream. Over time, our goal is to create an ecosystem of agentic tools that integrate seamlessly with CAD, simulation, and manufacturing software, enabling a truly end-to-end process.
The result? Faster design iterations (up to 100x) while freeing engineers from being locked into narrow career paths. This is not just about productivity; it’s about freedom and mobility. It’s about enabling engineers to reinvent themselves, shift industries, and embrace new challenges without being bound by the constraints of expertise silos.
Starting with 2D drawings allows us to keep manufacturability and design intent at the forefront while laying the groundwork to expand upstream. Over time, our goal is to create an ecosystem of agentic tools that integrate seamlessly with CAD, simulation, and manufacturing software, enabling a truly end-to-end process.
The result? Faster design iterations (up to 100x) while freeing engineers from being locked into narrow career paths. This is not just about productivity; it’s about freedom and mobility. It’s about enabling engineers to reinvent themselves, shift industries, and embrace new challenges without being bound by the constraints of expertise silos.
Starting with 2D drawings allows us to keep manufacturability and design intent at the forefront while laying the groundwork to expand upstream. Over time, our goal is to create an ecosystem of agentic tools that integrate seamlessly with CAD, simulation, and manufacturing software, enabling a truly end-to-end process.
The result? Faster design iterations (up to 100x) while freeing engineers from being locked into narrow career paths. This is not just about productivity; it’s about freedom and mobility. It’s about enabling engineers to reinvent themselves, shift industries, and embrace new challenges without being bound by the constraints of expertise silos.
We also recognize that Hanomi is just one piece of the puzzle. The future lies in a collaborative ecosystem of companies, each contributing to a smarter, more dynamic engineering workflow. Together, we can redefine what it means to design and manufacture in the 21st century, ensuring that tools like CAD remain tools, while intelligence becomes the differentiator.
In short, Hanomi’s mission is to democratize engineering expertise. Unlocking the potential of tools and empowering people to create a future where innovation is accessible to everyone.
We also recognize that Hanomi is just one piece of the puzzle. The future lies in a collaborative ecosystem of companies, each contributing to a smarter, more dynamic engineering workflow. Together, we can redefine what it means to design and manufacture in the 21st century, ensuring that tools like CAD remain tools, while intelligence becomes the differentiator.
In short, Hanomi’s mission is to democratize engineering expertise. Unlocking the potential of tools and empowering people to create a future where innovation is accessible to everyone.
We also recognize that Hanomi is just one piece of the puzzle. The future lies in a collaborative ecosystem of companies, each contributing to a smarter, more dynamic engineering workflow. Together, we can redefine what it means to design and manufacture in the 21st century, ensuring that tools like CAD remain tools, while intelligence becomes the differentiator.
In short, Hanomi’s mission is to democratize engineering expertise. Unlocking the potential of tools and empowering people to create a future where innovation is accessible to everyone.
We also recognize that Hanomi is just one piece of the puzzle. The future lies in a collaborative ecosystem of companies, each contributing to a smarter, more dynamic engineering workflow. Together, we can redefine what it means to design and manufacture in the 21st century, ensuring that tools like CAD remain tools, while intelligence becomes the differentiator.
In short, Hanomi’s mission is to democratize engineering expertise. Unlocking the potential of tools and empowering people to create a future where innovation is accessible to everyone.
3D to 2D in minutes with Hanomi
© 2025 Hanomi Inc. All Rights reserved
3D to 2D in minutes with Hanomi
© 2025 Hanomi Inc. All Rights reserved
3D to 2D in minutes with Hanomi
© 2025 Hanomi Inc. All Rights reserved
3D to 2D in minutes with Hanomi
© 2025 Hanomi Inc. All Rights reserved
3D to 2D in minutes with Hanomi
© 2025 Hanomi Inc. All Rights reserved
3D to 2D in minutes with Hanomi
© 2025 Hanomi Inc. All Rights reserved