PolarisFund's profile picture. we are a crypto investment firm.

Polaris

@PolarisFund

we are a crypto investment firm.

Crypto cards are at a pretty interesting inflection point in my opinion. They’ve quietly bridged the old and new payment worlds, letting you pay from a crypto wallet while the merchant still receives fiat through the same Visa or Mastercard rails they already use. To the…

PolarisFund's tweet image. Crypto cards are at a pretty interesting inflection point in my opinion. 

They’ve quietly bridged the old and new payment worlds, letting you pay from a crypto wallet while the merchant still receives fiat through the same Visa or Mastercard rails they already use. To the…

Large language models improve in a predictable way. More text, more parameters, and more compute mostly lead to steady improvements in performance. But RFMs don’t really follow the same pattern. As we discussed in the last report as well, their progress + progression is highly…

PolarisFund's tweet image. Large language models improve in a predictable way. More text, more parameters, and more compute mostly lead to steady improvements in performance. 

But RFMs don’t really follow the same pattern. As we discussed in the last report as well, their progress + progression is highly…

With language models, scale is simple: feed them more text, bigger networks, and more compute, and they usually get better. Robotic foundation models (RFMs) are built a bit different. They live and operate in the physical world with hardware, sensors, moving parts, and real…

PolarisFund's tweet image. With language models, scale is simple: feed them more text, bigger networks, and more compute, and they usually get better.

Robotic foundation models (RFMs) are built a bit different. They live and operate in the physical world with hardware, sensors, moving parts, and real…

Robots today come in all forms - walking, rolling, flying, swimming, even squishing through tight spaces. Their diversity isn’t just about how they look: it’s about what they’re built to do. From humanoids that mirror human motion to drones that chart the skies, each type…

PolarisFund's tweet image. Robots today come in all forms - walking, rolling, flying, swimming, even squishing through tight spaces. 

Their diversity isn’t just about how they look: it’s about what they’re built to do. From humanoids that mirror human motion to drones that chart the skies, each type…
PolarisFund's tweet image. Robots today come in all forms - walking, rolling, flying, swimming, even squishing through tight spaces. 

Their diversity isn’t just about how they look: it’s about what they’re built to do. From humanoids that mirror human motion to drones that chart the skies, each type…

Robotics has historically focused on building better hardware and tightly engineered control systems. But the real long-term advantage is shifting toward something far less visible 'proprietary motion data' - which is generated by fleets of operating robots. Motion logs…

PolarisFund's tweet image. Robotics has historically focused on building better hardware and tightly engineered control systems. 

But the real long-term advantage is shifting toward something far less visible 'proprietary motion data' - which is generated by fleets of operating robots. 

Motion logs…

For decades, robotics was limited to rigid, rule-based machines confined to factory floors. These systems were manually programmed for narrow tasks, operating in structured environments with no ability to perceive, reason, or adapt. They relied on hardcoded scripts, required…

PolarisFund's tweet image. For decades, robotics was limited to rigid, rule-based machines confined to factory floors.

These systems were manually programmed for narrow tasks, operating in structured environments with no ability to perceive, reason, or adapt. 

They relied on hardcoded scripts, required…

Today, training and fine-tuning of AI models is dominated by a handful of companies, requiring billions of dollars in compute and relying on proprietary cloud infra. Decentralized training can help mitigate this dependency, enabling an open, verifiable, and community-driven…

PolarisFund's tweet image. Today, training and fine-tuning of AI models is dominated by a handful of companies, requiring billions of dollars in compute and relying on proprietary cloud infra.

Decentralized training can help mitigate this dependency, enabling an open, verifiable, and community-driven…

Esta conta não segue ninguém no momento

United States Tendências

Loading...

Something went wrong.


Something went wrong.