# Deep Scan

Source: https://www.solscanner.app/docs/scanner

> What the Scanner reveals, including funding traces, connected wallets, and bundle analysis for any wallet or token.

The Scanner (a **Deep Scan**) is the analysis layer. Paste any wallet or token and it auto-detects which one it is, then builds a map of the on-chain relationships around it: where the money came from, which wallets move together, and which groups look coordinated.

It's available on both chains:

* **Solana:** [`/sol/scanner`](/sol/scanner)
* **Robinhood Chain:** [`/rh/scanner`](/rh/scanner)

Deep Scans require sign-in. Browsing individual transactions, wallets, tokens, and blocks stays free in the [Explorer](/docs/explorer).

Auto-detection [#auto-detection]

You don't pick a mode. Paste an address and the Scanner detects whether it's a **wallet** or a **token** and runs the matching analysis.

Scan depth and cost [#scan-depth-and-cost]

A wallet scan can run at three depths. Depth controls how far the graph expands outward from the starting wallet. Greater depth follows more hops and surfaces more related wallets, and takes longer to complete.

| Depth | What it's for       | Cost    |
| ----- | ------------------- | ------- |
| Quick | A fast first look   | 1 scan  |
| Deep  | The standard trace  | 2 scans |
| Max   | An exhaustive trace | 4 scans |

"Deep Scan" is the name of the product as a whole. **Deep** in this table is one of its three depths, the middle one. A Quick or Max scan is still a Deep Scan.

Token scans cost 1. If a scan fails after being charged, the scans are refunded automatically. Repeat scans of the same target are faster because results are cached. See [Plans and access](/docs/access) for how allowances work.

What a wallet scan reveals [#what-a-wallet-scan-reveals]

* **Funding sources:** traces where the wallet's balance came from, walking back through the chain of funders toward the original source or sources.
* **Connected wallets:** other wallets linked to it through funding and transfer activity.
* **Bundles:** clusters of wallets that appear to act together rather than independently. Coordinated wallets are grouped into labeled **bundle groups**.
* **Insiders and known entities:** flags wallets tied to a token's deployer or liquidity, and labels known exchanges and infrastructure so they don't read as organic activity.
* **Holdings and context:** the wallet's current holdings, plus any names or notes you've saved.

On **Solana**, a wallet scan additionally surfaces **KOL wallets** (known influencer wallets) within the graph, and lists the wallet's top trades.

What a token scan reveals [#what-a-token-scan-reveals]

* **Token profile:** market stats, security checks, and liquidity pools.
* **Top holders with bundle detection:** the largest holders, flagged where they belong to a coordinated bundle rather than being independent.
* **Bundle map:** the relationship graph across holders and the wallets connected to them.

On **Solana**, a token scan can also rank **top traders by realized PnL**.

Solana and Robinhood Chain [#solana-and-robinhood-chain]

The core scan (auto-detection, the three depths, funding sources, connected wallets, bundles, and the bubble map) works the same on both chains, and so does a multi-token scan of 2 to 5 token contracts. These features are Solana only:

* KOL wallets in scan results
* Top traders mode for token scans, and a wallet's top trades
* AI analysis of a scan
* Exporting scan results
* Cross-chain traces
* `.sol` domain search
* The [Seek](/docs/seek) view

The bubble map [#the-bubble-map]

Results render as an interactive **bubble map**. Nodes are wallets and tokens; links are the funding and transfer relationships between them. Color encodes each node's role: the wallet you searched, its funders, bundled wallets, liquidity, and so on. You can zoom, pan, filter, and expand any node to dig deeper.

A note on method [#a-note-on-method]

This page describes *what* a Deep Scan surfaces, not *how* it's computed. The specific signals, thresholds, and heuristics behind funding, bundle, and insider detection are proprietary and intentionally undocumented.