A user has installed a Cosmos ecosystem dApp several months ago, granted it access to their wallet to stake tokens, and then moved that position to another platform. The dApp still has permission to view wallet addresses, suggest transactions, and interact with the extension. Most users never return to audit these permissions, leaving dormant applications with standing access to their accounts. The question is not whether the risk is theoretical\u2014it is how to systematically identify which dApps have permission, understand what each one can do, and revoke access to applications no longer in use.<\/p>\n
The Keplr wallet extension has become a standard gateway for Cosmos ecosystem activity, supporting chains including Cosmos Hub, Osmosis, Juno, and dozens of IBC-enabled networks. Its non-custodial design means private keys remain under the user’s control, but permission management is a practical security layer that most users neglect. A web3 wallet’s security posture depends not only on protecting recovery phrases and preventing device compromise, but also on limiting the surface area that connected applications can exploit. Revoking permissions is a straightforward process, yet it requires understanding what each permission grants, which applications actually need ongoing access, and what behavior to monitor.<\/p>\n
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When a user navigates to a Cosmos-based dApp and clicks a wallet connection button, the dApp requests one or more permissions from the Keplr wallet extension. These permissions are not all-or-nothing. A dApp might request the ability to see wallet addresses, propose transactions for signing, or access specific blockchain information. The user approves or denies the entire request, but understanding what each permission actually enables is critical for making an informed decision.<\/p>\n
The Keplr wallet extension can grant dApps visibility into wallet addresses across multiple chains simultaneously. This allows a dApp to display portfolio information, show which networks a wallet holds assets on, and identify accounts for transaction routing. The dApp cannot move funds without an explicit signature from the user for each transaction, but it can observe the wallet’s public addresses and associated balances. For users who prefer privacy or who do not want a particular application to know their complete holdings, this represents a legitimate concern worth managing.<\/p>\n
Transaction signing permissions are the most commonly requested and the most sensitive. A dApp that can “propose” transactions is asking the Keplr wallet extension to display transaction details to the user, who must then approve each action individually. The dApp cannot sign transactions on its own; it can only create unsigned transaction objects and present them for manual approval. This design prevents a compromised dApp from stealing funds directly, but it does require the user to review each transaction carefully and ensure that the details match expectations.<\/p>\n
A secure wallet’s permission system also includes the ability to revoke access without losing funds or permanently breaking the connection. If a user later decides a dApp should no longer have any permissions, they can remove it from the extension entirely. The next time they visit that dApp, they will need to approve the connection again if they choose to use it. This low-friction revocation is a foundational security feature because it means auditing and cleaning up permissions carries no cost beyond a few clicks.<\/p>\n
The Keplr wallet extension stores permission settings in the extension menu, accessible from the browser toolbar. On Chrome, clicking the Keplr extension icon opens a popup displaying the currently connected account, balance summary, and navigation options. To view or manage dApp connections, the user should look for a “Settings” or “Manage Sites” option, typically represented by a gear icon or menu button. The exact location varies slightly depending on whether the user is on desktop or mobile, and whether they are using the extension, mobile app, or web wallet interface.<\/p>\n
For Chrome and Firefox extension users, the path is straightforward: open the extension, access settings, and locate the permissions or connected sites section. This area lists all dApps that have been granted permission to access the wallet. Each entry typically shows the dApp name or URL, the date it was connected, and sometimes an icon or domain information. The user can view detailed permissions for each connected application, including whether it can see addresses, propose transactions, or access other data.<\/p>\n
Mobile users of the Keplr app (iOS or Android) should navigate to the wallet settings menu, usually found at the bottom of the screen or in a hamburger menu at the top. Look for “Connected Apps,” “Dapp Permissions,” or similar terminology. The interface will show all applications that have established a connection with the mobile wallet. Note that permissions granted in the browser extension are separate from permissions in the mobile app; a user must manage each platform’s connections independently.<\/p>\n
The web version of the Keplr wallet extension interface also supports permission management, though the user interface may differ from the extension or mobile versions. Accessing the web wallet at its official domain and logging in with the wallet will display settings where connected dApps can be reviewed. Users should always ensure they are visiting the correct domain and should not use dApps that claim to manage Keplr permissions on their behalf, as this can be a phishing technique.<\/p>\n
Once the user has located the permissions section, the next step is to audit the list systematically. This is not a quick task for users with months of dApp interaction; a typical power user might have ten to twenty connected applications. The user should create a mental or written list of applications they actively use and need to keep connected. Common examples include liquidity protocols like Osmosis, staking platforms, governance participation tools, and NFT marketplaces. Any application not on that list is a candidate for revocation.<\/p>\n
For each connected dApp, the user should ask three questions. First, do I actively use this application? If the answer is no, it should be revoked. Second, if I do use it, does it still need all the permissions it was granted? A dApp that was initially used for swaps might no longer need transaction-signing permission if the user has moved that activity elsewhere. Third, when was this connection last used, and does the frequency still make sense? Some dApps provide timestamps or usage information; if no activity has occurred in months, revocation is appropriate unless there is a specific reason to maintain the connection.<\/p>\n
Users should be particularly careful about connections to dApps they no longer remember clearly. If a user cannot immediately recall what a dApp does or why it was connected, the safest action is to revoke it. The cost of reconnection later is minimal\u2014the user simply visits the dApp again, approves the connection, and grants the necessary permissions. The cost of leaving a forgotten application with standing access is potentially higher: if that application is subsequently compromised, becomes malicious, or suffers a security breach, it has a path into the wallet.<\/p>\n
Another useful technique is to check a dApp’s status directly. Visit the application and see if it still functions, if the domain is still active, and if the project appears to be maintained. Many blockchain projects have short lifespans or pivot to new domains; a connection to an abandoned project serves no purpose and adds unnecessary surface area. The keplr wallet extension’s built-in permissions management makes this cleanup process straightforward, but it still requires the user to take action rather than defaulting to passivity.<\/p>\n
Revoking a dApp’s access to the Keplr wallet extension is a simple operation that takes fewer than ten seconds per application. Open the extension, navigate to settings, find the connected applications section, locate the dApp to be revoked, and click the remove, disconnect, or revoke button. The exact label depends on the wallet version, but the action is unambiguous: the dApp will no longer have any permissions.<\/p>\n
After revocation, the dApp loses the ability to see wallet addresses, propose transactions, or access any wallet information. If the user later visits that dApp and initiates a wallet connection, the dApp will request permissions again as if it were a first-time connection. The user will see the permission request dialog and can approve or deny it based on whether they want to use the dApp going forward. This fresh-connection flow is important because it prevents accidental reconnection and ensures the user makes a conscious choice rather than defaulting to an old permission state.<\/p>\n
Best practice during revocation is to do so in small batches rather than revoking all unused applications in a single session. After revoking three to five applications, the user should take a break and verify that active dApps still function correctly. This careful approach catches any mistakes; if a dApp that should have been kept was accidentally revoked, the user will notice immediately and can reconnect it. If the entire portfolio of connected applications were revoked at once, it might take days or weeks to notice that an important tool is no longer connected.<\/p>\n
After completing the audit and revocation process, the user should document the remaining connected applications or take a screenshot of the permissions screen for future reference. This baseline makes it easier to spot new or unauthorized connections in future audits. Many users benefit from scheduling a quarterly or semi-annual permission review, during which they quickly verify that no unexpected applications are connected and remove any that are no longer needed.<\/p>\n