Ailurus pioneers biological programs, the 'software' of the living, to streamline and automate sciences. Our mission is to make biology the truly general-purpose technology, as easy to program and accessible as modern computers.
We are driven by a vision of a future where engineering the physical world becomes as intuitive as prompting the digital world.
Biology is the key to this future; it is the only platform with the innate ability to program information, matter, and energy, which compose the universe we live in, all at once.
Our mission is to place this "technology of everything" in human hands, liberating humanity from labors, and unleashing an era of creativity and discovery.
To fulfill our mission, we will need a unified architecture and language to program biology ---- essentially, we are building the "computer science" of biology.
Our journey begins by programming biology into versatile platforms and foundational tools that empower biologists and accelerate discovery.
This is achieved by building biological programs: genetic instructions that operate within living systems, much like living software. These programs transform cells into a microscopic workforce to streamline complex processes, paving the way for truly general-purpose in vivo computing and automation.
We are creating radical technologies to solve today's most impactful challenges. Our work is focused on three key areas:
Traditionally, biologists and bioengineers must be highly trained in a series of complex techniques and workflows to conduct their research, engineering, or final biological productions.
While rigorous procedures are essential for scientific discoveries, we believe this status quo is not an ideal situation. We should spend less time at the bench and more time on ideation, analysis, and creation.
By embedding essential functions into DNA instructions, we program cells to handle many tasks for you, making your life easier. Welcome to the new age of lab automation, driven by biology itself.
Experience an unprecedented scale in your research through miniaturization, parallelism, and multiplexing.
By programming thousands to trillions of cells into microscopic laboratories, we enable a multitude of diverse tests. This accelerates wet-lab validation and data generation by orders of magnitude, surpassing traditional methods and delivering actionable insights with greater speed.
Our proprietary workflow has already generated millions of wet-lab data points across over 100 custom projects, exceeding conventional limits, and we are eager to extend this technology to a broader audience.
The intricate nature of biological systems offers a unique opportunity to embrace a data-driven approach. By recognizing the synergy between artificial intelligence and biological programming, we have been working at the forefront of developing AI-Bio native workflows since 2017.
By blending cutting-edge AI models with bioprograms, and robotic lab automation, we are creating self-driving labs. Think of it as a primitive version of "biocomputer" that can conduct specialized research and explore new frontiers on its own.
This not only speeds up scientific discovery but also enriches our understanding of biological fundamentals, pushing us towards fully automated science, where breakthroughs are no longer sporadic.
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We develop the platform technologies that transform living organisms into powerful research tools.
We are driven by a vision of a future where engineering the physical world becomes as intuitive as prompting the digital world.
Biology is the key to this future; it is the only platform with the innate ability to program information, matter, and energy, which compose the universe we live in, all at once.
Our mission is to place this "technology of everything" in human hands, liberating humanity from labors, and unleashing an era of creativity and discovery.
We are driven by a vision of a future where engineering the physical world becomes as intuitive as prompting the digital world.
Biology is the key to this future; it is the only platform with the innate ability to program information, matter, and energy, which compose the universe we live in, all at once.
Our mission is to place this "technology of everything" in human hands, liberating humanity from labors, and unleashing an era of creativity and discovery.
To fulfill our mission, we will need a unified architecture and language to program biology ---- essentially, we are building the "computer science" of biology.
Our journey begins by programming biology into versatile platforms and foundational tools that empower biologists and accelerate discovery.
This is achieved by building biological programs: genetic instructions that operate within living systems, much like living software. These programs transform cells into a microscopic workforce to streamline complex processes, paving the way for truly general-purpose in vivo computing and automation.
We are creating radical technologies to solve today's most impactful challenges. Our work is focused on three key areas:
Traditionally, biologists and bioengineers must be highly trained in a series of complex techniques and workflows to conduct their research, engineering, or final biological productions.
While rigorous procedures are essential for scientific discoveries, we believe this status quo is not an ideal situation. We should spend less time at the bench and more time on ideation, analysis, and creation.
By embedding essential functions into DNA instructions, we program cells to handle many tasks for you, making your life easier. Welcome to the new age of lab automation, driven by biology itself.
Experience an unprecedented scale in your research through miniaturization, parallelism, and multiplexing.
By programming thousands to trillions of cells into microscopic laboratories, we enable a multitude of diverse tests. This accelerates wet-lab validation and data generation by orders of magnitude, surpassing traditional methods and delivering actionable insights with greater speed.
Our proprietary workflow has already generated millions of wet-lab data points across over 100 custom projects, exceeding conventional limits, and we are eager to extend this technology to a broader audience.
The intricate nature of biological systems offers a unique opportunity to embrace a data-driven approach. By recognizing the synergy between artificial intelligence and biological programming, we have been working at the forefront of developing AI-Bio native workflows since 2017.
By blending cutting-edge AI models with bioprograms, and robotic lab automation, we are creating self-driving labs. Think of it as a primitive version of "biocomputer" that can conduct specialized research and explore new frontiers on its own.
This not only speeds up scientific discovery but also enriches our understanding of biological fundamentals, pushing us towards fully automated science, where breakthroughs are no longer sporadic.