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- Injective’s new CLI skill lets AI agents query data, send transactions, and manage keys through a faster terminal workflow.
- The tool combines wallet setup, network selection, and transaction handling to make Injective development more consistent.
Injective has introduced a new CLI skill that allows network interaction via AI agents directly in the terminal. Developers can use the tool to query chain data, send transactions, manage keys, and perform other on-chain tasks from the terminal.
The new skill will target developers who are creating dApps, automation tools, and other infrastructure on Injective. It gives them a simpler way to handle routine blockchain tasks without stopping to search for commands each time.
1/ Today, we are launching the all new Injective CLI skill.
This directly enables an AI-agent extension that wraps the injectived CLI for seamless interaction with Injective right from your terminal.
Unlock a world of new opportunities with Injective 👇 pic.twitter.com/jDVFZRQXnP
— Injective 🥷 (@injective) March 2, 2026
The process begins with setting up the Injective CLI for local use. From there, developers can point the tool to their preferred network configuration and use the CLI for queries, transactions, and key management. Injective provides default endpoints for both mainnet and testnet, together with the chain IDs used for each network. That gives builders a fixed structure for integrating the CLI into repeatable agent-driven tasks.
Also, the release standardizes wallet and client behavior. The network stores configuration files and key material in a local home directory unless a user selects a different path. It reads endpoint and chain ID values from the local client configuration file, which helps keep terminal activity aligned with the selected environment.
Late last month, Injective launched a new Build page that brings together code examples, video tutorials, technical guides, AI coding resources, and developer toolkits in one place. CNF reported that the update helps teams build onchain economies faster while using Injective’s Layer 1 infrastructure.
Injective Adds Transaction Handling for AI-driven Workflows
Injective uses a passphrase-protected file keyring by default, which adds a layer of security for wallet access. It also limits the waiting time for key-related actions, so terminal sessions do not stall during passphrase prompts. For local testing, users can choose a backend that removes passphrase prompts, although that option is intended for temporary workflows rather than secure production use.
For transaction handling, the update recommends automatic gas estimation, a gas adjustment multiplier, and a defined gas price. The tool also lets users bypass manual confirmation when submitting transactions.
After submission, the transaction status can be checked through a follow-up query using the transaction hash, which keeps execution and verification within the same CLI workflow. For Ledger-based transactions, Injective provides a dedicated signing format for hardware wallet users.
The new CLI skill expands Injective’s developer tooling as the network continues to build around AI-linked blockchain use cases. With this release, developers gain a more direct way to connect terminal commands, automation, and onchain execution in a single workflow.
Previously, we covered that Korea University launched an enterprise validator on Injective through its Blockchain Research Institute, with 369,809 INJ staked at launch.
Over the last 24 hours, INJ price rose 1.57% to $3.05 after climbing above $3.12 during the previous session, then fell slightly. Trading volume also increased 12.76% to $63.04 million, pointing to stronger market activity.
