Hürriyet produces pattern detection, risk scoring and strategy recommendations by processing financial and corporate data streams in milliseconds. Each output is reported along with past performance records.
The system receives market data, trading volume and macro indicators as a continuous data stream. Each record is passed through layers of pre-trained models and evaluated for anomalies, correlations and trend signals. Processing latency is kept constant regardless of data volume.
The process is designed to be traceable and auditable, from raw data entry to strategy recommendation.
Data from market, portfolio and external sources are verified, normalized and recorded with timestamp.
Model layers detect statistical deviations by comparing to reference patterns trained on historical data.
Detected signals are combined with volatility and correlation data to turn into a risk score between 0-100.
For situations that exceed score thresholds, a recommendation to adjust or monitor a position is reported with justification.
The table below shows a sample performance record of the system over the last five trading days. All data is fixed at the close of the relevant trading day.
| date | Analyzed Signal | Average Risk Score | Realized Return | Deviation Rate |
|---|---|---|---|---|
| 12.03 | 2,140 | 41 | +1.8% | 0.6% |
| 13.03 | 1,980 | 38 | +0.9% | 0.4% |
| 14.03 | 2,310 | 52 | -0.3% | 0.9% |
| 17.03 | 2,075 | 44 | +1.2% | 0.5% |
| 18.03 | 2,202 | 47 | +0.6% | 0.3% |
Past performance data is not an indication of future results. The table is presented to illustrate the system's methodology and reporting discipline; All records are archived together with the raw data for the relevant trading day.
The platform scales horizontally as data volume increases; The integration layer works without changing the existing infrastructure.
The supported data provider and exchange API are connected via standard authentication protocols.
Measured system availability; Maintenance windows are notified in advance and can be tracked on the status page.
Average measured API response time for requests from enterprise data sources.
The team works in financial data engineering and statistical modelling. The platform stays away from a black box approach; Each risk score and recommendation is presented visibly on which data points and model parameters it is based.
Data security is kept at the core of the architecture: all records are encrypted, access permissions are defined on a role-based basis, and transaction logs are stored for auditing purposes.
Scores; It is calculated by combining price movements, trading volume, volatility indicators and user-defined portfolio data. Resource weights are specified in the reports.
Model layers are updated at 15-minute intervals; Structural model revisions are tested and put into effect quarterly.
All data traffic is transmitted via TLS 1.3, stored records are encrypted with the AES-256 standard. Access is limited by role-based authorization.
No. Records fixed at daily close are not changed retroactively; Situations requiring correction are noted in a separate note.
It is structured to scale with different data volumes, from individual algorithmic investors to institutional portfolio management teams.
Model architecture and data security protocols are described in detail in the technical methodology document.
Request Methodology DocumentThe demo account works with a limited copy of the real data stream; Risk scoring and reporting modules are fully accessible.