PRODUCTS AND CAPABILITIES
ASTRIVERA organises its product capabilities into three areas: research, portfolios and risk; execution, accounts and accounting; and Strategy Assembly with the Quantitative Immune System. Each specialist component has its own interface, version and responsibility boundary. The Local Control Plane governs their connections, authority and operational state. Existing client strategies, data sources and trading infrastructure can remain in use within the supported scope.
ASTRIVERA is currently in research and internal validation. This page describes product direction, modular architecture and capabilities available for demonstration at the present stage. Supported markets, data, strategies, brokers, accounts and deployment environments depend on the current version and agreed scope.
Connect authorised data while controlling availability times, security identity, versions and the compute environment. ASTRIVERA-developed algorithms can run as strategy components, while existing client strategies can connect through confirmed interfaces.
Record strategy versions, parameters, trading calendars, costs, slippage and evaluation periods. Return, drawdown, turnover and cost are presented on consistent conventions and retained with the relevant operating configuration.
Translate model output into asset selection and portfolio weights. The portfolio component combines multiple signals, current positions and funding conditions into a defined target structure.
Apply cash buffers, position limits, concentration, risk budgets and other constraints. Risk results adjust the portfolio target directly and accompany it into execution.
Data and configuration snapshots, research runs, backtest results, portfolio targets, risk results and research reports. Versions of data, strategies and parameters can be compared independently or reviewed again from their original configuration.
Prepare orders from trading units, price conditions, available funds, account state and the execution window. The original portfolio target is preserved and execution adjustments are recorded separately.
Manage account bindings, order submission, fill reports, open orders and connection state. When a broker or account changes, its connection is configured independently while strategy logic remains unchanged.
Record the path from planning and submission through acceptance, rejection, partial fill, cancellation and completion. If a connection is interrupted or market state remains unresolved, affected orders retain a separate state pending confirmation from account facts.
Reconcile orders, fills, positions, cash and profit and loss against broker and account records. Price, fees, foreign exchange, corporate actions, execution and accounting differences are attributed separately.
Organise trading results, portfolio changes, costs, risk and operating deviations. Reports support daily review, internal oversight, risk communication and audit records.
Record each capability's responsibility, interface, version, dependencies, authority and applicable scope. A component that is not yet integrated or lies outside current support remains disabled.
Select the strategy, data, rules, risk, execution and account components required for the current run. The assembly becomes a separate configuration that preserves connections, versions and responsibility boundaries.
Check data semantics, market rules, execution capabilities, account authority and environment versions. A change to a critical component or connection requires the current operating arrangement to be verified again.
Research, targets, orders, fills, positions, cash and profit and loss retain continuous relationships. Operating results can be traced through component connections to the relevant data, configuration, strategy and rules.
The Quantitative Immune System reads operating evidence to form a diagnosis and records deviations, affected scope and recovery basis. Production permission is governed by an Independent Production Gate.
See how ASTRIVERA can connect to an existing operating environment and which components and assembly methods the current version can demonstrate.
