[GUEST ACCESS MODE: Data is scrambled or limited to provide examples. Make requests using your API key to unlock full data. Check https://lunarcrush.ai/auth for authentication information.]  mufettis $M | 🐜 [@nftmufettisi](/creator/twitter/nftmufettisi) on x 109.9K followers Created: 2025-07-26 18:01:18 UTC I've talked many times about how we can integrate Boundless's ZK technology and Steel into our daily lives. I'll touch on this topic one last time Course: Boundless XXX Topic: Steel: The Language That Makes Trust Programmable Don't forget to like - RT - add bookmark So, what other areas could we integrate Boundless technology into? Share your ideas in the comments👇 Solidity made value programmable Cairo made certain calculation expandable Steel from @boundless_xyz allows trust to be programmable It goes beyond a DSL It's a fresh mental framework for construction in ZK Steel's nature A domain-specific language designed for creating declarative logic proofs You record what must be established Boundless controls the ZK apparatus Like writing TypeScript, except the result is cryptographic evidence Illustration: Wish to demonstrate the user is 18+, KYC'd, and a citizen of the United States? require(user.kyc == true) require(user.age >= 18) == "US") There's it One evidence: zero leakage. Portable wherever What distinguishes Steel? Its declaratory you write logic, not circuits > Its abstracted you don't have to handle low-level cryptography Its chain-agnostic proofs work anywhere Write once, demonstrate everywhere Steel is composable Construct a logical module once: e.g. IsUSResident() Then make use of it throughout items: > Token sale > Airdrop > App login Logic becomes a module like an NPM package for proofs. Why it helps: Most ZK toolkits need: Bespoke circuitry Deep cryptography Manual links Steel enables product teams to create trust logic much as they develop features Its ZK for actual developers to put it simply Steel is the JavaScript of proof based applications. It is the first ZK-native language designed for trust, not tokens From voting to verification to compliance Steel helps to make ZK composable, comprehensible, and scalable be boundless gBerry🍓  XXXXX engagements  **Related Topics** [boundless](/topic/boundless) [stocks technology](/topic/stocks-technology) [zk](/topic/zk) [$m](/topic/$m) [Post Link](https://x.com/nftmufettisi/status/1949168162999533692)
[GUEST ACCESS MODE: Data is scrambled or limited to provide examples. Make requests using your API key to unlock full data. Check https://lunarcrush.ai/auth for authentication information.]
mufettis $M | 🐜 @nftmufettisi on x 109.9K followers
Created: 2025-07-26 18:01:18 UTC
I've talked many times about how we can integrate Boundless's ZK technology and Steel into our daily lives. I'll touch on this topic one last time
Course: Boundless XXX Topic: Steel: The Language That Makes Trust Programmable
Don't forget to like - RT - add bookmark
So, what other areas could we integrate Boundless technology into? Share your ideas in the comments👇
Solidity made value programmable Cairo made certain calculation expandable
Steel from @boundless_xyz allows trust to be programmable
It goes beyond a DSL It's a fresh mental framework for construction in ZK
Steel's nature
A domain-specific language designed for creating declarative logic proofs
You record what must be established Boundless controls the ZK apparatus
Like writing TypeScript, except the result is cryptographic evidence
Illustration: Wish to demonstrate the user is 18+, KYC'd, and a citizen of the United States?
require(user.kyc == true) require(user.age >= 18) == "US")
There's it
One evidence: zero leakage. Portable wherever
What distinguishes Steel?
Its declaratory you write logic, not circuits
Its abstracted you don't have to handle low-level cryptography Its chain-agnostic proofs work anywhere
Write once, demonstrate everywhere
Steel is composable
Construct a logical module once: e.g. IsUSResident()
Then make use of it throughout items:
Token sale Airdrop App login
Logic becomes a module like an NPM package for proofs.
Why it helps:
Most ZK toolkits need: Bespoke circuitry Deep cryptography Manual links
Steel enables product teams to create trust logic much as they develop features
Its ZK for actual developers
to put it simply
Steel is the JavaScript of proof based applications.
It is the first ZK-native language designed for trust, not tokens
From voting to verification to compliance
Steel helps to make ZK composable, comprehensible, and scalable
be boundless
gBerry🍓
XXXXX engagements
Related Topics boundless stocks technology zk $m