Argo: Wireless Sensing
Argo is a modular wireless sensing ecosystem designed for scalable, real-time data acquisition across diverse environments. Named after the legendary ship of Jason and the Argonauts, Argo brings together multiple wireless nodes in perfect synchronization, working in harmony toward a common goal.
Built with GPS-free precision synchronization, edge AI capabilities, and multi-protocol support, Argo enables sub-millisecond timing accuracy across all nodes, even in shielded or underground environments where traditional GPS fails.
Learn More About ArgoThe Legend Behind the Innovation
In Greek mythology, Argo was the ship used by Jason and the Argonauts in their quest for the Golden Fleece. The Argo was renowned for being innovative, reliable, and divinely guided, with perfect coordination among the crew.
Just like the legendary vessel, our Argo system brings together many moving parts, acting in harmony toward a common goal — a clear metaphor for synchronized data capture across multiple wireless nodes, creating a unified sensing ecosystem.
Deploy Argo in Your Project
GPS-Free Synchronization
Sub-millisecond timing accuracy across all nodes without GPS dependency. Perfect coordination even in shielded or underground environments where traditional GPS fails.
Edge AI Processing
Intelligent nodes execute AI algorithms locally for predictive maintenance, anomaly detection, and real-time analysis, reducing latency and bandwidth usage.
Multi-Protocol Support
Flexible architecture supporting 5G, Wi-Fi, OpenThread, and custom ISM-band protocols. Adaptable to star, P2P, mesh, or hybrid network topologies.
Modular Architecture for Every Environment
Argo's software-defined architecture supports multiple network topologies and protocols, from star and peer-to-peer to mesh and hybrid configurations. Each node can host embedded sensors or connect external sensors via standard interfaces, making it truly sensor-agnostic.
Sub-ms
timing precision
Multi-protocol
connectivity
Technical Specifications
Sub-millisecond Sync
GPS-free synchronization across all network nodes with precision timing
Edge AI Processing
Local machine learning inference for real-time decision making
Modular Design
Software-defined architecture supporting multiple network topologies
Multi-Protocol
Support for various communication protocols and sensor interfaces
Core Capabilities
- GPS-free synchronization
- Edge AI processing
- Real-time data fusion
- Autonomous operation
Power Management
- Ultra-low power consumption
- Solar charging capability
- Battery life up to 5 years
- Energy harvesting support
Connectivity
- LoRaWAN support
- WiFi 6 compatibility
- Bluetooth 5.0
- Cellular (4G/5G)
Environmental
- IP67 weatherproof rating
- Operating: -40°C to +85°C
- Shock and vibration resistant
- UV and corrosion resistant
Strategic Applications
Argo transforms critical infrastructure monitoring by providing precise, synchronized sensing across vast geographic areas. From agricultural precision farming to disaster early warning systems, Argo enables data-driven decision making where traditional solutions fall short.
The system's edge AI capabilities ensure immediate response to critical events, while the modular architecture allows for seamless scaling from pilot deployments to enterprise-wide networks spanning thousands of nodes.
Real-World Applications
From precision agriculture to disaster response, Argo's wireless sensor networks enable critical monitoring and decision-making across diverse industries and environments.
Precision Agriculture
Monitor soil moisture, temperature, and nutrient levels across vast farmlands with sub-millisecond synchronization. Enable precision irrigation, fertilization, and crop management for optimal yields and resource efficiency.
Disaster Early Warning
Deploy rapid-response sensor networks for earthquake, flood, and wildfire monitoring. Edge AI processing enables immediate threat detection and automated emergency response coordination.
Smart City Infrastructure
Monitor air quality, traffic patterns, and infrastructure health across urban environments. Enable data-driven city planning and real-time optimization of public services.
Industrial IoT Monitoring
Track equipment performance, energy consumption, and environmental conditions in manufacturing facilities. Predictive maintenance and quality control through continuous monitoring.
Frequently Asked Questions
Everything you need to know about Argo's wireless sensor acquisition system
Argo uses advanced time synchronization protocols combined with high-precision oscillators and network-based timing:
- Precision Time Protocol (PTP) - IEEE 1588 standard for sub-microsecond accuracy
- Temperature-compensated oscillators - Maintain stability across environmental conditions
- Network time distribution - Master-slave hierarchy with automatic failover
- Crystal aging compensation - Software algorithms correct for long-term drift
- Multi-path timing - Redundant timing sources prevent single points of failure
This approach works reliably in GPS-denied environments like underground facilities, dense urban areas, or shielded buildings where satellite signals cannot penetrate.
Argo's sensor-agnostic architecture supports a wide range of sensor types and interfaces:
Environmental Sensors:
- Temperature & Humidity - Climate monitoring
- Air Quality - PM2.5, CO2, NOx, O3 sensors
- Weather Stations - Wind, precipitation, pressure
- Soil Moisture - Agriculture and irrigation
Industrial Sensors:
- Vibration & Accelerometers - Machine health monitoring
- Strain Gauges - Structural health monitoring
- Flow Meters - Liquid and gas measurement
- Pressure Transducers - Process monitoring
Standard Interfaces: I2C, SPI, UART, 4-20mA, 0-10V, Modbus RTU, and custom protocols via software-defined radio.
Argo nodes include embedded AI processing for real-time analytics and decision-making:
- Anomaly Detection - Identify unusual patterns in sensor data streams
- Predictive Maintenance - Machine learning models predict equipment failures
- Data Fusion - Combine multiple sensor inputs for enhanced accuracy
- Event Classification - Automatically categorize and prioritize alerts
- Adaptive Sampling - Dynamically adjust data collection rates based on conditions
- Local Decision Making - Trigger actions without cloud connectivity
AI Framework Support: TensorFlow Lite, PyTorch Mobile, ONNX Runtime, and custom neural network architectures optimized for low-power edge computing.
Argo is designed for massive scalability from small pilot projects to enterprise-wide deployments:
Network Scale:
- Small Networks: 10-100 nodes for localized monitoring
- Campus Networks: 100-1,000 nodes across facilities
- City-Scale: 1,000-10,000 nodes for smart city applications
- Regional Networks: 10,000+ nodes across multiple locations
Scalability Features:
- Hierarchical Architecture - Multi-tier network organization
- Auto-Discovery - New nodes automatically join the network
- Load Balancing - Distribute data processing across nodes
- Mesh Networking - Self-healing network topology
The modular software-defined architecture allows networks to grow organically while maintaining performance and reliability.
Argo's multi-protocol support ensures compatibility with existing infrastructure and future technologies:
Wireless Protocols:
- 5G/LTE - High-bandwidth cellular connectivity
- Wi-Fi 6/6E - Standard wireless networking
- LoRaWAN - Long-range, low-power IoT
- Zigbee 3.0 - Mesh networking for smart devices
- Thread/OpenThread - IPv6-based mesh networking
Industrial Protocols:
- Modbus RTU/TCP - Industrial automation standard
- OPC UA - Industrial IoT communication
- MQTT - Lightweight messaging protocol
- CoAP - Constrained application protocol
- Custom ISM Band - Proprietary protocols for specific applications
The software-defined radio architecture allows protocol updates and additions without hardware changes.
Deployment timelines vary by scale and complexity, but Argo's plug-and-play design accelerates installation:
Deployment Phases:
- Planning & Design: 1-2 weeks for site survey and network design
- Hardware Preparation: 1-2 weeks for node configuration and testing
- Installation: 1-3 days per 100 nodes (depending on complexity)
- Network Commissioning: 1-2 days for network optimization
- Testing & Validation: 3-5 days for system verification
Typical Timelines:
- Small Network (10-50 nodes): 2-3 weeks total
- Medium Network (50-200 nodes): 4-6 weeks total
- Large Network (200+ nodes): 6-12 weeks total
- Pilot Projects: Can be deployed in 1-2 weeks
Rapid Deployment Features: Auto-discovery, self-configuring networks, and remote commissioning capabilities significantly reduce installation time.
Argo nodes are designed for ultra-low power consumption with flexible power options:
Power Consumption:
- Sleep Mode: 10-50 μA (microamps)
- Sensing Mode: 5-20 mA (depending on sensors)
- Transmission Mode: 50-200 mA (protocol dependent)
- Edge AI Processing: 100-500 mA (model dependent)
Power Options:
- Battery: 2-10 years (depending on usage pattern)
- Solar + Battery: Indefinite operation in most climates
- AC Power: Mains power with battery backup
- Energy Harvesting: Vibration, thermal, or RF energy
Power Management: Intelligent duty cycling, adaptive sampling rates, and edge processing reduce power consumption while maintaining data quality.
Argo implements enterprise-grade security at every layer of the system:
- End-to-End Encryption - AES-256 encryption for all data transmission and storage
- Mutual Authentication - X.509 certificates for node and server authentication
- Secure Boot - Cryptographically verified firmware and software loading
- Over-the-Air Updates - Secure firmware updates with rollback protection
- Network Segmentation - Isolated VLANs and firewall protection
- Access Control - Role-based permissions and multi-factor authentication
- Audit Logging - Complete audit trail of all system activities
Compliance: Meets NIST Cybersecurity Framework, ISO 27001, and industry-specific security requirements including NERC CIP for critical infrastructure.
Yes, Argo provides comprehensive integration capabilities with existing enterprise systems:
SCADA & Control Systems:
- Wonderware - Direct historian integration
- GE iFIX - Real-time data exchange
- Siemens WinCC - OPC UA connectivity
- Rockwell FactoryTalk - Native protocol support
Enterprise Platforms:
- SAP - Asset management integration
- Oracle - Database and analytics platforms
- Microsoft Azure IoT - Cloud analytics and ML
- AWS IoT Core - Scalable cloud infrastructure
Integration Methods: RESTful APIs, MQTT brokers, OPC UA servers, database connectors, and custom middleware for legacy systems.
Argo is designed for minimal maintenance with comprehensive support options:
Self-Monitoring Features:
- Health Monitoring - Continuous node health assessment
- Predictive Maintenance - AI-driven failure prediction
- Remote Diagnostics - Cloud-based system analysis
- Auto-Recovery - Self-healing network capabilities
Support Services:
- 24/7 Technical Support - Global support team
- Remote Monitoring - Proactive system monitoring
- Software Updates - Over-the-air firmware updates
- Training Programs - Operator and maintenance training
Typical Maintenance: Annual battery replacement (if applicable), periodic calibration checks, and software updates. Most maintenance can be performed remotely without site visits.
Ready to Deploy Argo?
Our wireless sensor experts are ready to help you design and implement the perfect Argo solution for your specific needs.
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