Empowering Early Cancer Detection with Decentralized AI

The future of open-source, blockchain based cancer detection

Learn more

Powered by

100 000

lives saved

every year

with just 1% algorithm boost*

*According to the World Health Organization, in 2022, there were an estimated 9.7 million cancer-related deaths worldwide. A 1% improvement in detection algorithms could potentially save approximately 100,000 lives annually

Our mission

At the heart of our mission is a simple idea:
saving lives through smarter technology that’s free and open to the world.

We believe that when technology saves lives, it should belong to everyone and we’re here to make that happen!

Always free

Based on the unique Bittensor technology and economy we keep our algorythms 100% FREE for users worlwide

Open-source

Not only did we start with best cancer detecting open-source algorithms. Thanks to our unique Bittensor based tocenomy we empower scientists, researchers and developers to create better cancer detecting algorithms!

Decentralised

We believe in decentralised, anonymous and stable data menagment. Thanks to the Bittensor technology you can also receive rewards for sharing your computing power.

ai IS THE FUTURE

OF CANCER DETECTION

AI is revolutionizing cancer detection, enabling earlier and more accurate diagnoses that pave the way for more effective treatments and improved patient outcomes.

Now you can help us cancel cancer and earn money while doing good!

Contribute

100mln

People develop cancer every year

40,5%

of people only in US will be diagnosed with cancer in their lifetime

85-95%

is the avarage accuracy of AI cancer detection algorithms

EARNING MONEY HELPING DETECTING CANCER? I AM IN, BUT…

HOW DOES IT WORK?

BITTENSOR powered computation

Utilizing the Bittensor network provides free, decentralized computational power essential for AI-based cancer detection. This enables us to leverage vast computing resources without centralized control, ensuring scalability and cost-efficiency.

Open-source AI Cancer Detection Algorithms

Our project employs advanced machine learning algorithms trained on extensive medical datasets to accurately identify cancerous cells from medical images. We encourage collaboration with researchers and developers worldwide, fostering innovation and continuous improvement through open-source contributions.

Supporting cancer detection through sharing computing power

Thanks to Bittensor’s unique tokenomics, you can become a miner and contribute your computer’s processing power to save lives and improve health outcomes, all while earning TAO, the cryptocurrency linked to the Bittensor network.

Unique scientists rewarding tokenomy

SAFESCAN features a unique tokenomics model that rewards not only miners but also scientists and developers for providing the best performing algorithms. Contributors earn TAO tokens based on the accuracy and efficiency of their AI models, incentivizing continuous improvement and innovation. This system ensures that the highest quality algorithms are prioritized and utilized in our cancer detection platform.

Real live aplications

Our focus is on developing practical, real-life solutions. We implement the best algorithms into applicable software designed specifically to aid in the diagnosis of cancer. This approach ensures that our technological advancements translate into tangible benefits for healthcare providers and patients.

Scalability & Improved Diagnostic Speed

The decentralized architecture of Bittensor allows our system to easily scale, accommodating increasing data loads and expanding to cover more types of cancer diagnostics in the future. By harnessing the collective computational power of the Bittensor network, we significantly speed up the diagnostic process, allowing for quicker detection.

Privacy and Security

Patient data privacy is not only anonymised but also maintained through decentralized processing, ensuring that sensitive information is not stored or controlled by a single entity.

Strategic Partnerships

Establishing partnerships with medical organizations, universities, and MedTech companies that create hardware for cancer detection will facilitate the integration and implementation of our AI algorithms into cutting-edge diagnostic tools and medical practices, enhancing the overall effectiveness and reach of our cancer detection solution.

Regulatory Compliance

As subnet owners, we are committed to long-term solutions and aim to meet and invest in all necessary regulatory requirements. We are targeting compliance with key regulations such as FDA approval for the USA and MDR/CE certification for the EU for products that will require it like tools for breast and lung cancer diagnosing. This commitment ensures that our technology meets the highest standards of safety and efficacy in the medical field.

Learn more about BITTENSOR

Learn more about SAFESCAN

BEATING CANCER