Enhance Device Monitoring and Control with External Sensor Integration
Extensions
Expanding Out-of-Band Capabilities with Sensor Integration
Allxon Out-of-Band (OOB) Solution offers enhanced functionality through the integration of external sensors using the microprocessor’s versatile interfaces. This allows businesses to extend OOB capabilities beyond basic remote management and control. With Allxon’s expertise and collaboration with hardware vendors, we ensure smooth sensor integration, enabling businesses to gain deeper insights into device health and improve operational efficiency across various environments.
Microprocessor with Multiple Interfaces for Enhanced Monitoring & Management
How Sensor Integration Works in Allxon OOB Technology?
Allxon’s OOB technology is powered by a microprocessor that features various interfaces—such as I2C, SPI, and UART—allowing seamless integration of external sensors.
Sensor Connectivity
The microprocessor connects effortlessly to sensors like temperature, humidity, cameras, and more, enabling extended monitoring and control.
Data Collection and Monitoring
The microprocessor continuously gathers data from these sensors and sends it to a central management platform. This allows for remote access to insights and efficient monitoring, even when the primary system is offline.
Sample subheading
Network Connection Methods
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Ethernet
The traditional, wired network option for stable and reliable OOB communication. Learn More.
Network Sharing via 4G
Shares the OOB 4G connection to the connected device for cost-effective redundancy. Learn More.
4G LTE: Outdoor and Independent Connectivity
Tamper Detection and Security
Vibration or motion sensors (GPIO, I2C)
It can be used to secure kiosks, POS systems, and surveillance equipment by detecting unusual movements or tampering attempts. If tampering occurs, immediate actions can be taken, such as triggering alerts, locking the device, or initiating shutdown procedures to prevent potential damage or unauthorized access.
4G LTE: Outdoor and Independent Connectivity
Temperature Monitoring
Temperature sensors (I2C)
It can monitor the temperature of device environments, such as unmanned & outdoor environments. In edge AI applications, real-time temperature data can be used to automatically adjust cooling systems, shut down overheating devices, or trigger maintenance requests to prevent equipment damage and ensure optimal performance.
OOB Power Cycling
OOB power cycling allows you to remotely control the power state of your NVIDIA Jetson devices. You can revive unresponsive systems by performing a complete device reboot, or simply power-ON and power-OFF your edge devices. The Out-of-Band feature saves you a substantial amount of time troubleshooting and traveling to where NVIDIA Jetson systems are deployed.
Remote JetPack Recovery for Multiple Devices
In the rare event of a corrupted NVIDIA Jetson system, Allxon offers secure remote JetPack Recovery solutions and other remote management functions for JetPack updates.By switching a device into JetPack Recovery mode, NVIDIA Jetson systems can recover and roll back operations without the need for on-site access. Allxon saves you time and high operational costs with faster and safer remote device solutions.
Automatic System Logs Upload / Download
Allxon helps operators automatically collect system and application logs from NVIDIA Jetson edge devices. The collected logs are securely uploaded onto Allxon Cloud and made available for download. Engineers can use the data for system performance or analysis to troubleshoot and enhance edge device operations.
OTA Deployment
For systems to operate optimally and coherently, they need to run on the latest software versions. Allxon makes mass updates across any NVIDIA Jetson system possible with OTA deployment.In a click of a button, the newest software versions can be remotely deployed from Allxon Portal onto all devices, saving you time traveling to multiple locations for deployment. Allxon makes it easy to update NVIDIA edge AI models on a regular basis to ensure training intelligence and computation capabilities on NVIDIA Jetson systems stay optimized for better services.
OOB (Out-Of-Band) Power Cycling
OOB power cycling allows you to remotely control the power state of your NVIDIA Jetson devices. You can revive unresponsive systems by performing a complete device reboot, or simply power-ON and power-OFF your edge devices. The Out-of-Band feature saves you a substantial amount of time troubleshooting and traveling to where NVIDIA Jetson systems are deployed.
Remote JetPack Recovery for Multiple Devices
In the rare event of a corrupted NVIDIA Jetson system, Allxon offers secure remote JetPack Recovery solutions and other remote management functions for JetPack updates.
By switching a device into JetPack Recovery mode, NVIDIA Jetson systems can recover and roll back operations without the need for on-site access. Allxon saves you time and high operational costs with faster and safer remote device solutions.
Automatic System Logs Upload / Download
Allxon helps operators automatically collect system and application logs from NVIDIA Jetson edge devices. The collected logs are securely uploaded onto Allxon Cloud and made available for download. Engineers can use the data for system performance or analysis to troubleshoot and enhance edge device operations.
OTA (Over-The-Air) Deployment
For systems to operate optimally and coherently, they need to run on the latest software versions. Allxon makes mass updates across any NVIDIA Jetson system possible with OTA deployment.
In a click of a button, the newest software versions can be remotely deployed from Allxon Portal onto all devices, saving you time traveling to multiple locations for deployment. Allxon makes it easy to update NVIDIA edge AI models on a regular basis to ensure training intelligence and computation capabilities on NVIDIA Jetson systems stay optimized for better services.
We Support Across Systems
Allxon supports all Jetson systems with remote device management services. Integrating Allxon swiftDR OOB Enabler further enhances remote services with powerful disaster recovery solutions on all operating systems. Get to know our proud partners with Allxon integrated models and let us empower your business together.
Click contact us button to gain an efficient RMM solution for your Jetson Orin Series.
BOXER-8641AI*, BOXER-8640AI*
[NANO]
BOXER-8220AI, BOXER-8221AI, BOXER-8222AI*, BOXER-8223AI*
[TX2 NX]
BOXER-8230AI, BOXER-8231AI, BOXER-8233AI
[AGX Xavier]
BOXER-8240AI
[Xavier NX]
BOXER-8250AI, BOXER-8251, BOXER-8253AI*, BOXER-8254AI*
[Nano] DLAP-211-Nano
[TX2] DLAP-201-JT2
[Xavier NX] DLAP-211-JNX _____.
[AGX Xavier]
MIC-730AI*, MIC-730IVA
[Xavier NX]MIC-710AIX*, MIC-710AILX*, MIC-710IVX, MIC-715
[TX2]
MIC-720AI
[TX2NX]
MIC-710AIT*, MIC-710AILT*
[Nano]
MIC-710AI*, MIC-710AIL*, MIC-710IVA
[Orin NX] AIB-SN41, AIB-MN42
[Nano] AN110*
[TX2] AN310*
[AGX Xavier] AX720*
[Xavier NX] AN810*______.........
[AGX Orin] D315
[Orin NX] D131
[AGX Xavier] EA713
[Xavier NX] NX213B*
[TX2] EX731
[Nano] EN713
AIE900A-AO*
[TX2]
AIE500-901-FL, eBOX800-900-FL, eBOX560-900-FL
[AGX Xavier]
AIE900-902-FL
[Xavier NX]
AIE900-XNX*, AIE100-903-FL-NX, AIE800-904-FL
eNVP-JNN-IV-D0008*, eNVP-JNN-IV-V0008
[Xavier NX]
eNVP-JNX-IV-D0008*, eNVP-JNX-IV-V0008
