Quotavìgor, predictive analysis dashboard for algorithmic copy-trading
Artificial intelligence for copy-trading

From manual analysis to execution driven by predictive models

Quotavìgor processes market data streams in real time and translates the identified patterns into copy-trading strategies, reducing exposure to operational risk and decision-making bias typical of manual management.

The operational interface reports execution latency, current drawdown and model confidence level for each active strategy, with continuous updating during the market session.

Methodology

The logic behind the predictive engine

The system does not generate isolated forecasts: each signal arises from a large-scale predictive analysis that passes through three distinct phases, each subjected to verification before impacting the execution of orders.

01

Data ingestion

Collect and normalize market data, order books and sentiment indicators from multiple sources, with automated quality checks before model processing.

02

Pattern recognition

Neural networks and backtesting loops identify historical correlations and statistical anomalies across multiple time horizons, recalibrating model weights to recent data.

03

Execution logic

Decisions are translated into orders with latency control and verification of set risk limits, before sending to the broker connected via API.

Available strategies

Copy-trading strategies selectable by risk profile

Each strategy operates on a distinct set of data sources and risk parameters. The choice is not binding: the parameters can be modified from the configuration panel.

High risk

High volatility

It analyzes microstructures of the order book and volume peaks to operate on short-term movements, with a higher signal revaluation frequency than other strategies.

Data source: order book, volume flows, short-term sentiment.
Moderate risk

Constant growth

It applies multi-factor asset allocation models over weekly horizons, favoring stability of returns over reactivity to short-term peaks.

Data source: historical series, sector correlations, macro indicators.
Low risk

Risk-averse

Reduces exposure during periods of uncertainty through correlation filters and dynamic drawdown thresholds, maintaining a stable stake in low-volatility instruments.

Data source: implied volatility, systemic risk indicators.
Maximum drawdown Configurable by strategy, visible in dashboard
Average execution time Monitored in real time on the operation panel
Confidence level of the model Reported for each signal generated
Technical integration

Infrastructure connectivity and security

The platform fits into the existing operational flow without requiring the migration of trading credentials to unverified third parties.

Quotavìgor, technical infrastructure and platform development team
  • Connectivity

    Connection via REST API and WebSocket with the main brokers and exchanges, with optimized configuration to reduce latency in the automatic copy-trading phases.

  • Security protocols

    Every communication between the platform and execution endpoints is protected by end-to-end encryption, with multi-factor authentication for access to API keys.

  • Operational dashboard

    The dashboard summarizes open positions, connection status and latency metrics, allowing for consultative control without interrupting workflows already in use.

Audit trails

Every decision of the model remains traceable

Instead of unverifiable testimonies, Quotavìgor exposes the decision log: a structured format that reports the data underlying each signal generated by the predictive engine.

Example of log format
[sessione] STRATEGY=steady_growth
SIGNAL=rebalance  CONFIDENCE=0.78
LATENCY=42ms      RISK_CHECK=passed
SOURCE=multi_factor_model_v3
---
[sessione] STRATEGY=risk_averse
SIGNAL=reduce_exposure  CONFIDENCE=0.64
LATENCY=38ms      RISK_CHECK=passed
SOURCE=volatility_filter_v2

Each row of the register links a signal to a specific version of the model, its confidence level and the outcome of the risk check applied before the order is submitted.

The register does not replace the user's judgment: it remains a verification tool for those who wish to understand the logic that preceded each operation.

Consult the technical documentation
Frequently asked questions

Direct answers to the most technical questions

What is the average order execution latency?

Latency depends on the connected broker and the network conditions at the time of the operation. The Quotavìgor infrastructure is designed to minimize the forwarding time between the decision engine and the execution endpoint, and the actual value is visible for each order in the dashboard.

How is capital safety managed?

Quotavìgor does not hold user funds. Execution takes place via the API credentials of the broker chosen by the user, with configurable risk limits for each strategy and drawdown thresholds that can interrupt automatic operations.

How often are the templates updated?

The models are subjected to periodic cycles of backtesting and validation on recent data. An update is released only after exceeding predefined algorithmic accuracy thresholds compared to the previous version, to avoid regressions in risk management.

Optimize your capital with artificial intelligence, maintaining control over risk parameters

Access to the platform requires connecting your trading account via API: no transfer of funds to Quotavìgor is expected at this stage.