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at Financial Technnology Year
Advanced market making algorithms, electronic liquidity provision systems, high-speed execution technology, AI-driven trading models, cross-asset class optimization, and designated market maker (DMM) capabilities.
More about GTS (Global Trading Systems)
Software implementing strategies for providing liquidity while managing inventory risk across various market conditions.
More Automated Market Making Algorithms
More Market Making/Proprietary Trading ...
Order Entry Speed The time required to submit an order into the market from the system. |
No information available | |
Order Modification Supports on-the-fly modification of existing live orders. |
Advanced market making algorithms and high-speed execution imply support for order modification. | |
Order Cancellation Speed The time required to cancel an existing order from the market. |
No information available | |
Bulk Order Handling Ability to handle large volumes of order messages per second. |
No information available | |
Order Routing Flexibility Supports routing orders to multiple venues or exchanges. |
Cross-venue and cross-asset optimization implies order routing flexibility. | |
Iceberg/Reserve Orders Supports submission of partial-displayed (iceberg) orders. |
Advanced algorithms support complex order types including icebergs/hidden, common in market making. | |
Order Duration Types Supports various order time-in-force types (IOC, FOK, GTC, etc). |
Support for institutional trading implies multiple duration types (e.g. IOC, FOK, GTC). | |
Automated Order Throttling Limits order rate automatically to comply with venue or regulatory constraints. |
Compliance with exchange rules and automated workflows suggest automated throttling. | |
Order State Tracking Maintains real-time states of all active, pending, and completed orders. |
High-speed execution implies strict real-time order state tracking. | |
Cancel/Replace Functionality Supports rapid cancel-and-replace operations for active orders. |
Cancel/replace is an industry staple for HFT and market making. | |
Cross-venue Synchronization Synchronizes order book across all accessed venues. |
DMM capabilities require cross-venue/order book synchronization. | |
Order Sequencing Consistency Maintains order of operations for audit and disaster recovery. |
Audit-grade infrastructure for compliance and disaster recovery, as implied in regulated DMM activity. | |
Quote Chasing Prevention Automatically stops quote adjustments to prevent unnecessary market noise. |
No information available |
Dynamic Spread Adjustment Automatically widens or narrows spreads based on market volatility. |
AI-driven models and response to market conditions suggest dynamic spread adjustment. | |
Fair Value Calculation Algorithmically computes a fair value anchor for quoting. |
Fair value calculation is a key function of any market making algorithm. | |
Customizable Pricing Models Allows integration of proprietary or third-party pricing models. |
Notes mention AI-driven and cross-asset optimization, implying plug-and-play pricing models. | |
Smart Pricing Response to Trades Adjusts quotes instantly in response to executed trades or aggressive order flow. |
Instant adjustment to executed trades is standard in modern market making engines. | |
Quote Frequency Number of quote updates per second system can handle. |
No information available | |
Latency Sensitivity Adaptation Adapts quoting speed and aggressiveness based on latency measurements. |
Latency adaptation is required for high-speed execution and AI-driven models. | |
Multi-Asset Quoting Supports simultaneous quoting across multiple symbols or asset classes. |
Cross-asset and multi-venue quoting functionality are implied by cross-asset class platform description. | |
Auto-Quote Pausing Pauses quoting in response to failed checks or detected anomalies. |
No information available | |
External Reference Integration Uses external prices or indices for quoting (e.g., consolidated tape, futures fair value). |
Reference to index/futures fair value is common in DMM quoting. | |
Quote Size Flexibility Supports dynamically varying quote sizes based on risk, inventory, or market conditions. |
Quote size flexibility is typically included in cross-asset market making platforms. | |
Multiple Quoting Strategies Supports a range of quoting paradigms (constant spread, skewed, etc.). |
Multiple quoting paradigms needed for 'advanced market making algorithms'. | |
Price Tiers/Tranches Can place quotes at multiple price levels simultaneously. |
AI-driven quoting and DMM flexibility indicate use of price tranches/tiers. |
Real-Time Position Monitoring Tracks current net and gross position in real time. |
Real-time inventory and risk management are core to these trading systems. | |
Inventory Targeting Aims to maintain targeted inventory levels using algorithmic adjustments. |
Inventory targeting is a basic functionality for market making automation. | |
Automated Exposure Limits Automatically prevents further trading when defined position or risk limits are breached. |
Automated risk/configurable trading limits mentioned in regulatory discussions of DMMs. | |
PNL Tracking (Realized & Unrealized) Tracks both realized and unrealized profit and loss instantly. |
PNL tracking is industry standard for market making and HFT. | |
Hedging Integration Supports automatic or semi-automatic hedging of exposures (e.g., with futures or correlated assets). |
Automatic and semi-automatic hedging is a key function of institutional market making. | |
Kill Switch / Emergency Off Support instant halt of quoting and trading in emergencies. |
Kill switch is a regulatory requirement for market making systems. | |
Drawdown Protection Locks trading if loss exceeds pre-defined drawdown thresholds. |
No information available | |
Position Skewing Adjusts spread/skew to encourage flow in desired direction for inventory rebalancing. |
Sophisticated inventory management implies some form of spread/skew adjustment for rebalancing. | |
Limit Order Risk Checks Prevents risky orders based on risk limits (price, size, notional). |
Limit check frameworks are always present in systems with institutional/regulatory-grade controls. | |
Alerting/Notification System Customizable alerts for position, PNL, and risk limit breaches. |
Custom notifications and alerts required for real-time trading supervision. | |
Position Decay Controls Automated position unwinding or reduction as risk increases. |
No information available | |
Intraday & Overnight Limit Separation Different risk settings for intraday versus overnight positions. |
No information available | |
Inventory Valuation Models Utilizes mark-to-market or theoretical pricing for inventory. |
No information available |
Low-Latency Market Data Support Receives and processes exchange market data feeds at minimal latency. |
Low-latency market data is fundamental for high-speed execution technology and HFT. | |
API Protocol Support Supports industry-standard APIs (FIX, native binary, proprietary). |
API protocol support (FIX, proprietary) is required for market participation at scale. | |
Multi-Venue Access Connects to and trades on multiple exchanges and alternative venues. |
Multi-venue trading and cross-asset optimization require multiple venue connections. | |
Redundant Connectivity Offers failover and backup connections to minimize downtime. |
No information available | |
Direct Market Access (DMA) Supports direct order entry and receipt of market data from venues. |
DMA is a default in institutional proprietary trading and market making platforms. | |
Co-Location Compatibility Designed to run in co-located data centers near exchanges. |
Co-location is fundamental for low-latency market making and HFT. | |
Data Throughput Capacity Handles large inbound/outbound data rates. |
undefined High-speed systems require high data throughput to handle market feeds and order bursts. |
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Exchange Drop Copy Integration Accepts drop copy feeds for reconciliation and resilience. |
Drop copy feeds are standard for reconciliation and compliance. | |
Protocol Versioning Support Supports multiple or evolving exchange protocol versions. |
No information available | |
Gateway Hot Reload Allows gateway or connection parameters to be updated without downtime. |
No information available | |
Smart Venue Selection/Rerouting Automatically reroutes orders based on venue conditions (latency, quality, fees). |
Automatic best-venue rerouting is expected in advanced algorithmic platforms. |
Tick-to-Trade Latency Elapsed time from market data tick receipt to order response. |
undefined Tick-to-trade latency minimization is a headline performance metric in HFT/market making. |
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Real-Time Depth Handling Processes full order book depth from venues. |
Real-time depth handling is required for price formation and quoting. | |
Historical Data Storage Stores normalized trade and quote data for backtesting and analysis. |
Backtesting and analytics require historical data retention. | |
Market Data Normalization Standardizes data across different venues/formats. |
Platform supports normalization for cross-venue data. | |
Data Snapshot and Recording Regularly snapshots book state for replay or disaster recovery. |
No information available | |
Quote/Trade Event Filtering Filters or rate-limits market data events to avoid information overload. |
No information available | |
Event-Driven Architecture Handles updates via event-driven programming for responsiveness. |
Event-driven architectures are used in low-latency, high-frequency platforms. | |
Market Data Replay Replays data for simulation and forensic purposes. |
Market data replay used in strategy development and compliance investigation. | |
Data Feed Redundancy Supports failover between multiple independent market data feeds. |
No information available | |
Custom Data Transformation Allows custom calculation or filtering on inbound streams. |
Custom calculations on inbound streams are supported by algorithmic frameworks. |
Strategy Library Supports multiple algorithmic strategies, both built-in and custom. |
Multiple strategies and AI indicate support for a strategy library. | |
Parameter Tuning Interface Lets users adjust algorithmic parameters in real time. |
AI-driven and flexible algorithms require parameter tuning interfaces. | |
Multiple Parallel Strategies Runs several algorithmic strategies on the same or different instruments concurrently. |
Parallel strategy support implied by scale and cross-asset optimization. | |
Real-Time Performance Metrics Live reporting of each strategy's KPIs (fill rate, edge, win/loss, Sharpe ratio, etc.). |
Institutional trading infrastructure must support real-time KPIs. | |
Strategy Hot Reload Allows algorithmic strategies to be updated without downtime. |
No information available | |
Strategy Version Control Tracks changes, rollbacks, and testing for all strategy deployments. |
No information available | |
Risk Profile Per Strategy Supports unique risk and trading limits on a per-strategy basis. |
Risk management on a per-strategy basis required in AI-driven, multi-asset platforms. | |
Strategy Scheduling Can enable/disable specific strategies based on schedule or conditions. |
No information available | |
Backtesting Integration Seamlessly integrates with historical data for offline testing. |
Historical data storage and strategy integration imply backtesting. | |
Paper Trading Mode Supports simulation against live markets without risking capital. |
No information available |
Real-Time PNL Reporting Instantaneous reporting of mark-to-market and realized PNL. |
Real-time PNL is industry standard and essential for risk/algos. | |
Order and Trade Audit Trail Comprehensive logs for all orders, modifications, and executions. |
Comprehensive audit trail required for DMM regulatory compliance. | |
Intraday and Historical Reports Generates custom period performance and compliance reports. |
Reporting framework for intraday/historical is expected in these systems. | |
Regulatory Reporting Support Builds required reports for regulatory compliance (e.g., MIFID, SEC rules). |
Regulatory reporting is mandatory for registered market makers and broker-dealers. | |
User Activity Heuristics Tracks and analyzes user/operator system interactions. |
Advanced analytics supports operator behavior heuristics. | |
Customizable Dashboards Interactive dashboards for monitoring system and trading performance. |
Institutional users require advanced dashboarding. | |
Data Export / API Access Exports analytics/reports or access them via secure APIs. |
Product is expected to offer analytics via APIs/data export for third-party analysis. | |
Error/Incident Logging Captures and reports errors, exceptions, and incidents with context. |
Error logging is a foundational requirement for institutional financial infrastructure. | |
Latency Analysis Tools Provides latency and timing breakdowns for every order and market data event. |
No information available | |
Trade Cost Analysis Breakdown of slippage, realized spreads, and trading costs. |
Trade cost/slippage analytics is expected in institutional platforms. |
End-to-End Roundtrip Latency Measures total time for market event to order action and back. |
No information available | |
Tail Latency Metrics Reports and manages P99 and P99.9 latency outliers. |
No information available | |
Deterministic Execution Algorithmic and system performance is predictable and consistent. |
Deterministic execution is critical for HFT and compliance. | |
Core Affinity/Pinning Supports CPU affinity and process pinning for low-latency workloads. |
No information available | |
Hardware Acceleration Support Supports offloading to FPGAs or GPUs for speedup. |
Hardware acceleration (e.g. FPGAs) is widely used among HFT and DMMs. | |
Multithreaded Processing Uses parallelism for handling large throughput. |
Multi-threaded processing is standard for high-throughput algorithmic trading. | |
Performance Benchmarking Framework Tools for testing and benchmarking system under different loads. |
No information available | |
Adaptive Throttling Automated throttling to manage CPU/network bottlenecks. |
No information available |
User Authentication Methods Supports strong authentication (multi-factor, SSO, biometrics, etc.). |
Strong authentication is required by trading firms for access to critical systems. | |
Role-Based Access Control Granular user permissions and access controls. |
Role-based access control is standard in institutional applications. | |
Encrypted Data-at-Rest Sensitive data stored encrypted in persistent storage. |
Encrypted data at rest aligns with industry standard infosec practices. | |
Encrypted Data-in-Transit Encryption of market data and order flow over networks. |
Encrypted data in transit is required for any trading/financial product. | |
Action Auditing Records and monitors all user/system actions for compliance. |
Comprehensive audit logs are necessary for compliance in regulated markets. | |
Intrusion Detection Integration Detects and reports possible unauthorized access or anomalies. |
Intrusion detection is standard for large trading operations. | |
Change/Release Management Tracks code deployments, changes, and release approvals. |
No information available | |
Secure API Tokens Manages secure keys/tokens for API integrations. |
Secure tokens for API are standard for external integration. | |
Compliance Workflow Automation Automates recurring compliance tasks, checklists, sign-offs, etc. |
No information available |
Custom Strategy Plug-in Framework Easily add proprietary algorithms as plugins/modules. |
Market making platforms typically support plugging in proprietary strategies. | |
Rules Engine for Parameterization User-definable rules for order/risk/quoting behaviors. |
Configurable order/risk/quote rules implied by advanced algorithm support. | |
Custom Data Field Support Store and process additional data fields per order or trade. |
System is likely to allow storing/using extra custom order/trade fields. | |
Scriptable API Allows scripting and automation via language APIs (Python, Java, etc). |
Scriptable API is standard for automated trading infrastructure for integration with Python, etc. | |
Modular System Architecture Add/remove/replace system components modularly. |
Modular architecture fundamental to large-scale market making systems. | |
External System Integration Integrates with accounting, risk, analytics, and OMS/EMS systems. |
Advanced platforms integrate with other OMS/EMS, risk, and vendor tools. | |
Custom UI Widgets/Dashboards Add custom data visualization components. |
Custom dashboards/UI widgets standard for trading desks. | |
Flexible Deployment Options Supports on-premise, cloud, and hybrid deployments. |
Flexible deployment is expected for modern institutional scale trading products. | |
Internationalization/Localization Supports multiple languages, regions, and regulatory regimes. |
No information available |
Live System Health Dashboard Visual display of current system health, connections, and alerts. |
Live system health dashboards are standard for high-availability operations. | |
Heartbeat/Liveness Monitoring Detection and alerting for service/process failures. |
Heartbeat monitoring is a standard ops feature in mission-critical trading infrastructure. | |
Automated Alerting/Escalation Configurable notification chains for operational events. |
Automated alerting/escalation is needed for 24/7 market ops. | |
Granular Logging Levels Tunable log verbosity (info, debug, error). |
Granular logging is required for debugging and compliance. | |
API/Service Health Probes Automated checks for endpoint/services health. |
Health probes are implemented in financial systems for service assurance. | |
Hot Configuration Reload Change settings without shutting down or redeploying. |
Hot config reload is standard for trading ops (minimize downtime for parameter updates). | |
Resource Usage Visualization Tracks and displays CPU, memory, network usage in real time. |
Resource usage dashboards are standard in modern electronic trading systems. | |
Incident Record Keeping Tracks, time-stamps, and describes operational incidents. |
Incident record-keeping is necessary for compliance and ops analytics. | |
Automated Recovery Actions Can take pre-defined steps to recover from known issues. |
Automated recovery steps are a feature for high-reliability systems. |
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