Design. Backtest. Automate—securely.
VolSquared (Vol²) is a software platform where traders learn, test, and trade. Use AI to draft strategies and filters, validate them with robust backtests, then promote to live execution with controls designed for automation.
What it is
VolSquared is for traders who want a repeatable pipeline from research to execution. It combines a knowledge base (Docs), a research environment, and a controlled path to automation.
Strategy design (AI-assisted)
Draft strategy logic and filters with AI, then keep the decision trail attached to the strategy.
Backtesting with robustness checks
Walk-forward, regime slicing, and risk evaluation to see where strategies work and where they fail.
Automation with guardrails
Promote to live using signed requests, idempotency, audit logs, and role-based access patterns.
Workflow
A simple loop that stays consistent as you scale up.
Built-in knowledge base with concepts, examples, and a consistent process.
Build filters, run walk-forward and regime tests, and review risk metrics.
Promote validated strategies to automation with controls and an audit trail.
Controls that matter in automation
The goal is not “auto-trading.” The goal is reliable operations: prove origin, prevent duplicates, and preserve history.
Secure requests
HMAC-signed webhooks and API calls so your automation can verify integrity and origin.
Idempotency + audit logs
Idempotency keys prevent double orders. Audit logs provide traceability for every action.
Role-based access patterns
Separate research, approval, and live operations as your workflow grows beyond one person.
Software only
VolSquared does not custody funds, place trades for you, or provide investment advice.
Tiers
Docs plus Research, Live, and API tiers so traders can move from first idea to dependable execution.
Docs
- Knowledge base and examples
- Explainable workflows
Research
- AI-assisted strategy design
- Filters and robust backtests
Live
- Promotion to automation
- Controls + audit trail
API
- Integrations
- Signed requests + idempotency patterns