Live market streams
Token manager, realtime candles, liquidation stream, top-orderbook feed, and full-depth orderbook synchronization.
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Real-time Binance microstructure intelligence
A new trading system built from scratch for ultra-fast market data, modular indicators, liquidation analytics, AI validation, and professional simulation workflows.
Complete trading command layer
Token manager, realtime candles, liquidation stream, top-orderbook feed, and full-depth orderbook synchronization.
Order-flow pressure, liquidation filters, cascade detection, support and resistance, market screener, and manipulation detection.
Trading simulator, validation matrices, dynamic trailing, CAI kinetic trailing, and locked-symbol position safety.
3D charts, liquidation overlays, trade mirrors, AI activity panels, strategy statistics, and full-depth visual rendering.
Not another dashboard skin
Modulair exposes realtime market structure as composable services. Every layer can be enabled, measured, validated, and extended without collapsing the system into a single monolithic indicator.
System capabilities
Sub-second candle synthesis bridges lag between aggregate trades and exchange candle updates.
Raw aggregate trade streams are compiled client-side every 100ms into temporary sub-second candles.
As 250ms exchange updates arrive, high, low, volume, and close values are reconciled against official parameters.
The interface avoids data lag while preserving reporting consistency with exchange candles.
REST snapshots and diff streams align through sequence checks for reliable depth visualization.
A baseline REST snapshot is synchronized with asynchronous depth@100ms WebSocket deltas.
Range checks keep update order deterministic so stale or skipped deltas cannot silently corrupt the visual book.
Deep-book sorting is redirected into pre-allocated typed arrays to isolate top volume walls without garbage collection stalls.
Cascades, reversal tracking, instant signals, market-wide feeds, and value-filtered overlays.
Raw liquidation streams are aggregated by cumulative USD volume thresholds scaled against active order book depth.
OBII, LER, opposite-side refill z-scores, and depth behavior are used to detect terminal exhaustion.
High-probability reversal zones are flagged when liquidation pressure begins to exhaust rather than continue.
Local Ollama agents audit microstructure and fail closed when inference cannot be trusted.
Screened candidates are passed to local Ollama endpoints for a second-pass microstructure audit.
Connection drops, timeouts, parse failures, and malformed responses default to reject decisions.
Character repetition detection and backtracking JSON repair heuristics protect against truncated LLM output.
Leverage brackets, liquidation prices, fees, bankruptcy protection, and single-position safety.
Isolated margin positions use actual leverage brackets and maintenance margin ratio calculations.
Fees, funding rates, slippage, realized PnL, unrealized PnL, and liquidation prices are tracked in realtime.
The simulator enforces a single active position and force-closes instantly if total equity reaches zero.
Trailing systems compress stop behavior as volatility, momentum, and kinetic energy change.
Only one trailing stop model can run at a time, preventing competing stop commands.
A volatility-normalized dynamic squeeze adjusts the stop boundary against an EMA-derived characteristic baseline.
Launch, momentum, apex, decay, and freefall states track velocity and acceleration to tighten stops as energy stalls.
Interface gallery
Micro-candle construction for fast-moving tokens and scalping research.
Kinetic decay logic designed for liquidation bounce exits.
Immersive depth-oriented chart views for reading pressure and structure.
Architecture
Aggregate trades, mini tickers, liquidation feeds, mark prices, and depth snapshots.
Rate limits, latency metrics, object pools, event bus routing, and plugin dependencies.
Order flow, S&R, cascades, liquidation predictors, manipulation detection, and AI agents.
Validation matrices, simulator, trailing exits, statistics, and visual overlays.
Professional control surface
This guide provides an operational breakdown of the individual modules within the platform architecture. Each module explains its functional utility and its direct translation into platform advantage, including API cost reduction, slippage mitigation, premium feature depth, risk reduction, and user retention.
Operational role: Central topological dependency coordinator, resolving runtime initialization orders and lifecycle events.
Platform advantage: Accelerates strategy deployment while preventing circular dependency deadlocks and isolating non-critical failures.
Operational role: Source of truth for symbols, live prices, decimal precision, and margin bracket metadata, with active-trade symbol locking.
Execution edge: Reduces slippage and operational errors by enforcing strict rounding and preventing mid-trade symbol mismatch.
Operational role: Synthesizes 100ms-1s aggregate trade streams into realtime candles and reconciles against official exchange klines.
Latency edge: Gives scalpers and algorithms earlier visibility into price breaks than standard delayed charting packages.
Operational role: Normalizes forced orders, top-of-book levels, and full incremental orderbooks for downstream quant modules.
Infrastructure edge: Multiplexes exchange connectivity, reducing redundant websocket overhead and connection cost exposure.
Operational role: Filters liquidations by size, asset, and side, grouping them into temporal buckets for localized and market-wide cascades.
Operator advantage: Enables high-value alert tiers and prevents UI lockups during extreme volatility by routing only important events.
Operational role: Uses indirect typed-array index sorting in static buffers to filter deep orderbook levels without GC pressure.
Performance edge: Improves hardware compatibility and broadens the addressable user base by avoiding memory stutters.
Operational role: Computes LER and OBII scores to identify counter-trend rebound probabilities after large liquidations.
Strategy edge: Provides proprietary alpha for mean-reversion and liquidation-fade strategies.
Operational role: Converts multi-source market data into compact prompts for local LLM trade recommendations.
Cost advantage: Delivers conversational analysis through local models without recurring cloud LLM API execution costs.
Operational role: Computes execution velocities and applies distance-decay filters to depth, using hysteresis state machines for direction.
Signal quality: Protects strategy executors from fake liquidity and spoofed far-price passive orders.
Operational role: Mutually exclusive trailing engines compress stop coordinates using volatility ranges or velocity/acceleration decay.
Risk advantage: Protects unrealized gains by tightening exits as momentum fades instead of relying on static trailing stops.
Operational role: Detects terminal exhaustion on large liquidation flushes and emits immediate entry signals with symbol locking.
Execution trigger: Supplies triggers for automated liquidation-fading strategies and high-frequency imbalance capture.
Operational role: Ranks the USDT-perp universe while mapping S/R, POC, VAH, and VAL through KDE over pivot histories.
Workflow advantage: Automates structural charting, increasing user engagement and reducing churn.
Operational role: Consolidates quantitative, heuristic, and LLM signals with weighting and directional conflict penalties.
Decision quality: Reduces drawdowns caused by impulsive single-indicator entries and conflicting market states.
Operational role: Stage 2 AI strategists perform fail-closed audits on structured entry decisions.
Risk gate: Acts like automated risk management, rejecting low-liquidity traps before dispatch.
Operational role: Replicates futures execution, margin, leverage tiers, commissions, and bankruptcy safety.
Onboarding advantage: Enables realistic paper trading that builds confidence before users commit capital.
Operational role: High-performance canvas renderer for candles, depth bars, gradients, and perspective grid shifts.
Interface edge: Smooth high-frame-rate visuals distinguish the platform during volatile markets and improve retention.
Operational role: 3D liquidity-flush visualizations with cylindrical planes and momentum-based scrolling physics.
Presentation edge: Creates high-fidelity visual assets with strong showcase and acquisition value.
Operational role: Computes Sharpe, Sortino, Calmar, drawdown, Kelly, MAE, and MFE in ECharts dashboards.
Verification layer: Produces verifiable strategy records for marketplaces, copy-trading, and proprietary systems.
Operational role: Canvas-wrapped overlays annotate token info, cascades, liquidations, S/R, trades, measurements, and AI activity.
Workspace advantage: Consolidates diagnostics into one workspace, reducing cognitive fatigue and execution errors.
Presentation website
The site uses the sleek vertical rhythm of the reference, but the visual language comes from the actual Modulair platform: graphite panels, teal market data, amber controls, cyan depth, and red liquidation pressure.