Security Products
Next-Generation Attack Deception Defense and Traceback System
Product Overview: Redefine Active Network Defense
The LyratecPro V3.1 Next-Generation Attack Deception Defense and Traceback System represents a paradigm shift in network security, evolving from passive protection to proactive countermeasures. By integrating advanced deception technology, intelligent detection, and full-link traceability capabilities, the system constructs a multi-dimensional “deception trap” across network layers. It effectively lures, detects, analyzes, and traces malicious attacks such as APT (Advanced Persistent Threat), network intrusions, and industrial control breaches, forming a closed-loop defense of “deception – detection – analysis – traceback – disposal”.
Unlike traditional security solutions that rely on static defense, LyratecPro V3.1 adopts a dynamic deception mechanism that disrupts the attacker’s OODA (Observe-Orient-Decide-Act) loop, gaining strategic initiative in cyber warfare. With four product models covering standalone, distributed, hierarchical, and cloud deployment scenarios, it provides tailored security solutions for small-to-medium enterprises, large-scale enterprises, government agencies, and industrial control systems, achieving comprehensive protection for physical networks, cloud environments, and hybrid IT architectures.
Product Series: Full-Scenario Deployment Options
LyratecPro-I (Standalone)
- Deployment Form: Standard 1U/2U rack-mounted all-in-one device, integrating management center and simulation node.
- Core Advantages: Plug-and-play design enables rapid deployment within 30 minutes without modifying existing network topology. Optional software/hardware deception probes extend detection coverage to edge nodes.
- Target Scenarios: Small and medium-sized enterprise networks, branch offices, and independent business units. Ideal for scenarios with limited IT resources but high security requirements, such as financial outlets, retail stores, and small-scale industrial control systems.
LyratecPro-D (Distributed)
- Deployment Form: Centralized management center + distributed simulation nodes, all rack-mounted for standardized data center deployment.
- Core Advantages: Supports cross-regional unified management, enabling centralized control of distributed simulation nodes through the management center. The distributed architecture expands monitoring range to tens of thousands of network nodes, with strong horizontal scalability.
- Target Scenarios: Large and medium-sized enterprise group networks, multi-branch organizations, and regional-level government information networks. Suitable for scenarios requiring unified security strategy enforcement and global threat visibility.
LyratecPro-M (Hierarchical)
- Deployment Form: Two-tier architecture consisting of a centralized management platform and secondary management centers (integrated with simulation nodes).
- Core Advantages: Hierarchical management supports multi-level permission control, adapting to the organizational structure of large institutions. Each secondary center can operate independently while synchronizing data with the central platform, ensuring high availability and disaster tolerance.
- Target Scenarios: National-level government departments, large state-owned enterprises, and cross-industry alliances. Perfect for scenarios with strict hierarchical management requirements and complex organizational structures.
LyratecPro-C (Cloud Environment)
- Deployment Form: Full software-based deployment on private cloud platforms (compatible with VMware, OpenStack, and domestic cloud stacks).
- Core Advantages: Elastic scaling based on cloud resources, supporting on-demand expansion of simulation nodes and deception probes. Seamlessly integrates with cloud-native environments, realizing deception defense for cloud hosts, containers, and serverless architectures.
- Target Scenarios: Private cloud data centers, cloud-based business systems, and hybrid cloud environments. Suitable for tech companies, financial institutions, and enterprises undergoing digital transformation.
Core Technical Advantages (Commercial Version)
Hyper-Realistic Environment Simulation: Deception Without Detection
- Full-Spectrum Simulation Capabilities: Covers 8 major categories including network services, databases, middleware, applications, industrial control protocols, operating systems, network devices, and security systems. Supports 30+ mainstream databases (including Oracle, MySQL, MongoDB), 15+ industrial control protocols (such as MODBUS, S7, FINS), and 20+ common operating systems, achieving 99% simulation fidelity.
- Twin Deception Network: Automatically maps real network topology, devices, and services to generate identical twin deception networks. The internal network segments, service configurations, and vulnerability characteristics are consistent with the real network, making it indistinguishable to attackers.
- Heterogeneous Honeynet Construction: Integrates KVM virtual machines, Docker containers, and software simulations to form heterogeneous honeynets. Simulation objects can communicate with each other, creating a realistic network environment that encourages attackers to perform in-depth interactions.
- Intelligent Bait Deployment: Automatically generates document baits (Word/Excel/PPT), system configuration files, and database backups, deploying them to real assets as “digital honey”. When accessed by attackers, it triggers hidden tracing scripts to collect identity information.
Multi-Dimensional Attack Deception: Active Temptation & Precise Capture
- Omni-Directional Probe Monitoring: Monitors all network probing behaviors including TCP/UDP port scanning (1-65535 full range), Ping scans, ARP spoofing, and various attack scans (Null, Xmas, SYN, etc.), with zero false positives due to the nature of deception technology.
- Dynamic Deception Adjustment: Real-time induction technology modifies the deception environment based on attacker behavior—for example, opening “vulnerable ports” when scanning is detected, or exposing “sensitive files” during directory traversal, luring attackers deeper into the honeynet.
- XDR Alarm Linkage: Integrates with external XDR systems to dynamically adjust deception strategies based on real-time security alerts. When XDR detects suspicious traffic, the system automatically deploys targeted simulation environments to capture and analyze potential threats.
- Comprehensive Behavior Recording: Captures 100% of attacker operations including command execution, file uploads/downloads, login attempts, and configuration modifications. Retains complete attack traffic (PCAP format) and operation logs for forensic analysis.
Intelligent Detection & Analysis: Threat Insight in Seconds
- ATT&CK-Based Attack Analysis: Maps attack behaviors to the MITRE ATT&CK framework, automatically identifying attack stages (reconnaissance, intrusion, lateral movement, exfiltration) and techniques. Visualizes the entire attack chain through timeline-based dynamic replay.
- AI-Powered Behavior Baseline: Automatically learns the normal behavior baseline of honeypots, detecting abnormal activities such as unauthorized process creation, unusual network connections, and privilege escalation with 95% accuracy.
- Dual Threat Intelligence Support: Synchronizes cloud threat intelligence (updated daily) and generates endogenous intelligence from captured attack data. Supports matching detection of malicious IPs, domains, file signatures, and URLs, enabling early warning of emerging threats.
- Ultra-Long Time Window Correlation Analysis: Processes multi-source heterogeneous logs over months, identifying complex attack patterns through correlation rules. Merges similar events to reduce alert fatigue while retaining detailed contextual information.
Full-Link Traceback & Countermeasures: From Detection to Attribution
- Multi-Dimensional Fingerprint Extraction: Collects attacker fingerprints through WEB countermeasures, scanning countermeasures, and honey mark technology, including IP addresses, device fingerprints, browser fingerprints, social account information, and operation habits.
- Active Countermeasure Capabilities: Supports real-time countermeasures against attack hosts, including remote file retrieval, screen capture, command execution, and countermeasure data upload. Enables rapid containment of attack activities before they spread.
- Attacker Profiling: Establishes attacker profiles based on attack techniques, tools, and behaviors, analyzing their skill level, attack intentions, and possible affiliations. Provides data support for judicial forensics and threat hunting.
- Perceptive Bait System: Generates deceptive documents and emails with hidden tracking codes. When opened by attackers, it records detailed access information including geographic location, device information, and access time, enabling precise traceback.
Efficient Disposal & Response: Closed-Loop Security Operations
- Multi-Channel Alarm Notification: Supports real-time alerts via email, SMS, DingTalk, Enterprise WeChat, and Feishu, with customizable alert filters based on threat level, event type, and IP address.
- Third-Party Linkage Disposal: Integrates with firewalls, IDS/IPS, and network access control devices through standard interfaces (syslog, SNMP, RESTful). Automatically blocks malicious IPs or diverts attack traffic to honeynets upon confirming threats.
- Endogenous Intelligence Output: Converts captured attack data into standardized IOC (Indicator of Compromise) information, which can be exported to other security systems to enhance overall defense capabilities.
- Customizable Report Generation: Generates 10+ types of reports including threat situation, attack trends, and disposal effectiveness. Supports custom report templates and export in Word/PDF/HTML formats for compliance audits and management reviews.
Version Comparison: Commercial vs. Open Source
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Capability Category
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Commercial Version
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Open Source Version
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Environment Simulation
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Full-spectrum simulation (networks, databases, ICS, etc.), twin network generation, physical-virtual hybrid simulation
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Core simulation (networks, middleware, applications), WEB mirroring, visual orchestration
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Attack Deception
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Automatic bait delivery, XDR linkage, virtual IP, traffic forwarding
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Basic deception parameters, dynamic ports, attack behavior recording
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Traceback & Countermeasures
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Multi-dimensional fingerprint extraction, active countermeasures, perceptive bait, email honey bait
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Basic attack tracing, attacker profiling
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Deployment Options
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Standalone/distributed/hierarchical/cloud, hardware/software probes
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Software-based deployment, basic distributed capabilities
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Advanced Features
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Industrial control protocol simulation, vulnerability simulation, scenario management, heterogeneous honeynet
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Core detection and analysis capabilities
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Target Users
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Enterprises, government agencies, industrial control systems
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Developers, small teams, research institutions
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Performance Specifications & Reliability
Hardware Performance (Standalone Series)
Sub-model
Hardware Configuration
Key Performance Indicators
LyratecPro-I-1200
1U Rack / 8 Cores / 16G RAM / 2T SSD / 4 Gigabit Ports / Single Power
Supports 1 scenario, 5 simulated hosts, 30 services/applications, 10 probe authorizations
LyratecPro-I-2200
2U Rack / 12 Cores / 32G RAM / 4T SSD / 4 Gigabit Ports / Single Power
Supports 5 scenarios, 8 simulated hosts, 100 services/applications, 30 probe authorizations
LyratecPro-I-3200
2U Rack / 16 Cores / 64G RAM / 4T SSD / 6 Gigabit Ports / 2x10G Optical Ports / Dual Power
Supports 10 scenarios, 15 simulated hosts, 200 services/applications, 100 probe authorizations; cluster expansion supported
Environmental Adaptability
- Working Temperature: -30℃～+60℃ (meets industrial-grade operating requirements)
- Storage Temperature: -50℃～+70℃
- Protection Level: IP65 (dustproof and waterproof for standalone devices)
- Humidity Resistance: 95%±3% (30℃, non-condensation)
- Power Supply: AC220V/50Hz (dual power supply for high-end models, ensuring 7x24h availability)
Basic Reliability
- Log Retention: ≥180 days (meets compliance requirements such as GDPR and ISO 27001)
- System Availability: 99.99% (with dual power supply and cluster deployment)
- Upgrade Support: Automatic/manual upgrade, centralized management of node upgrades
- IPv6 Compatibility: Dual-stack mode (IPv4/IPv6), adapting to next-generation network infrastructure
Typical Application Scenarios
Enterprise Network Security
- Deploy distributed simulation nodes across headquarters and branches to form a full-network deception defense system.
- Detect and trace internal and external attacks, including ransomware, data exfiltration, and insider threats.
- Reduce false positives by 90% compared to traditional IDS/IPS, reducing IT operation and maintenance workload.
Industrial Control System (ICS) Security
- Simulate MODBUS, S7, FINS and other industrial control protocols to protect critical infrastructure such as power grids, oil refineries, and water treatment plants.
- Detect targeted attacks on industrial control systems, such as process tampering and equipment sabotage.
- Achieve physical-virtual hybrid simulation without affecting normal industrial production processes.
Government & Military Information Security
- Hierarchical deployment adapts to the organizational structure of government and military departments.
- High-strength deception and traceback capabilities counter APT attacks and cyber espionage.
- Strict permission management and data isolation meet classified information security requirements.
Cloud Environment Security
- Cloud-native deployment protects cloud hosts, containers, and serverless functions from emerging threats.
- Elastic scaling adapts to dynamic cloud resource changes, ensuring consistent security coverage.
- Integrates with cloud security centers to form a multi-layered defense system.
Cyber security
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Contact Us
Contact: alyadvisory
Tel: +601154458508
Phone: +601154458508
E-mail: CindyLai@alyadvisory.com
Add: 1-23-06, Menara Bangkok Bank, Laman Sentral Berjaya, 105 Jalan Ampang, 50400 Kuala Lumpur.