Research Agent
Breaks research ideas into tasks, proposes candidate features, and prepares experiment plans for review.
Internal quant operating layer
DQT helps internal systematic teams turn data, hypotheses, backtests, risk checks, and monitoring into traceable, reproducible, reviewable agent workflows.
Evaluate cross-sectional signal stability under current risk limits.
Tool calls, computed results, and human approvals stay in one traceable record.
Agent fleet
Each agent owns a clear operating boundary, calls approved internal tools, and hands traceable outputs to the next research or operations stage.
Breaks research ideas into tasks, proposes candidate features, and prepares experiment plans for review.
Checks gaps, anomalies, latency, and field consistency before research depends on the data.
Orchestrates backtests, OOS locks, slippage assumptions, and parameter records without treating chat output as computation.
Tracks exposure, concentration, drawdown, risk budgets, and abnormal events for human review.
Turns experiments, monitoring, and approvals into daily notes, weekly briefs, and research summaries.
Internal data
DQT can show internal pipelines, normalization, provenance, and research context without positioning itself as a public data subscription or API vendor.
context:
source: internal_research_store
universe: approved_workspace
oos_window: locked
permissions: scoped
output: traceable_report
Validation
DQT avoids black-box trading claims. Agents may propose, coordinate, and summarize, while statistics, backtests, and risk metrics come from reproducible computation.
Integration
The visual language should feel like an internal command center, not a retail trading bot. Show Python, notebooks, research databases, schedulers, alerts, and reports.