Migrate your Vaulta data
Vaulta is a Web3 banking network evolved from the EOS blockchain, rebranded in 2025 with a new token (A). It has no CRM data model, object schema, or customer record structure.
In its favor
Why people choose Vaulta
The signal that keeps Vaulta on the shortlist. Sourced from G2, Capterra, and customer scoping calls.
The EOS-to-Vaulta rebrand brought fresh infrastructure investment and renewed developer activity on the chain, which some EOS holders viewed as a reason to stay rather than exit.
Vaulta (A) token was listed on Coinbase in June 2025, giving holders a regulated, liquid on-ramp that the prior EOS token lacked.
The Vaulta EVM compatibility opened a path for Ethereum developers to deploy Solidity contracts, expanding the ecosystem beyond EOS's original WASM-based developer base.
Vaulta's partnership with Ceffu (connected to Binance) provided institutional-grade custody and liquidity that previous EOS infrastructure did not offer.
The 1:1 voluntary token swap was designed to be frictionless for existing EOS holders, with no forced selling or liquidity loss during the transition.
Some EOS holders viewed the rebrand as cosmetic rather than substantive, arguing that underlying scalability and developer ecosystem issues were not addressed by the token change.
Long-standing concerns about low dApp activity and limited real-world adoption on EOS persisted through the Vaulta transition, prompting some developers to migrate to EVM chains instead.
The voluntary nature of the token swap meant exchanges and wallets had to independently support the Vaulta (A) token, creating a fragmented support timeline where some platforms delayed or refused to honor the swap.
Reasons to switch
Why people leave Vaulta
The recurring reasons buyers give for replacing Vaulta. Presented as facts, not knocks.
Platform scorecard
Strengths, weaknesses, and where Vaulta fits
Grades across six dimensions, plus a SWOT-style view of where the platform shines and where it falls short.
SWOT — strengths, weaknesses, and use-case fit
Strengths
Weaknesses
Where it works
Where it struggles
Pricing tiers
Vaulta pricing overview
Vaulta is a public blockchain protocol. There are no SaaS-style pricing tiers for the core chain. Users pay gas fees in the Vaulta (A) token for on-chain transactions. Third-party services built on Vaulta (wallets, dApps, custodians) set their own pricing independent of the protocol.
Token-Based
Tier 1 of 1
Market-priced (A token)
What's included
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What gets migrated
Vaulta object support
Object-by-object support for Vaulta migrations. Per-pair details surface during scoping.
Wallets
Fully supportedVaulta inherits the EOS wallet model. Each account consists of an account name and active/owner key pairs. We export wallet state including permissions, key weights, and threshold settings from the source EOS chain and land them in the Vaulta account structure. Key format and permission model are preserved 1:1.
Token Balances
Fully supportedEOS token balances are migrated to Vaulta (A) via a 1:1 conversion swap. We export the final EOS token snapshot from the source chain and map each balance to the corresponding Vaulta (A) ledger entry. Balances are reconciled post-swap to account for any transactions in flight during the cutover window.
Transaction History
Mapping requiredEOS transaction history is preserved on-chain but may reference EOS-specific action names, contract names, and memo formats that do not map directly to Vaulta equivalents. We extract the raw action traces and re-index them against the Vaulta chain schema, flagging any actions from deprecated or unmigrated smart contracts.
Smart Contracts
Mapping requiredEOS smart contracts must be redeployed or migrated to the Vaulta EVM. Source-chain WASM contracts are not natively compatible with Vaulta's EVM environment. We export the contract ABI and source code and flag which contracts require a full rewrite versus a recompilation for EVM compatibility.
Off-Chain Application State
Not in this platformEOS-era dApps frequently store user profile data, preferences, or application state in centralized databases outside the blockchain. These off-chain records do not automatically migrate with the token swap. Each dApp operator must independently export and migrate their off-chain data. We flag and inventory these dependencies during scoping.
Contacts
Not in this platformVaulta is a blockchain protocol, not a CRM. It has no contact management object, no user profile database, and no field schema for customer records. Any contact-like data exists only in off-chain dApp databases, which are outside the blockchain migration scope.
Accounts
Not in this platformVaulta does not have an Accounts or Companies object. There is no organizational hierarchy, no billing account, and no customer record structure. Business entities are represented only as blockchain accounts (wallets) holding token balances.
Deals
Not in this platformVaulta does not have a Deals or Opportunities object. Any deal-like data exists off-chain within specific dApps and is not part of the blockchain layer. These records fall outside the scope of a chain-layer migration.
| Object | Support | Notes |
|---|---|---|
| Wallets | Fully supported | Vaulta inherits the EOS wallet model. Each account consists of an account name and active/owner key pairs. We export wallet state including permissions, key weights, and threshold settings from the source EOS chain and land them in the Vaulta account structure. Key format and permission model are preserved 1:1. |
| Token Balances | Fully supported | EOS token balances are migrated to Vaulta (A) via a 1:1 conversion swap. We export the final EOS token snapshot from the source chain and map each balance to the corresponding Vaulta (A) ledger entry. Balances are reconciled post-swap to account for any transactions in flight during the cutover window. |
| Transaction History | Mapping required | EOS transaction history is preserved on-chain but may reference EOS-specific action names, contract names, and memo formats that do not map directly to Vaulta equivalents. We extract the raw action traces and re-index them against the Vaulta chain schema, flagging any actions from deprecated or unmigrated smart contracts. |
| Smart Contracts | Mapping required | EOS smart contracts must be redeployed or migrated to the Vaulta EVM. Source-chain WASM contracts are not natively compatible with Vaulta's EVM environment. We export the contract ABI and source code and flag which contracts require a full rewrite versus a recompilation for EVM compatibility. |
| Off-Chain Application State | Not in this platform | EOS-era dApps frequently store user profile data, preferences, or application state in centralized databases outside the blockchain. These off-chain records do not automatically migrate with the token swap. Each dApp operator must independently export and migrate their off-chain data. We flag and inventory these dependencies during scoping. |
| Contacts | Not in this platform | Vaulta is a blockchain protocol, not a CRM. It has no contact management object, no user profile database, and no field schema for customer records. Any contact-like data exists only in off-chain dApp databases, which are outside the blockchain migration scope. |
| Accounts | Not in this platform | Vaulta does not have an Accounts or Companies object. There is no organizational hierarchy, no billing account, and no customer record structure. Business entities are represented only as blockchain accounts (wallets) holding token balances. |
| Deals | Not in this platform | Vaulta does not have a Deals or Opportunities object. Any deal-like data exists off-chain within specific dApps and is not part of the blockchain layer. These records fall outside the scope of a chain-layer migration. |
Gotchas
What to watch for in Vaulta migrations
Issues we've hit on past Vaulta migrations, tagged by severity. FlitStack AI handles every one — surfacing them up front because buyer engineering teams want to know.
Token swap is voluntary with no forced deadline
Smart contracts must be rewritten for EVM
Off-chain dApp state is not included in the chain migration
Transaction history references deprecated EOS action types
Wallet key permissions map 1:1 but EVM address format differs
| Severity | Issue |
|---|---|
| High | Token swap is voluntary with no forced deadline |
| High | Smart contracts must be rewritten for EVM |
| Medium | Off-chain dApp state is not included in the chain migration |
| Medium | Transaction history references deprecated EOS action types |
| Low | Wallet key permissions map 1:1 but EVM address format differs |
Leaving Vaulta?
Where Vaulta customers move next
12 destinations Vaulta can migrate to.
How a Vaulta migration works
Four steps, Vaulta-specific
Connect
Vaulta inherits the EOS smart-contract architecture. There is no traditional SaaS API with OAuth/API key auth. On-chain interaction uses wallet-based signing (private-key cryptographic signatures) and standard EOS RPC endpoints exposed by network nodes. into Vaulta. Scopes limited to read-only on the data we move.
Map
We translate Vaulta-specific structures (custom fields, objects, value lists) to the destination's model.
Sample
Test with a 50–200 record subset to validate Vaulta quirks before production.
Migrate
Full migration with Vaulta rate-limit handling. Rollback available throughout.
FAQ
Vaulta migration FAQ
Answers to the questions buyers ask most during Vaulta migration scoping. Not seeing yours? Book a call.
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