Common questions about Sagitta AAA

Sagitta AAA is a policy-driven, non-custodial allocation and risk engine for crypto-native institutions, DAOs, treasury operators, and portfolio managers. It converts explicit policy constraints into deterministic, audit-ready allocation decisions. It is not a trading bot, a signal aggregator, or a portfolio tracker.

Most crypto allocation is discretionary — driven by individual judgment, informal consensus, or opacity. AAA replaces discretionary drift with deterministic, policy-bound allocation intelligence. The same inputs always produce the same outputs. Decisions can be audited, replayed, and defended without faith in a black box.

AAA is an AI crypto allocation agent in the sense that it uses structured reasoning to resolve allocation decisions within policy constraints. However, it is authority-gated: autonomous operation requires explicit governance permission. The system is designed so that policy, governance, and human review precede automation — not the other way around.

No. AAA is non-custodial by design. It imports wallet state as read-only portfolio data. It produces allocation decisions as output. It has no authority to move assets, sign transactions, or initiate execution. Custody and execution remain fully separate.

Wallet import is read-only. AAA reads public on-chain balance data from wallet addresses you provide. No private keys, signing permissions, or transaction authorization is requested or stored.

Your policy configurations, decision records, and portfolio data are stored in your account. They are not shared with other users. Sagitta staff access is limited and subject to access controls.

A decision record is a structured, machine-readable document that AAA produces for every allocation decision. It contains the portfolio snapshot at decision time, the policy version applied, the constraint evaluation log, the allocator version used, the resolved allocation output, and the approval routing state. Decision records can be replayed, reviewed, and used for governance reporting.

In AAA, allocation policy is a set of machine-checkable constraints: asset eligibility rules, concentration caps, liquidity floors, rebalance bounds, and regime-specific behavior. The allocator resolves outputs inside those constraints deterministically. Policy is not a suggestion — it is an enforced limit set.

Scenarios let operators define how policy constraint sensitivity changes under different market conditions — conservative in drawdowns, neutral in stable periods, calibrated expansion when conditions permit. Regime context is declared by the operator and adjusts how the allocator interprets policy limits without overriding determinism.

Yes. DAOs are a primary use case. AAA converts governance vote outcomes into enforceable allocation policy, eliminates ad-hoc treasury decisions between governance cycles, and produces audit-grade decision trails for token holders. See the For DAOs page for details.

Yes. Portfolio managers use AAA to run systematic allocation strategies inside explicit policy constraints, compare strategy variants with A/B testing before capital exposure, and generate replayable decision records. See the For Portfolio Managers page.

Yes. AAA is designed for treasury operations that require policy persistence across stewards, committee-aligned deterministic execution, and post-hoc justification for every treasury action. See the For Treasury Operators page.

Observer access is free and provides read-only visibility into allocation decisions generated under policy constraints. You can evaluate portfolio risk, weighting logic, and scenario sensitivity without any authority to modify policy or act on decisions. No credit card is required.

Sandbox Authority ($79/month) enables policy creation with enforceable constraints, regime-aware scenario simulation, persistent decision logs, and wallet-native portfolio imports. It is designed for teams that want to design and test allocation policies before operational deployment.

Production Authority ($499/month) adds team-based access with role controls, real-time Agent mode workflows, enforced policy and risk guardrails, and version-controlled portfolio and policy updates. It is designed for operational deployment with institutional accountability.