/// firewall the EVM
/// firewall the EVM
/// firewall the EVM
/// firewall the EVM
/// firewall the EVM
Eliminate exploits on your rollup
Eliminate exploits on your rollup
Eliminate exploits on your rollup
Eliminate exploits on your rollup
Eliminate exploits on your rollup
We built sequencer-level security with programmable finality and proof-of-exploit consensus to filter out smart contract exploits
We built sequencer-level security with programmable finality and proof-of-exploit consensus to filter out smart contract exploits
We built sequencer-level security with programmable finality and proof-of-exploit consensus to filter out smart contract exploits
Enhance your rollup by prioritizing the security of applications
Enhance your rollup by prioritizing the security of applications
Enhance your rollup by prioritizing the security of applications
Enhance your rollup by prioritizing the security of applications
The modular shift makes it easy to launch rollups. Firewall makes it easy to protect the smart contract applications deployed on rollups. Create differentiated blockspace by prioritizing the security of applications.
The modular shift makes it easy to launch rollups. Firewall makes it easy to protect the smart contract applications deployed on rollups. Create differentiated blockspace by prioritizing the security of applications.
The modular shift makes it easy to launch rollups. Firewall makes it easy to protect the smart contract applications deployed on rollups. Create differentiated blockspace by prioritizing the security of applications.
Eliminate exploits
Eliminate exploits
Eliminate exploits
We use real-time blocking at the sequencer level to stop known exploits, and leverage programmable finality to retroactively block more complex attacks
We use real-time blocking at the sequencer level to stop known exploits, and leverage programmable finality to retroactively block more complex attacks
We use real-time blocking at the sequencer level to stop known exploits, and leverage programmable finality to retroactively block more complex attacks
Non-custodial
Non-custodial
Non-custodial
Our mechanisms have no ability to access funds or change state directly — only block malicious execution paths
Our mechanisms have no ability to access funds or change state directly — only block malicious execution paths
Our mechanisms have no ability to access funds or change state directly — only block malicious execution paths
Plug-and-play
Plug-and-play
Plug-and-play
The Firewall EVM and programmable finality are built in a modular manner to plug into the OP Stack, making it easy to protect users
The Firewall EVM and programmable finality are built in a modular manner to plug into the OP Stack, making it easy to protect users
The Firewall EVM and programmable finality are built in a modular manner to plug into the OP Stack, making it easy to protect users
No downtime
No downtime
No downtime
Applications with smart contract vulnerabilities suffer no downtime with our granular exploit blocking algorithm
Applications with smart contract vulnerabilities suffer no downtime with our granular exploit blocking algorithm
Applications with smart contract vulnerabilities suffer no downtime with our granular exploit blocking algorithm
Explore some of our tech
Explore some of our tech
Explore some of our tech
Explore some of our tech
Programmable Finality
Programmable Finality
Programmable Finality
Firewall safeguards your onchain products by retroactively removing smart contract exploits before they’re finalized on the data availability layer. Our programmable finality acts as a series of additive confirmation rules, which are used to determine when a transaction is valid, and can finalize.
Firewall safeguards your onchain products by retroactively removing smart contract exploits before they’re finalized on the data availability layer. Our programmable finality acts as a series of additive confirmation rules, which are used to determine when a transaction is valid, and can finalize.
Firewall safeguards your onchain products by retroactively removing smart contract exploits before they’re finalized on the data availability layer. Our programmable finality acts as a series of additive confirmation rules, which are used to determine when a transaction is valid, and can finalize.
EVM+ Exploit Blocking
EVM+ Exploit Blocking
EVM+ Exploit Blocking
Firewall’s EVM is instrumented with an optimized algorithm to block smart contract exploits in real-time. Granular blocking paths stop exploits while still allowing users to access their funds.
Firewall’s EVM is instrumented with an optimized algorithm to block smart contract exploits in real-time. Granular blocking paths stop exploits while still allowing users to access their funds.
Firewall’s EVM is instrumented with an optimized algorithm to block smart contract exploits in real-time. Granular blocking paths stop exploits while still allowing users to access their funds.
Firewall’s developing a proof-of-exploit consensus mechanism. Validators attest to and classify smart contract exploits as “invalid state transitions” that will be reverted
Firewall’s developing a proof-of-exploit consensus mechanism. Validators attest to and classify smart contract exploits as “invalid state transitions” that will be reverted
Firewall’s developing a proof-of-exploit consensus mechanism. Validators attest to and classify smart contract exploits as “invalid state transitions” that will be reverted
Firewall Ecosystem
Firewall Ecosystem
Firewall Ecosystem
Firewall Ecosystem
Stop losing money in exploits, start farming with peace of mind
Stop losing money in exploits, start farming with peace of mind
Stop losing money in exploits, start farming with peace of mind
Stop losing money in exploits, start farming with peace of mind
Stop losing money in exploits, start farming with peace of mind
Join our cause to make farming and DeFi safe.
Join our cause to make farming and DeFi safe.
Join our cause to make farming and DeFi safe.
Building rollups, appchains, or modular infrastructure?
Building rollups, appchains, or modular infrastructure?
Building rollups, appchains, or modular infrastructure?
Building rollups, appchains, or modular infrastructure?
Building rollups, appchains, or modular infrastructure?
Enhance your blockspace by using Firewall.
Enhance your blockspace by using Firewall.
Enhance your blockspace by using Firewall.
