Astraeus provides an AI-native infrastructure that re‑architects wealth‑management firms by embedding data, decisioning, and compliance into a unified operating core.
Funding
Funding not disclosed
Founders
Product
Problem
Wealth‑management firms typically operate with 10–20 disconnected applications, each handling a single function such as portfolio accounting, compliance, or client onboarding. This fragmentation creates structural risk, requires extensive manual oversight, and hampers the ability to make data‑driven decisions across the organization.
Solution
Astraeus delivers an AI‑native infrastructure that re‑architects the firm’s operating core, embedding market, product, account data, policies, and role information into a single, unified platform. The platform continuously feeds real‑time data into compliance checks and growth workflows, enabling automated decisioning and auditability at every functional level. By turning intelligence into a structural layer rather than an add‑on, the system allows firms to scale operations without accumulating additional technical debt, while ensuring that insights compound across all decision surfaces.
Target Audience
Primary customers are mid‑size to large financial advisory and wealth‑management firms seeking to replace fragmented legacy technology stacks with a unified, intelligence‑driven operating platform.
Features
- Unified data layer that consolidates all legacy systems into a single source of truth for market, product, and account information
- Agentic architecture that embeds AI‑driven decisioning and compliance directly into the firm’s core processes
- AI‑enabled auditability providing continuous, automated governance across all workflows
- Native AI capabilities tailored to each functional area (e.g., portfolio management, client onboarding, regulatory reporting)
- Scalable design that maintains intelligence consistency as the firm adds new products, acquisitions, or regulations
- Real‑time feedback loops that synchronize data, compliance, and growth initiatives without manual intervention