Quality for systems where every transaction is final
Digital assets run on exchanges, custody and wallets, stablecoins, tokenization, on- and off-ramps, and the smart contracts that settle them — for trading venues, custodians, issuers, and the infrastructure moving value on-chain. TestLauncher brings agentic testing, an owned QA Brain, and continuous compliance to code where a settled transfer cannot be recalled.
What makes quality hard in digital assets
Irreversible settlement leaves no room for a fix
Once a transfer confirms on-chain there is no rollback, no refund, and no support ticket that reverses it. A single unhandled edge case in a withdrawal path or contract call becomes permanent, unrecoverable loss.
Smart-contract logic fails in adversarial ways
Reentrancy, integer overflow, access-control gaps, and oracle manipulation are exploited by attackers actively probing for value, not surfaced by happy-path tests. A contract that passes every functional check can still be drained the hour it goes live.
Consensus edge cases corrupt balances
Double-spend attempts, transaction replay across chains, and block reorganizations can credit funds that later vanish or debit them twice. Systems that assume confirmations are final mishandle the reorg and off-ramp paths where money actually leaves.
Custody and key management are single points of catastrophe
A flaw in signing, key derivation, or multi-sig thresholds can lock assets forever or expose them to theft. Unlike a password, a compromised or lost private key has no reset — the failure is total and irreversible.
One intelligence layer for digital assets
The same owned QA Brain — testing, knowledge, and compliance — focused on the risks this sector can’t afford to get wrong.
bugAgent
Agentic testing probes exchange, wallet, and contract flows the way an adversary would — reentrancy, replay, reorg, malformed inputs, and boundary conditions — and self-heals regression coverage as the protocol evolves.
Launch App
Deterministic, reproducible runs pin down on-chain and off-chain settlement behavior against forked state and known blocks, so a withdrawal or bridge flow is verified identically every time and backed by owned evidence.
ARC
Continuously maps controls to AML, Travel Rule, and market-integrity obligations across jurisdictions, producing the compliance evidence a custodian or exchange needs as a byproduct of testing rather than a separate scramble.
qualThread
Keeps a living digital thread of protocol decisions, audited assumptions, incident precedent, and known edge cases, so hard-won knowledge about a reorg or custody quirk is retained instead of relearned.
manualTesting
Expert testers exercise exploratory and judgment-heavy paths — novel attack framing, cross-chain corner cases, and ambiguous settlement states — that automation alone will not think to try.
Designed to support the regimes you work toward
TestLauncher is designed to support programs working toward the standards below and generates the traceability and evidence they call for. Naming a standard here is not a claim of certification — it describes the regimes our customers operate in.
- MiCA (Markets in Crypto-Assets Regulation)
EU framework regulating crypto-asset issuers and service providers, including authorization, custody, and stablecoin requirements.
- FinCEN / BSA AML and Travel Rule
US anti-money-laundering obligations for money services businesses, including originator/beneficiary information sharing on transfers.
- SOC 2
AICPA reporting framework for controls over security, availability, processing integrity, confidentiality, and privacy at a service organization.
- ISO/IEC 27001
International standard for establishing and operating an information security management system.
- Proof-of-reserves attestation
Independent attestation over an exchange or custodian's asset holdings and liabilities; practices and standards are still evolving, alongside developing SEC and CFTC oversight.
Bring the QA Brain to digital assets.
Powered by bugAgent, Launch App, ARC, qualThread, manualTesting. Tell us where quality can’t fail and we’ll show you what an owned intelligence layer looks like for your programs.