Multi-wallet preparation, launchpad mints, floor sweeps, native fund routing, and custom contract dispatch unified in a single, Rust-hardened desktop cockpit.
Five bounded workspaces designed to move from preparation to settlement with zero friction, hard caps, and total state clarity.
Organize, simulate, and fire multi-wallet execution rows across any EVM chain. Built-in adapters for OpenSea SeaDrop, Thirdweb, GenesisPad, and Scatter.
eth_call simulation before signingManage liquidity across dozens of operator wallets in seconds without third-party web apps or exposed private keys.
Snag mispriced listings and sweep collection floors governed by strict local spend and item count ceilings.
ARM SWEEP N arming protocolTell the system what you need to achieve. Sthang routes you directly to the safest starting point and required prerequisites.
Find the Right WorkspaceEvery Sthang workflow follows a strictly enforced 4-stage lifecycle to guarantee operational readiness and complete asset protection.
Install the Windows desktop client delivered by the Sthang owner. Bind your Ed25519 device license locally with zero telemetry.
Group wallets into encrypted folders, configure custom HTTP/WSS RPC nodes, and assign isolated rotating proxy pools.
Stage draft tasks in IDLE state, review gas ceilings and calldata digests, then fire single-send executions with real-time audit logs.
Back up local configuration trees, resolve edge cases safely, and approve signed Stable updates with zero disruption to active financial work.
Why serious operators choose a compiled, native desktop cockpit over browser extensions and fragile scripts.
| Architectural Pillar | Sthang Cockpit Architecture | Traditional Scripts & Extensions |
|---|---|---|
| Runtime Authority | Native Rust (Tauri v2): Strict memory safety, zero GC pauses, native Windows execution. | Interpreted Node/Python scripts prone to runtime crashes and dependency drift. |
| Secret Containment | Zero Boundary Leaks: Private keys and calldata never cross IPC to UI or persistence. | Keys stored in plaintext .env files or exposed in browser extension memory. |
| Execution Model | One-Shot Anti-Replay: Atomic duplicate locks, attempt markers, terminal ambiguity handling. | Blind retry loops causing double-mints, fee burning, and duplicate buys on reorgs. |
| Simulation Fidelity | Pending-State eth_call: Exact provider calldata simulation against pending block before signing. |
Rough heuristic estimation or unsimulated sends, resulting in costly reverts. |
| Update Delivery | Signed Cryptographic OTA: Minisign-verified updates with idle holds over active operations. | Unverified git pulls or unauthenticated binary replacements. |
Sthang operates as an air-gapped local workstation. Your private keys never leave local DPAPI-encrypted storage. The public website provides comprehensive operational documentation without exposing private binaries or user telemetry.