Aragon powers protocols with products and services designed to manage access control, capital allocation, and ownership at scale. Build something worth owning.

Ethereum
Tokens can only be evaluated on fundamentals when they have enforceable claims on value and capital flows. Today we're releasing the Ownership Token Framework, measuring how project fundamentals map to the token by evaluating ownership, value accrual, and verifiability.
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Ethereum is ready for institutional adoption. Aragon is ready to support institutions with secure access control, execution safeguards, and onchain risk mitigation. Great to see @ethereuminsti helping bring more institutions to Ethereum.
1/ Announcing Ethereum Institutional An independent non-profit dedicated to accelerating the institutional adoption of Ethereum, its L2s, applications and overall ecosystem.
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Aragon.eth 🦅 retweeted
Really excited to be working with @citrea_xyz on their optimistic control framework. Vetoes = 1. Higher velocity 2. More secure (in many cases) 3. Reduced voter fatigue 4. Broader coverage Let's bring Bitcoin capital markets to everyone! 🍊🍋
Voting Process for Citrea Governance: Due to its Optimistic Governance framework, xCTR holders do not need to vote if they agree with the proposal. Voting options: - Yes to Veto = No (disagree) - No to Veto = Yes (agree) - Abstain = Choosing not to vote
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Aragon.eth 🦅 retweeted
The Aragon Foundation is proud to support @theInterfold's work advancing private voting. CRISP brings verifiable secret ballots to Aragon OSx, enabling votes to remain private while outcomes can be publicly verified and executed onchain, without trusted intermediaries.
Secret ballots should not require a trusted operator. Together with @AragonProject, we’re bringing verifiable private voting to Aragon OSx, enabling votes to remain private while outcomes can be publicly verified and executed onchain. Private votes. Verifiable results.
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A major leap forward for private voting onchain. @theInterfold’s CRISP plugin removes trusted intermediaries by distributing verification and threshold decryption across independent ciphernodes. Private votes. Verifiable results.
Secret ballots should not require a trusted operator. Together with @AragonProject, we’re bringing verifiable private voting to Aragon OSx, enabling votes to remain private while outcomes can be publicly verified and executed onchain. Private votes. Verifiable results.
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CRISP runs each ballot through a bounded execution flow: encrypted ballots, verifiable tallying by a committee of independent ciphernodes, threshold decryption of the aggregate result, and onchain execution on Aragon when a vote passes. Read more: blog.aragon.org/verifiable-s…
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The solution is ready to test and explore. Try the CRISP plugin on testnet and see how verifiable secret ballots work on Interfold and Aragon: dao.theinterfold.com/
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📌 The ladder of control: 1. Immutable 2. Automated 3. Distributed
The ladder of control: 1. Immutable 2. Automated 3. Distributed Tradeoffs = situational 1. Risk 2. Speed 3. Cost
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Go beyond market data with token reports from the Ownership Token Framework. Each report examines whether tokenholders have meaningful control, how value accrues to the token, and whether those claims are verifiable. otf.aragon.org
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There’s a gap in how permission risk is audited and monitored. Our team is going deep on access control configurations across assets to tackle exposure to one of DeFi’s biggest risk vectors.
Interesting how legitimate this looks from the UI, and good to explain what depositors can check before their USDC gets routed into something like this. At the block I checked, the market had about 7.734m USDC supplied and 7.734m USDC borrowed - One account, `0xe38a...Dc4C`, has effectively all of the borrow against 9.6517m AZND collateral. On the surface, this looks like a stablecoin lending market: - USDC loan asset - AZND collateral - 86% LLTV - current LTV around 80% catch is the oracle: `0x270B...5588b`. showing: BASE_FEED_1 = 0x0 BASE_FEED_2 = 0x0 QUOTE_FEED_1 = 0x0 QUOTE_FEED_2 = 0x0 BASE_VAULT = 0x0 QUOTE_VAULT = 0x0 SCALE_FACTOR = 1e24 price() = 1e24 For 18-decimal AZND against 6-decimal USDC, `1e24` is the Morpho-scaled version of "1 AZND = 1 USDC". So the oracle path has no external price input: no base feed, no quote feed, no vault conversion route. `price()` just returns the scale factor, and the market treats AZND as $1. If AZND is not actually redeemable at par, the borrower does not need a price manipulation attack. They can default and leave lenders with AZND collateral. Alpha USDC Asia V2 vault is more or less exclusive supplier to this market through a Morpho adapter. That adapter's supply shares convert to about 7.713m USDC, or roughly 99.72% of the market supply. Depositors here look legit, so the vault is acting as an abstraction to trap unsuspecting depositors... Vault control is concentrated too: owner = 0xEB4A...4645 curator = 0x6788...9Da5 (Both are allocators - yay) If AZND fails to hold par, the market is left short USDC relative to lender claims, with AZND as the recovery asset.
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It’s great to see more coordination around one of the most urgent challenges facing the industry. We’re glad to pledge and contribute to shared security resources as we continue strengthening access control systems and secure execution tooling.
Introducing OPSeC: a new industry-wide initiative we're convening in partnership with @_SEAL_Org & @asymmetric_re to improve cybersecurity resilience across blockchain ecosystems & onchain software. Join us to ensure security is at the heart of onchain technology development.
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Important conversation on the future of private voting. Tune in to learn about the breakthroughs @theInterfold are making and the novel solutions they’re building on Aragon.
A red-eye fireside chat on X. @VitalikButerin @llamaonthebrink (@Trueo_) @auryn_macmillan (Interfold) What happens when a voter can be forced to prove their vote? X Space: The Accountability Trap Mon, June 22 · 04:45 UTC / 12:45 AM ET / 6:45 AM CEST Set a reminder ↓
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Secure execution requires adding friction where it matters most: before critical actions are executed. Four safeguards protocols can use: 1. Redundancy 2. Staged approvals 3. Timelocks 4. Veto rights
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Aragon.eth 🦅 retweeted
I'm excited to share my latest tool, EVM Mirror, featured by @AragonProject How do you check that smart contracts verified on Etherscan correspond to what the auditor reviewed?
When reviewing deployments and upgrades, devs need to verify that the bytecode deployed onchain matches the audited code. We built EVM Mirror to solve this problem for complex deployments and security council work, and released it open source for the wider ecosystem.
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Aragon.eth 🦅 retweeted
Verifiability is as good as, well, one can actually do verification. Polished things helping with that are surprisingly hard to come by, so massive props to @AragonProject for building EVM Mirror. Shameless plug on behalf of @lidofinance devs: so so happy to see great options like Diffyscan coming into spotlight! github.com/lidofinance/diffy…
When reviewing deployments and upgrades, devs need to verify that the bytecode deployed onchain matches the audited code. We built EVM Mirror to solve this problem for complex deployments and security council work, and released it open source for the wider ecosystem.
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Aragon.eth 🦅 retweeted
We're helping make real DeFi more secure. EVM Mirror, an internal tool we use as part of our signer-as-a-service package is now available for all. It's often the small things that make the largest impact.
When reviewing deployments and upgrades, devs need to verify that the bytecode deployed onchain matches the audited code. We built EVM Mirror to solve this problem for complex deployments and security council work, and released it open source for the wider ecosystem.
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When reviewing deployments and upgrades, devs need to verify that the bytecode deployed onchain matches the audited code. We built EVM Mirror to solve this problem for complex deployments and security council work, and released it open source for the wider ecosystem.
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EVM Mirror helps teams: • verify deployments against a trusted source • diff onchain contracts for upgrades • clone verified contracts into buildable Foundry projects It supports proxy-aware analysis and works across multiple networks. blog.aragon.org/evm-mirror-m…
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Tools closest to deployment and security workflows should minimize supply-chain complexity. EVM Mirror has a small permission surface and ships as a standalone Deno binary, with only the access needed for verification and retrieval. All open source: github.com/aragon/evm-mirror
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Aragon.eth 🦅 retweeted
If you're currently (or thinking about) using @AragonProject and are interesting in private, receipt-free voting. I want to talk with you! DMs open here and on TG.
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