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$0.00

— / 1 year

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0.00 UOPS

Value SecuredView details

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$0.00

— / 1 year

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Rollups are L2s that periodically post state commitments to Ethereum. These commitments are validated by either Validity Proofs or are accepted optimistically and can be challenged via Fraud Proof mechanism within a certain fraud proof window. Additionally L2 data is also posted to Ethereum, hence there are no additional trust assumptions introduced.

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#	name	Risks	Proof system	stage	Total value secured 7D%	Past day UOPS 7D%

1	Base Chain Base Chain	Risk analysis Sequencer Failure Self sequence State Validation Fraud proofs (1R, ZK) Data Availability Onchain Exit Window None Proposer Failure Self propose	OptimisticThis project is based on OP Stack's code base. SP1	Stage 1 Limited training wheels The project passes the walkaway test: users can exit in the presence of malicious operators even if the Security Council disappears. Items missing for Stage 2 Upgrades unrelated to onchain provable bugs provide less than 30d to exit. The Security Council's actions are not confined to onchain provable bugs. Please mind, stages do not reflect project security	$16.32 B6.83% 31.5% with additional trust assumptions	122.259.96%
2	Arbitrum One Arbitrum One	Risk analysis Sequencer Failure Self sequence State Validation Fraud proofs (INT) Data Availability Onchain Exit Window Emergency: None Regular: 10d Proposer Failure Self propose	OptimisticThis project is based on Arbitrum's code base. BoLD	Stage 1 Limited training wheels The project passes the walkaway test: users can exit in the presence of malicious operators even if the Security Council disappears. Items missing for Stage 2 Upgrades unrelated to onchain provable bugs provide less than 30d to exit. The Security Council's actions are not confined to onchain provable bugs. Please mind, stages do not reflect project security	$11.62 B3.50% 38.0% with additional trust assumptions	19.5316.0%
3	OP Mainnet OP Mainnet	Risk analysis Sequencer Failure Self sequence State Validation Fraud proofs (INT) Data Availability Onchain Exit Window None Proposer Failure Self propose	OptimisticThis project is based on OP Stack's code base. OPFP	Stage 1 Limited training wheels The project passes the walkaway test: users can exit in the presence of malicious operators even if the Security Council disappears. Items missing for Stage 2 Upgrades unrelated to onchain provable bugs provide less than 30d to exit. The Security Council's actions are not confined to onchain provable bugs. Please mind, stages do not reflect project security	$1.93 B10.4% 17.9% with additional trust assumptions	18.461.19%
4	Mantle Mantle	Risk analysis Sequencer Failure Self sequence State Validation Validity proofs (ST, SN) Data Availability Onchain Exit Window None Proposer Failure Cannot withdraw	ValidityThis project is based on OP Stack's code base. SP1 Hypercube	Stage 0 Full training wheels Items missing for Stage 1 Compromising ≥75% of the Security Council should be the only way (other than bugs) for a rollup to indefinitely block an L2→L1 message (e.g. a withdrawal) or push an invalid L2→L1 message (e.g. an invalid withdrawal) with a <7d exit window. Please mind, stages do not reflect project security	$1.50 B1.23% 44.1% with additional trust assumptions	0.3848.5%
5	Lighter Exchange Lighter Exchange	Risk analysis Sequencer Failure Force via L1 State Validation Validity proofs (SN) Data Availability Onchain (SD) Exit Window None Proposer Failure Use escape hatch	Validity Lighter	Stage 0 Appchain Full training wheels Items missing for Stage 1 Compromising ≥75% of the Security Council should be the only way (other than bugs) for a rollup to indefinitely block an L2→L1 message (e.g. a withdrawal) or push an invalid L2→L1 message (e.g. an invalid withdrawal) with a <7d exit window. Please mind, stages do not reflect project security	$1.40 B1.61% 0.00% with additional trust assumptions	2.17 K55.7%
6	Starknet Starknet	Risk analysis Sequencer Failure Log via L1 State Validation Validity proofs (ST) Data Availability Onchain (SD) Exit Window Emergency: None Regular: 7d Proposer Failure Security Council minority	ValidityThis project is based on Starknet's code base. Stwo	Stage 1 Limited training wheels The project does not pass the walkaway test: users are not able to exit in the presence of malicious operators if the Security Council disappears. Items missing for Stage 2 Upgrades unrelated to onchain provable bugs provide less than 30d to exit. The Security Council's actions are not confined to onchain provable bugs. Please mind, stages do not reflect project security	$448.88 M5.44% 22.0% with additional trust assumptions	2.5333.4%
7	Ink Ink	Risk analysis Sequencer Failure Self sequence State Validation Fraud proofs (INT) Data Availability Onchain Exit Window None Proposer Failure Self propose	OptimisticThis project is based on OP Stack's code base. OPFP	Stage 1 Limited training wheels The project passes the walkaway test: users can exit in the presence of malicious operators even if the Security Council disappears. Items missing for Stage 2 Upgrades unrelated to onchain provable bugs provide less than 30d to exit. The Security Council's actions are not confined to onchain provable bugs. Please mind, stages do not reflect project security	$406.47 M1.00% 84.7% with additional trust assumptions	6.2839.3%
8	Linea Linea	Risk analysis Sequencer Failure No mechanism State Validation Validity proofs (SN) Data Availability Onchain Exit Window None Proposer Failure Cannot withdraw	Validity Linea	Stage 0 Full training wheels Items missing for Stage 1 Compromising ≥75% of the Security Council should be the only way (other than bugs) for a rollup to indefinitely block an L2→L1 message (e.g. a withdrawal) or push an invalid L2→L1 message (e.g. an invalid withdrawal) with a <7d exit window. Please mind, stages do not reflect project security	$378.01 M2.84% 64.7% with additional trust assumptions	0.1913.7%
9	ZKsync Era ZKsync Era	Risk analysis Sequencer Failure Enqueue via L1 State Validation Validity proofs (ST, SN) Data Availability Onchain (SD) Exit Window Emergency: None Regular: 4d 3h Proposer Failure Replace proposer	ValidityThis project is based on ZK Stack's code base. Boojum	Stage 0 Full training wheels Items missing for Stage 1 Compromising ≥75% of the Security Council should be the only way (other than bugs) for a rollup to indefinitely block an L2→L1 message (e.g. a withdrawal) or push an invalid L2→L1 message (e.g. an invalid withdrawal) with a <7d exit window. While the Security Council is properly set up and is able to recover from a misbehaving operator, the majority is required, meaning that a compromised quorum-blocking minority can prevent users from exiting. Recovery actions are not straightforward and require complex protocol upgrades. Please mind, stages do not reflect project security	$274.97 M14.8% 4.45% with additional trust assumptions	0.1840.7%
10	Morph Morph	Risk analysis Sequencer Failure Force via L1 State Validation Fraud proofs (1R, ZK) Data Availability Onchain Exit Window None Proposer Failure Self propose	Optimistic SP1 Hypercube	Stage 0 Full training wheels Items missing for Stage 1 Compromising ≥75% of the Security Council should be the only way (other than bugs) for a rollup to indefinitely block an L2→L1 message (e.g. a withdrawal) or push an invalid L2→L1 message (e.g. an invalid withdrawal) with a <7d exit window. Please mind, stages do not reflect project security	$161.25 M3.83% 89.9% with additional trust assumptions	0.2846.4%
11	Unichain Unichain	Risk analysis Sequencer Failure Self sequence State Validation Fraud proofs (INT) Data Availability Onchain Exit Window None Proposer Failure Self propose	OptimisticThis project is based on OP Stack's code base. OPFP	Stage 1 Limited training wheels The project passes the walkaway test: users can exit in the presence of malicious operators even if the Security Council disappears. Items missing for Stage 2 Upgrades unrelated to onchain provable bugs provide less than 30d to exit. The Security Council's actions are not confined to onchain provable bugs. Please mind, stages do not reflect project security	$91.97 M4.07% 51.7% with additional trust assumptions	13.5370.3%
12	BOB BOB	Risk analysis Sequencer Failure Self sequence State Validation Fraud proofs (1R, ZK) Data Availability Onchain Exit Window None Proposer Failure Self propose	OptimisticThis project is based on OP Stack's code base. OPFP	Stage 0 Full training wheels Items missing for Stage 1 Compromising ≥75% of the Security Council should be the only way (other than bugs) for a rollup to indefinitely block an L2→L1 message (e.g. a withdrawal) or push an invalid L2→L1 message (e.g. an invalid withdrawal) with a <7d exit window. Please mind, stages do not reflect project security	$79.84 M6.58% 74.5% with additional trust assumptions	0.024.74%
13	Katana Katana	Risk analysis Sequencer Failure Self sequence State Validation Validity proofs (ST, SN) Data Availability Onchain Exit Window None Proposer Failure Cannot withdraw	ValidityThis project is based on the Agglayer CDK code base.This project is based on OP Stack's code base. SP1 Turbo	Stage 0 Full training wheels The requirement for available node software is under review Items missing for Stage 1 Compromising ≥75% of the Security Council should be the only way (other than bugs) for a rollup to indefinitely block an L2→L1 message (e.g. a withdrawal) or push an invalid L2→L1 message (e.g. an invalid withdrawal) with a <7d exit window. Please mind, stages do not reflect project security	$62.92 M2.13% 51.9% with additional trust assumptions	0.582.39%
14	Abstract Abstract	Risk analysis Sequencer Failure Enqueue via L1 State Validation Validity proofs (ST, SN) Data Availability Onchain (SD) Exit Window Emergency: None Regular: 4d 3h Proposer Failure Replace proposer	ValidityThis project is based on ZK Stack's code base. Boojum	Stage 0 Full training wheels Items missing for Stage 1 Compromising ≥75% of the Security Council should be the only way (other than bugs) for a rollup to indefinitely block an L2→L1 message (e.g. a withdrawal) or push an invalid L2→L1 message (e.g. an invalid withdrawal) with a <7d exit window. While the Security Council is properly set up and is able to recover from a misbehaving operator, the majority is required, meaning that a compromised quorum-blocking minority can prevent users from exiting. Recovery actions are not straightforward and require complex protocol upgrades. Please mind, stages do not reflect project security	$57.39 M15.0% 55.8% with additional trust assumptions	3.071.99%
15	Scroll Scroll	Risk analysis Sequencer Failure Self sequence State Validation Validity proofs (ST, SN) Data Availability Onchain Exit Window None Proposer Failure Self propose	Validity OpenVM	Stage 0 Full training wheels Items missing for Stage 1 Compromising ≥75% of the Security Council should be the only way (other than bugs) for a rollup to indefinitely block an L2→L1 message (e.g. a withdrawal) or push an invalid L2→L1 message (e.g. an invalid withdrawal) with a <7d exit window. Please mind, stages do not reflect project security	$48.83 M4.23% 6.19% with additional trust assumptions	0.172.37%
16	Taiko Alethia Taiko Alethia	Risk analysis Sequencer Failure Enqueue via L1 State Validation Validity proofs Data Availability Onchain Exit Window None Proposer Failure Cannot withdraw	ValidityThis project is based on Taiko's code base. SP1 Hypercube / RISC Zero	Stage 0 Full training wheels Items missing for Stage 1 Compromising ≥75% of the Security Council should be the only way (other than bugs) for a rollup to indefinitely block an L2→L1 message (e.g. a withdrawal) or push an invalid L2→L1 message (e.g. an invalid withdrawal) with a <7d exit window. Please mind, stages do not reflect project security	$13.65 M9.60% 1.58% with additional trust assumptions	0.531.16%
17	Arbitrum Nova Arbitrum Nova	Risk analysis Sequencer Failure Self sequence State Validation Fraud proofs (INT) Data Availability Onchain Exit Window Emergency: None Regular: 7d Proposer Failure Self propose	OptimisticThis project is based on Arbitrum's code base. BoLD	Stage 0 Full training wheels Items missing for Stage 1 Compromising ≥75% of the Security Council should be the only way (other than bugs) for a rollup to indefinitely block an L2→L1 message (e.g. a withdrawal) or push an invalid L2→L1 message (e.g. an invalid withdrawal) with a <7d exit window. Please mind, stages do not reflect project security	$12.52 M3.67% 0.00% with additional trust assumptions	<0.0165.5%
18	ADI Chain ADI Chain	Risk analysis Sequencer Failure Enqueue via L1 State Validation Validity proofs (ST, SN) Data Availability Onchain (SD) Exit Window Emergency: None Regular: 3d Proposer Failure Cannot withdraw	ValidityThis project is based on ZK Stack's code base. Airbender	Stage 0 Full training wheels The requirement for available node software is under review Items missing for Stage 1 Compromising ≥75% of the Security Council should be the only way (other than bugs) for a rollup to indefinitely block an L2→L1 message (e.g. a withdrawal) or push an invalid L2→L1 message (e.g. an invalid withdrawal) with a <7d exit window. Please mind, stages do not reflect project security	$11.58 M6.00% 47.8% with additional trust assumptions	0.1517.2%
19	Facet Facet	Risk analysis Sequencer Failure Self sequence State Validation Fraud proofs (1R, ZK) Data Availability Onchain Exit Window ∞ Proposer Failure Self propose	Optimistic SP1	Stage 2 No training wheels The project passes the walkaway test: users can exit in the presence of malicious operators even if the Security Council disappears. Please mind, stages do not reflect project security	$704 K3.09% 99.9% with additional trust assumptions	<0.0158.8%
20	INTMAX Payments INTMAX Payments	Risk analysis Sequencer Failure Self sequence State Validation Validity proofs (SN) Data Availability Self custodied Exit Window None Proposer Failure Self propose	Validity INTMAX	Stage 0 Appchain Full training wheels Items missing for Stage 1 Compromising ≥75% of the Security Council should be the only way (other than bugs) for a rollup to indefinitely block an L2→L1 message (e.g. a withdrawal) or push an invalid L2→L1 message (e.g. an invalid withdrawal) with a <7d exit window. Please mind, stages do not reflect project security	$142 K3.70% 0.00% with additional trust assumptions	No data
21	Honeypot v2 Bug bounty Honeypot v2 Bug bounty	Risk analysis Sequencer Failure Self sequence State Validation Fraud proofs (INT) Data Availability Onchain Exit Window Not applicable Proposer Failure Self propose	OptimisticThis project is based on Cartesi's code base. Dave	Stage 2 Appchain No training wheels Appchain: The Cartesi PRT Honeypot v2 is a minimal appchain (running a Cartesi Machine / dApp) for the purpose of incentivizing the testing of the Cartesi PRT proof system. Inputs/actions in the appchain are limited to deposits of CTSI by anyone and withdrawals by a single user. Please mind, stages do not reflect project security	$1 K13.3% 0.00% with additional trust assumptions	No data
22	Aztec Aztec	Risk analysis Sequencer Failure Decentralized Sequencer Set State Validation Validity proofs (SN) Data Availability Onchain (SD) Exit Window ∞ Proposer Failure Self Propose	Validity Barretenberg	Stage 2 No training wheels The project passes the walkaway test: users can exit in the presence of malicious operators even if the Security Council disappears. Please mind, stages do not reflect project security	$1 K12.5% 0.00% with additional trust assumptions	0.0546.2%
23	Ethscriptions NFT Ethscriptions NFT	Risk analysis Sequencer Failure Self sequence State Validation Fraud proofs (1R, ZK) Data Availability Onchain Exit Window ∞ Proposer Failure Self propose	Optimistic SP1	Stage 2 Appchain No training wheels Appchain: Ethscriptions is an application-specific rollup designed exclusively for managing ethscriptions (NFT-like assets inscribed via Ethereum calldata). It provides cryptographic state and EVM compatibility for the ethscriptions protocol. The project passes the walkaway test: users can exit in the presence of malicious operators even if the Security Council disappears. Please mind, stages do not reflect project security	No data	0.172.09%

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