EZKL (@ezklxyz) 's Twitter Profile
EZKL

@ezklxyz

ezkl.xyz | docs.ezkl.xyz | github.com/zkonduit/ezkl

ID: 1712503597294895110

calendar_today12-10-2023 16:21:09

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Dante (@camutodante) 's Twitter Profile Photo

Just read this paper from HKU, that presents a simple approach to get smaller transformer models to train as well as larger ones. Their key insight is to tradeoff a smaller parameter count for more computation at training time by "looping" over transformer blocks recursively.

Just read this paper from HKU, that presents a simple approach to get smaller transformer models to train as well as larger ones.

Their key insight is to tradeoff a smaller parameter count for more computation at training time by "looping" over transformer blocks recursively.
Dante (@camutodante) 's Twitter Profile Photo

fuck it implemented it by adding recursive blocks to Andrej Karpathy's NanoGPT. Results already seem to replicate for smaller models but if anyone has spare GPUs to spare would be cool to replicate with the repo below.

fuck it implemented it by adding recursive blocks to <a href="/karpathy/">Andrej Karpathy</a>'s NanoGPT. 

Results already seem to replicate for smaller models but if anyone has spare GPUs to spare would be cool to replicate with the repo below.
jseam (@henlojseam) 's Twitter Profile Photo

We’ve been working hard at making verifiable strategies possible onchain with @balancer! As a POC with EZKL, a provable dynamic fee mechanism was created which allows for verifiable fee updates Applying trustless ML onchain is now possible, but there be dragons Stay tuned

Beets (@beets_fi) 's Twitter Profile Photo

1/ Static fees. Manual updates. Middlemen dressed as governance. It’s time for something... smarter. Introducing the first pool with zk-powered dynamic fees — built on Beets, powered by EZKL. Here’s why it matters. 🧵

1/ Static fees. Manual updates. Middlemen dressed as governance.
It’s time for something... smarter.

Introducing the first pool with zk-powered dynamic fees — built on Beets, powered by <a href="/ezklxyz/">EZKL</a>.

Here’s why it matters. 🧵
Dante (@camutodante) 's Twitter Profile Photo

I’ve been looking for finetuning methods that use less memory than backpropagation, and came across this super clean "forward pass only" method called MeZo. It uses less than 1/12th of the memory backprop requires by leveraging gradient-less updates.

I’ve been looking for finetuning methods that use less memory than backpropagation, and came across this super clean "forward pass only" method called MeZo.

It uses less than 1/12th of the memory backprop requires by leveraging gradient-less updates.
Dante (@camutodante) 's Twitter Profile Photo

played with tees, and I am now way more appreciative of zk/fhe. sorry for straying 😭 software >>>>> hardware in long run™️. It can takes months to patch TEEs. software patches? super fast. flexibility for users? off the charts. devX with Noir or EZKL? chef's kiss 😘

played with tees, and I am now way more appreciative of zk/fhe. sorry for straying 😭

software &gt;&gt;&gt;&gt;&gt; hardware in long run™️.

It can takes months to patch TEEs. software patches? super fast. flexibility for users? off the charts. devX with <a href="/NoirLang/">Noir</a> or <a href="/ezklxyz/">EZKL</a>? chef's kiss 😘
mary.hl (@howdymerry) 's Twitter Profile Photo

this is a privacy and verifiability bull post i write about privacy and verifiability tech as a historically underperforming venture vertical and why this time may actually be different given the catalyst of accelerating AI proliferation in our everyday lives i have

Dante (@camutodante) 's Twitter Profile Photo

Corporate interests have hijacked much of AI research. When I did my PhD at Oxford in 2018, it was clear how deeply the field was shaped by the priorities of FAANG giants that funded our research.

Corporate interests have hijacked much of AI research.

When I did my PhD at Oxford in 2018, it was clear how deeply the field was shaped by the priorities of FAANG giants that funded our research.
Dante (@camutodante) 's Twitter Profile Photo

EZKL’s mission to make AI verifiable by default is starting to resonate very strongly outside of crypto. As AI is inserted into critical paths; creating PRs, managing energy pipelines, accessing sensitive data; security is top priority. Stay tuned for coming updates 😘

Dante (@camutodante) 's Twitter Profile Photo

We ran into this exact issue when building our cluster. Servers had defects and high temps would cause memory corruptions. But a really cool byproduct of software-base verifiable compute like EZKL is that you catch these failures immediately. A single bit flip and you