TERRIER PRODUCT LINE
APPLIED TERRIER WP
The Applied Terrier-IIoT Controller has been meticulously engineered to serve as a seamless bridge between industrial machinery and data transmission. Its primary function is to connect to Programmable Logic Controllers (PLCs) through two widely-used industrial communication protocols, Modbus TCP/IP and Modbus RTU. These connections enable the controller to efficiently collect and transmit data via GPRS 4G LTE to a centralized Terrier cloud server.
What sets the Terrier-WP apart is its remarkable simplicity and efficiency. It’s designed to be a plug and-play solution, automatically executing its data transmission function as soon as it’s powered up and provided with an internet connection via a 4G-enabled SIM card. This means that users can swiftly deploy this controller without the need for complex setup procedures.
Adding to its user-friendly design, the configuration of the Terrier-WP IIoT Controller can be easily accomplished through a standard web browser. This web-based interface allows for convenient and intuitive customization, making it accessible to a wide range of users with varying technical backgrounds.
In essence, the Applied Terrier-IIoT Controller offers a robust and efficient means of connecting industrial machinery to the digital world. Its compatibility with popular industrial protocols, automatic data transmission capabilities, and straightforward configuration process make it a valuable asset for organizations seeking to embrace the benefits of the Industrial Internet of Things (IIoT) without unnecessary complexity or downtime.
Features:
- GPRS – 4G LTE, Cat-4/HSPA+, UMTS/EDGE, GSM, GPRS
TimeStamp provided
IoT Implementation
Web browser application
DHCP /Static enabled
Configurable data sending interval
Optional: GPS, Galileo, Glonass, BeiDou
Technical Specification
| Controllere | ARM Cortex-A7 1.2 GHz CPU |
| Internet Connectivity | GPRS – 4G LTE, Cat-4 / HSPA+, UMTS / EDGE, GSM, GPRS |
| Supply voltage range | 9 – 30 VDC (4 pin industrial socket), reverse polarity protection, surge protection >33 VDC 10us max C |
| Power consumption | < 5 W |
| Operating temperature | -40 °C to 75 °C |
| Operating humidity | 10 % to 90 % non-condensing |
| Switch Input(Reset) | 1 |
| Protocol | MQTT & HTTP(S) |
| Security | TLS 1.2 along with AES256 data encryption to cloud server |
| Firewall | Pre-configured firewall rules can be enabled via the WebUI |
| Communication with other Devices | Modbus (RTU), Modbus TCP/IP (optional) |
| Antenna | 1 x SMA for LTE |
| Radiation Pattern | Nominally Omni directional Radiation Pattern |
| Data sending Interval | Configurable from 0 to 1000 sec |
| Dimensions (W x H x D) | 74.5 x 25 x 64.4 mm |
| Antenna | 1 x SMA for LTE |
| RS485 | 1 x 6 pin terminal block for 2-wire or 4 wire interface |
| I/Os | 2 x Configurable I/O pins on 4 pin power connector (I/O not available in TRB145*2****) |
| USB | 1 x Virtual network interface via micro USB |
| Status LEDs | 3 x connection type status LEDs, 5 x connection strength LEDs, 1x Power LED |
| SIM | 1 x SIM slot (Mini SIM – 2FF), 1.8 V/3 V |
| Power | 4 pin industrial DC power socket |
| RAM | 4 pin industrial DC power socket |
| FLASH storage | 512 MB (200 MB available for userspace) |
| Operating system | RutOS (OpenWrt based Linux OS) |
Configuration using Web Browser
Handshake Configuration
| Device Serial Number | Unique ID automatically read from device memory/Static |
| SIM Serial Number | Unique ID automatically read from the sim card provider |
| IIoT Serial Number | Unique IIoT Serial Number assigned to the device manually |
| Mobile Number | Unique SIM Mobile Number configured to the device manually |
Security Configuration
| TLS 1.2 | Upload TLS Certificate files & AES Key & Salt files |
Communication Configurations
| MQTT | Configuring MQTT Publisher and Broker parameters |
| MODBUS | Configuring MODBUS RTU (or) TCP/IP parameters |
CLOUD PLATFORM - MQS SERVER
The MQS Server along with its commitment to data integrity and security, serves as a 24/7 data collection server of the highest caliber. In this role, it ensures the continuous acquisition and preservation of data while maintaining the highest standards of protection. Whether you are an IoT controller or any device adhering to the MQS protocol, this server offers a secure gateway to your data. It achieves this through a multi-tiered security strategy, leaving no room for compromise.
At its foundation, the first level of defense incorporates the robust TLS 1.2 SSL security, creating a formidable digital barrier to safeguard against unauthorized access and data breaches.
At the second level, the server enforces a data validation process in accordance with the MQS protocol. This ensures that data is not only exchanged efficiently but is also subject to meticulous timestamp validation.
In the third and final level, the MQS Server employs state-of-the-art data-level encryption, adhering rigorously to the AES standards. This additional layer of security guarantees that data remains confidential and tamper-proof throughout its lifecycle.
The MQS Server is not merely a guardian of data; it is a versatile and responsive tool designed to enhance data management. It operates as an automated data collection powerhouse, adeptly gathering transaction data at predefined intervals. Moreover, it offers the unique capability to write data back to IoT controllers, facilitating real-time data management.
To address the requirements of a growing user base, the system offers the flexibility to establish load balancing, ensuring that multiple users can concurrently access data without compromising performance. All of this is executed seamlessly on a robust Linux server, attesting to its reliability and stability.
Another notable feature is the server’s capability to handle data up to 128 tags, with each tag containing up to 20 characters, making it suitable for a wide spectrum of applications and industries. In summary, the MQS Server has unparalleled data security, uniting cutting-edge security measures, automation, and adaptability to deliver an unrivaled data management experience.
DASHBOARD
Our IIoT AI-enabled dashboard represents the cutting edge of data visualization and analysis in the industrial world. Designed to meet the diverse needs of organizations, it offers support for multiple user hierarchies, accommodating users at every level of your enterprise. With this dashboard, data becomes accessible, actionable, and insightful, thanks to advanced artificial intelligence capabilities.
The IoT controller data seamlessly integrates into a unified single dashboard, providing a comprehensive overview. This intuitive interface offers a dual approach, combining both graphical and analytical information, allowing users to view data in a way that suits their needs. Historical IoT data is readily accessible, enabling trend analysis and informed decision-making.
IoT products can be categorized into distinct groups, each with its unique set of IoT devices, simplifying management and monitoring. The responsive dashboard displays cumulative information, giving users a holistic view of their IoT ecosystem. Accessible across multiple platforms, it can be
conveniently accessed on desktop systems, tablets, and mobile devices, ensuring that critical insights are at your fingertips wherever you are.
Multiple Applied IIoT MQS Servers can be seamlessly integrated with a Load Balancer, efficiently managing concurrent loads from numerous Terrier-WP controllers. To enhance system reliability, a periodic automatic restart strategy has been implemented on the IIoT MQS server, safeguarding against slow resource leaks. Additionally, a routine automatic database backup system ensures swift recovery from any potential database issues.
Further optimizing data management, the system incorporates periodic data archiving and the removal of older data from the transaction table to expedite data access from the database. Disaster recovery measures are in place through database replication, and security is a top priority, with stringent firewall rules implemented on the Cloud Gateway to prevent unauthorized access and fortify data protection.
WEB SCADA
Our Web SCADA system represents a pinnacle of versatility, offering a dynamic 2D and 3D palette that grants users the freedom to craft their personalized image palettes. This innovative system seamlessly converges with IoT controllers, thereby facilitating the visualization of a centralized system that excels in the real-time collection, monitoring, maintenance, and control of industrial processes.
At the heart of this cutting-edge system is the application of predictive analytics and machine learning, which play a pivotal role in transforming how businesses operate. These twin approaches empower organizations to make astute decisions by proactively anticipating future events and trends. Predictive analytics, drawing insights from both historical and current data, provides a clear vision of what lies ahead. Machine learning, on the other hand, adds a layer of intelligence by continuously adapting and refining its predictions based on evolving datasets.
The synergy of predictive analytics and machine learning in the context of IoT ushers in a new era of possibilities. It unveils a spectrum of use cases that can empower businesses with unprecedented insights and advanced automation capabilities. This transformation isn’t just about incremental improvements; it’s a catalyst for innovation and enhanced efficiency across industrial operations, promising a brighter and more data-driven future.