Temporal independence
The system continuously monitors relevant markets on a 24-hour cycle. You receive evaluations regardless of time zone or time of day, without the need for manual chart monitoring.
Lurevix Tervora transforms manual chart analysis into a system of predictive models and real-time signal processing. You define the parameters and the system takes over the continuous evaluation - regardless of where you are.
Request system accessEach recommendation is based on a chain of traceable steps — from historical validation to ongoing risk adjustment. There is no black box, but rather a documented set of rules.
Historical and current price data, volumes and volatility metrics are cleaned and normalized before being incorporated into the model calculation. Incorrect or incomplete data records are excluded before processing.
Each strategy variant is tested against several past market cycles, including periods of increased market volatility. Only patterns with a consistent hit rate over different time periods are included in the active model selection.
New market data is continuously compared with the validated patterns. Results arise from statistical probability, not from selective interpretation of individual price movements.
The models adjust position sizes and stop-loss thresholds to the currently measured market volatility. In the event of unusual market conditions, the system automatically reduces the capital invested per position.
The system's architecture is designed for minimal manual intervention - relevant for users who do not want to tie their portfolio to a fixed location or fixed office hours.
The system continuously monitors relevant markets on a 24-hour cycle. You receive evaluations regardless of time zone or time of day, without the need for manual chart monitoring.
Stop loss and hedging logic are set automatically based on current volatility values. In the standard structure, capital preservation takes priority over short-term return maximization.
The data analysis takes place in real time and can be applied to several asset classes at the same time, without the time required for evaluation increasing proportionally with the portfolio size.
Lurevix Tervora's internal backtesting framework — referred to internally as the "Lurevix Tervora Grid" — evaluates each strategy based on its hit rate across multiple completed market cycles, not a single time period.
Schematic representation of the distribution of positive (dark) and negative (light) test periods within a backtesting run. No live data.
What is important is not the individual hit rate, but rather the consistency across different market phases. Strategies with high dispersion between test periods are removed from active model selection before they are used productively.
For users without a fixed place of work, Lurevix Tervora replaces manual chart checking with structured notifications about already pre-evaluated situations. The analysis continues on the server side, regardless of the internet connection or device on site.
Interventions remain limited to decision points where confirmation or adjustment of the parameters makes sense. The ongoing data evaluation itself does not require constant presence at a screen.
The models use structured market data from licensed data providers, including price, volume and volatility data. Raw data is checked for completeness and plausibility before processing.
API connections occur over encrypted interfaces with limited access rights. Access data is not stored in plain text; Permissions can be adjusted or revoked granularly at any time.
Models undergo regular re-evaluation based on current market data. If there are significant deviations between the expected and actual hit rate, a model is removed from active rotation and recalibrated.
Yes. Position size limits, maximum loss tolerance per trade and total exposure can be individually configured. These settings directly affect the automated stop loss logic.
Existing positions remain protected by the most recently valid risk parameters. New signals will only be processed again once the data connection and data validation are successfully restored.