What is a TR-069 ACS?
The TR-069 CPE WAN Management Protocol (CWMP), developed by the Broadband Forum (BBF), standardizes device management. CWMP enables provisioning and monitoring of CPE by connecting to an ACS via HTTPS. The CPE, identified by its serial number, updates the ACS, allowing for data inquiries and configuration changes. Common TR-069 use cases include auto-configuration, service provisioning, software management, and diagnostics.
AuroraLinks UMP is a white-label solution for Telcos and MVNOs. It enables them to quickly deploy deeply customized TR-069 ACS, streamline CPE management from end to end, build a library of capabilities for mainstream chipsets and devices, enhance FOTA services, integrate ACS with OSS/BSS, and expand IoT business.
A True White-Label ACS Solution
For Telcos and MVNOs
Know Your Business Better.
More than an IT tool
Unified Management Platform |ACS
A True White-Label ACS Solution
For Telcos and MVNOs
Know Your Business Better
More than an IT tool
Unified Management Platform | ACS
What is a TR-069 ACS?
The TR-069 CPE WAN Management Protocol (CWMP), developed by the Broadband Forum (BBF), standardizes device management. CWMP enables provisioning and monitoring of CPE by connecting to an ACS via HTTPS. The CPE, identified by its serial number, updates the ACS, allowing for data inquiries and configuration changes. Common TR-069 use cases include auto-configuration, service provisioning, software management, and diagnostics.
AuroraLinks TR-069 ACS can accelerate your device management and reduce burden in third-party ACS projects. Helping telcos/MVNOs build their library of capabilities and bugs for chipsets and devices. Enpoweing your own FOTA services, integrate ACS with OSS/BSS, and expandable IoT business.
What is a TR-069 ACS?
The TR-069 CPE WAN Management Protocol (CWMP), developed by the Broadband Forum (BBF), standardizes device management. CWMP enables provisioning and monitoring of CPE by connecting to an ACS via HTTPS. The CPE, identified by its serial number, updates the ACS, allowing for data inquiries and configuration changes. Common TR-069 use cases include auto-configuration, service provisioning, software management, and diagnostics.
AuroraLinks TR-069 ACS can accelerate your device management and reduce burden in third-party ACS projects. Helping telcos/MVNOs build their library of capabilities and bugs for chipsets and devices. Enpoweing your own FOTA services, integrate ACS with OSS/BSS, and expandable IoT business.
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Why AuroraLinks?
1. Challenges of Third-Party ACS Integration and the Rise of White-Label Solutions.
Feature:
· Telcos/MVNO is the sole authority party to push integration cooperation from all vendors. Any third party will not make this happen due to various interests of conflicts.
· Best practices of Telcos/MVNO is to accumulate and evolve ACS capability starting from a white-lable solution smoothly.
· Support multiple device protocols—TR-069 CWMP, SNMP, MQTT.
· Easily perform bulk operations, such as firmware updates, client reboots, or parameter changes
· Monitor and diagnose devices for pre-emptive support and effective troubleshooting.
2. Truly and effective troubleshooting
Feature:
· We specialize in effective troubleshooting backed by our strong hardware expertise.
· Unlike third-party ACS providers concentrating solely on IT, we grasp the complexities of mainstream chipsets and modules.
· Identify potential bugs that can arise with each chipset generation, ensuring comprehensive support.
· Assist telecom companies and MVNOs in actively developing their own function libraries.
3. Let Operators Take Control of FOTA Management Themselves to Ensure Security and Control
Feature:
· Assist operators to control software/firmware management to achieve efficient and safe FOTA upgrade.
· Independently managing FOTA reduces risks from vendor updates, ensuring full control and optimal network performance and stability.
· The platform provides strong support for the continuous evolution and iteration of operators.
4. Optimized OTA Firmware Management for Scalable Solutions
Feature:
· The system pushes different OTA firmware versions only to those customers who need them, optimizing resource allocation.
· Designed to support a growing number of devices and scenarios, our ACS scales with your 5G FWA business needs.
Why Choose AuroraLinks?
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Traditional ACS VS AuroraLinks ACS:
What's the Difference?
Traditional ACS VS AuroraLinks ACS:
What's the Difference?
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Traditional ACS
· Requires operators to pay for and manage multiple NMS from different vendors, complicating maintenance and integration.
· Providers focus primarily on IT aspects, often lacking the hardware insight needed to directly address and solve device-specific issues.
· Deploy universal updates, potentially disrupting customers who do not need specific functionalities or software changes.
AuroraLinks ACS
· Provides unified management across multiple NMS, streamlining operations under a single platform.
· Engineered with a deep understanding of hardware and chipset nuances, enabling proactive problem-solving and tailored capability enhancements.
· Smartly auto-detects different usage scenarios, ensuring targeted OTA updates are pushed only to devices requiring specific firmware versions.
Traditional ACS
· Requires operators to pay for and manage multiple NMS from different vendors, complicating maintenance and integration.
· Providers focus primarily on IT aspects, often lacking the hardware insight needed to directly address and solve device-specific issues.
· Deploy universal updates, potentially disrupting customers who do not need specific functionalities or software changes.
AuroraLinks ACS
· Provides unified management across multiple NMS, streamlining operations under a single platform.
· Engineered with a deep understanding of hardware and chipset nuances, enabling proactive problem-solving and tailored capability enhancements.
· Smartly auto-detects different usage scenarios, ensuring targeted OTA updates are pushed only to devices requiring specific firmware versions.