Mitchell Leshchiner retweeted
1000 pct! Moral clarity! We will not be quiet. We will not be good jews. We will not pretend and normalize being treated with double stds and we will not apply those to ourselves. Some of us will be loud and proud.
Mitchell Leshchiner retweeted
BREAKING 🚨Pro-Palestinian supporters set the American flag on fire in Chicago.
If they hate America so much, what are they doing there?!
Mitchell Leshchiner retweeted
𝗨𝗡𝗢𝗙𝗙𝗜𝗖𝗜𝗔𝗟 𝗕𝗢𝗔𝗥𝗗 𝗠𝗘𝗘𝗧𝗜𝗡𝗚 𝗨𝗣𝗗𝗔𝗧𝗘:
• 713% MRR growth since January
• Zero customer churn
• Nearly 20 people, mostly software engineers LIVING IN FACTORIES for months
Working with AMAZING MANUFACTURERS like Mossberg Firearms, MoonPie, Wellborn Cabinet, and more.
Giving the people who build America the tools they deserve.
If you run a factory and want an AI operating system, hit me up!
Proud of this crew.
LFG! 🦅🇺🇸
Mitchell Leshchiner retweeted
Impatience is a virtue.
When you're building products that will make the world better, delays are really costly.
Building autonomous surgery, I know patients are stuck on waiting lists or getting suboptimal treatment every day. Solving that even a little sooner has huge value.
Mitchell Leshchiner retweeted
in your early 20s, one of the best things you can do for yourself professionally is put yourself in extreme situations that challenge you in some way
for me, that meant:
>doing 40 or 50 hours a week of research during undergrad
>working at a startup building optical computing hardware as employee #5
>co-founding @WisprFlow
basically, you should try to identify the craziest problem someone is working on, and figure out how you might be able to help shape a solution to that problem
Mitchell Leshchiner retweeted
Ben Shapiro on the genocide accusation.
WOW. Holy shit. The best response to Palestinian bullshit ever.
Meticulous. Masterclass by @benshapiro
You’ve gotta watch this
Mitchell Leshchiner retweeted
WOW. Holy shit. The best response to Palestinian bullshit ever.
Meticulous. Masterclass by @benshapiro
You’ve gotta watch this
Mitchell Leshchiner retweeted
'Criminal illegal' migrant shot by ICE tormented NYC apartment building with machete, neighbor claims: 'Menace to society' nypost.com/2026/10/10/us-new…
Mitchell Leshchiner retweeted
Around 50 French police officers were injured in clashes near Place de la Bastille in Paris today.
French Interior Ministry: roughly 25,000 took part in the Paris riots.
Mitchell Leshchiner retweeted
Let’s save some lives. ❤️
Today, we’re introducing Nefesh by @electrokare - a foundation model for human physiology.
The human body produces an extraordinary amount of information. Our ability to understand it, and use it to help, has barely caught up. We started Electrokare to change that.
Our first window into the body is the ECG. A few seconds of electrical activity, collected every day in clinics, hospitals, and wearables around the world. We believe it can tell physicians far more about a patient than it does today.
Nefesh is our foundation for that work: learning from the underlying signal to answer a growing range of questions about cardiac function, structure, and the physiology beyond them.
For a physician, the promise is concrete. Recognizing disease earlier. Knowing which patient needs a closer look. Getting more information from a test already in your hands.
For us, this is the beginning of a much larger undertaking.
We want to bring multiple signals and modalities together into a model of how the human body works, one that can help medicine move from treating disease after it declares itself to understanding what is changing, and acting earlier.
Today, we’re sharing the first chapter.
Introducing Nefesh, by Electrokare. Live across multiple clinical sites, and tens of thousands of patients.
Making physiology computable.
If you’re a physician or healthcare leader who wants to help build this future, I’d love to hear from you.
Mitchell Leshchiner retweeted
Mitchell is one of the most memorable founders I’ve ever met. So excited to see Nefesh change lives!
Today, we’re introducing Nefesh by @electrokare - a foundation model for human physiology.
The human body produces an extraordinary amount of information. Our ability to understand it, and use it to help, has barely caught up. We started Electrokare to change that.
Our first window into the body is the ECG. A few seconds of electrical activity, collected every day in clinics, hospitals, and wearables around the world. We believe it can tell physicians far more about a patient than it does today.
Nefesh is our foundation for that work: learning from the underlying signal to answer a growing range of questions about cardiac function, structure, and the physiology beyond them.
For a physician, the promise is concrete. Recognizing disease earlier. Knowing which patient needs a closer look. Getting more information from a test already in your hands.
For us, this is the beginning of a much larger undertaking.
We want to bring multiple signals and modalities together into a model of how the human body works, one that can help medicine move from treating disease after it declares itself to understanding what is changing, and acting earlier.
Today, we’re sharing the first chapter.
Introducing Nefesh, by Electrokare. Live across multiple clinical sites, and tens of thousands of patients.
Making physiology computable.
If you’re a physician or healthcare leader who wants to help build this future, I’d love to hear from you.
Mitchell Leshchiner retweeted
👀👀
Today, we’re introducing Nefesh by @electrokare - a foundation model for human physiology.
The human body produces an extraordinary amount of information. Our ability to understand it, and use it to help, has barely caught up. We started Electrokare to change that.
Our first window into the body is the ECG. A few seconds of electrical activity, collected every day in clinics, hospitals, and wearables around the world. We believe it can tell physicians far more about a patient than it does today.
Nefesh is our foundation for that work: learning from the underlying signal to answer a growing range of questions about cardiac function, structure, and the physiology beyond them.
For a physician, the promise is concrete. Recognizing disease earlier. Knowing which patient needs a closer look. Getting more information from a test already in your hands.
For us, this is the beginning of a much larger undertaking.
We want to bring multiple signals and modalities together into a model of how the human body works, one that can help medicine move from treating disease after it declares itself to understanding what is changing, and acting earlier.
Today, we’re sharing the first chapter.
Introducing Nefesh, by Electrokare. Live across multiple clinical sites, and tens of thousands of patients.
Making physiology computable.
If you’re a physician or healthcare leader who wants to help build this future, I’d love to hear from you.
Mitchell Leshchiner retweeted
this is so awesome!!
Today, we’re introducing Nefesh by @electrokare - a foundation model for human physiology.
The human body produces an extraordinary amount of information. Our ability to understand it, and use it to help, has barely caught up. We started Electrokare to change that.
Our first window into the body is the ECG. A few seconds of electrical activity, collected every day in clinics, hospitals, and wearables around the world. We believe it can tell physicians far more about a patient than it does today.
Nefesh is our foundation for that work: learning from the underlying signal to answer a growing range of questions about cardiac function, structure, and the physiology beyond them.
For a physician, the promise is concrete. Recognizing disease earlier. Knowing which patient needs a closer look. Getting more information from a test already in your hands.
For us, this is the beginning of a much larger undertaking.
We want to bring multiple signals and modalities together into a model of how the human body works, one that can help medicine move from treating disease after it declares itself to understanding what is changing, and acting earlier.
Today, we’re sharing the first chapter.
Introducing Nefesh, by Electrokare. Live across multiple clinical sites, and tens of thousands of patients.
Making physiology computable.
If you’re a physician or healthcare leader who wants to help build this future, I’d love to hear from you.
Mitchell Leshchiner retweeted
Mitchell is by far one of the most incredible people to talk to. Some of my family members have chronic disease and I often wonder what we could have done before the symptoms fully developed. Very exciting work!
Today, we’re introducing Nefesh by @electrokare - a foundation model for human physiology.
The human body produces an extraordinary amount of information. Our ability to understand it, and use it to help, has barely caught up. We started Electrokare to change that.
Our first window into the body is the ECG. A few seconds of electrical activity, collected every day in clinics, hospitals, and wearables around the world. We believe it can tell physicians far more about a patient than it does today.
Nefesh is our foundation for that work: learning from the underlying signal to answer a growing range of questions about cardiac function, structure, and the physiology beyond them.
For a physician, the promise is concrete. Recognizing disease earlier. Knowing which patient needs a closer look. Getting more information from a test already in your hands.
For us, this is the beginning of a much larger undertaking.
We want to bring multiple signals and modalities together into a model of how the human body works, one that can help medicine move from treating disease after it declares itself to understanding what is changing, and acting earlier.
Today, we’re sharing the first chapter.
Introducing Nefesh, by Electrokare. Live across multiple clinical sites, and tens of thousands of patients.
Making physiology computable.
If you’re a physician or healthcare leader who wants to help build this future, I’d love to hear from you.
Mitchell Leshchiner retweeted
Incredibly excited about what @MLeshchiner and the @electrokare team is building. The idea that we can unlock entirely new insights into human health from signals we already collect is incredibly powerful.
Nefesh is an exciting first step toward making human physiology computable. Proud to be an early backer!
Today, we’re introducing Nefesh by @electrokare - a foundation model for human physiology.
The human body produces an extraordinary amount of information. Our ability to understand it, and use it to help, has barely caught up. We started Electrokare to change that.
Our first window into the body is the ECG. A few seconds of electrical activity, collected every day in clinics, hospitals, and wearables around the world. We believe it can tell physicians far more about a patient than it does today.
Nefesh is our foundation for that work: learning from the underlying signal to answer a growing range of questions about cardiac function, structure, and the physiology beyond them.
For a physician, the promise is concrete. Recognizing disease earlier. Knowing which patient needs a closer look. Getting more information from a test already in your hands.
For us, this is the beginning of a much larger undertaking.
We want to bring multiple signals and modalities together into a model of how the human body works, one that can help medicine move from treating disease after it declares itself to understanding what is changing, and acting earlier.
Today, we’re sharing the first chapter.
Introducing Nefesh, by Electrokare. Live across multiple clinical sites, and tens of thousands of patients.
Making physiology computable.
If you’re a physician or healthcare leader who wants to help build this future, I’d love to hear from you.
Mitchell Leshchiner retweeted
🧱#42 getting it done.
Mitchell is utterly exceptional.
Today, we’re introducing Nefesh by @electrokare - a foundation model for human physiology.
The human body produces an extraordinary amount of information. Our ability to understand it, and use it to help, has barely caught up. We started Electrokare to change that.
Our first window into the body is the ECG. A few seconds of electrical activity, collected every day in clinics, hospitals, and wearables around the world. We believe it can tell physicians far more about a patient than it does today.
Nefesh is our foundation for that work: learning from the underlying signal to answer a growing range of questions about cardiac function, structure, and the physiology beyond them.
For a physician, the promise is concrete. Recognizing disease earlier. Knowing which patient needs a closer look. Getting more information from a test already in your hands.
For us, this is the beginning of a much larger undertaking.
We want to bring multiple signals and modalities together into a model of how the human body works, one that can help medicine move from treating disease after it declares itself to understanding what is changing, and acting earlier.
Today, we’re sharing the first chapter.
Introducing Nefesh, by Electrokare. Live across multiple clinical sites, and tens of thousands of patients.
Making physiology computable.
If you’re a physician or healthcare leader who wants to help build this future, I’d love to hear from you.
Mitchell Leshchiner retweeted
Mitchell is a good friend and I have no doubt he will succeed. Just the start 🚀
Today, we’re introducing Nefesh by @electrokare - a foundation model for human physiology.
The human body produces an extraordinary amount of information. Our ability to understand it, and use it to help, has barely caught up. We started Electrokare to change that.
Our first window into the body is the ECG. A few seconds of electrical activity, collected every day in clinics, hospitals, and wearables around the world. We believe it can tell physicians far more about a patient than it does today.
Nefesh is our foundation for that work: learning from the underlying signal to answer a growing range of questions about cardiac function, structure, and the physiology beyond them.
For a physician, the promise is concrete. Recognizing disease earlier. Knowing which patient needs a closer look. Getting more information from a test already in your hands.
For us, this is the beginning of a much larger undertaking.
We want to bring multiple signals and modalities together into a model of how the human body works, one that can help medicine move from treating disease after it declares itself to understanding what is changing, and acting earlier.
Today, we’re sharing the first chapter.
Introducing Nefesh, by Electrokare. Live across multiple clinical sites, and tens of thousands of patients.
Making physiology computable.
If you’re a physician or healthcare leader who wants to help build this future, I’d love to hear from you.
