admin1.1. SDK or Equivalent Requirements
1.1.1. (M) The proposed SDK solution shall ensure that it is lightweight and resource-efficient, minimizing its impact on the performance and battery life of the CPE devices.
1.1.2. (M) The proposed SDK solution must be designed in a modular fashion to allow for easy updates and customization.
1.1.3. (M) The vendor shall develop necessary APIs and libraries to facilitate seamless integrations of proposed SDK with CPE firmware and existing data platform or systems.
1.1.4. (M) The proposed SDK solution must undergo rigorous unit and integration testing to ensure reliability and stability. This includes testing on various CPE models and firmware versions before deploying into production environment.
1.1.5. (M) The proposed SDK solution shall conduct field trials to validate the SDK’s performance in real-world scenarios and gather feedback for further improvements.
1.1.6. (M) The proposed SDK solution must be able to integrate into the firmware of all relevant CPE devices.
1.1.7. (M) The vendor must demonstrate a willingness and capability to work closely with our CPE vendors for integration and testing of the proposed SDK.
1.1.8. (M) The collaboration with our CPE vendors must ensure that the SDK functions correctly within the routers and does not interfere with their operation or performance.
1.1.9. (M) The proposed SDK solution shall ensure compatibility with existing and future firmware updates, avoiding conflicts that could disrupt device functionality.
1.1.10. (M) The proposed SDK solution must have the ability to push firmware updates and configurations remotely.
1.1.11. (M) The proposed SDK solution must undergo phased rollout or deployment strategy, starting with a limited number of devices to monitor performance and identify any issues before full-scale deployment.
1.1.12. (M) The proposed SDK solution must generate detailed reports of the phased rollout or deployment for planning management.
1.1.13. (M) The proposed SDK solution must include a fallback mechanism to revert to previous firmware versions, in case of critical issues during deployment.
1.1.14. (M) The proposed SDK solution shall provide tools for real-time monitoring of the SDK’s performance and data collection efficiency.
1.1.15. (M) The vendor must offer technical support to address any deployment issues and ensure smooth integration.
1.1.16. (M) The proposed SDK solution must enable real-time telemetry data collection from CPE routers, including hardware performance, network quality and user behaviour metrics.
1.1.17. (M) The proposed SDK solution must allow for customization of data points to cater to specific monitoring needs and evolving requirements.
1.1.18. (M) The proposed SDK solution must implement on-device processing capabilities to aggregate and pre-process data before transmission, reducing bandwidth usage and ensuring data relevance.
1.1.19. (M) The proposed SDK must leverage AI and machine learning capabilities to optimize Wi-Fi connectivity (e.g., identify issues such as channel interference or congestion and automatically adjust Wi-Fi channels to improve performance.)
1.1.20. (M) The proposed SDK solution shall include basic anomaly detection algorithms to flag unusual patterns that may indicate performance issues or security threats.
1.1.21. (M) The proposed SDK solution must identify the key performance indicators (KPIs) and telemetry data points that are critical for monitoring and improving the broadband experiences.
1.1.22. (M) The proposed SDK solution must support real-time analytics on the telemetry data to provide immediate insights and enable proactive issue resolution.
1.1.23. (M) The proposed SDK solution shall support for remote troubleshooting and issue resolution.
1.1.24. (M) The proposed SDK solution must enable enhanced visibility into customer usage patterns and preferences.
1.1.25. (M) The proposed SDK solution must support for advanced QoS (Quality of Service) and QoE (Quality of Experience) metrics.
1.1.26. (M) The proposed SDK solution must integrate with analytics platforms for data processing.
1.1.27. (M) The proposed SDK solution must support for IoT (Internet of Things) devices and smart home ecosystems.
1.1.28. (M) The proposed SDK solution must comply with TR-157 Compliance – TR-157 provides guidelines for Component Objects for CWMP (CPE WAN Management Protocol), enabling advanced management of network interfaces and enhanced service delivery. The SDK must support these specifications to facilitate seamless integration and interoperability with existing network management protocols.
1.1.29. (M) The proposed SDK solution should be able to be deployed as a container-based application within the CPE virtualized environment. Integration of monolithic firmware level should be of secondary priority to mitigate the extended time of delivery and interoperability testing.
1.1.30. (M) The proposed SDK solution should be compatible with containerization such as Docker, LXC or equivalent.
1.1.31. (M) The updates of the proposed SDK solution should be independent of the CPE device OS and updates. It should not rely on the update cycle of the hardware manufacturer.
1.1.32. (M) The vendor must ensure that the proposed SDK solution does not interfere or impact with the performance of the CPE device.
1.1.33. (M) The vendor must ensure that the proposed SDK solution is lightweight and clearly specify the resources required (e.g., memory, storage, and CPU and network resources).
1.1.34. (M) The proposed SDK solution shall provide robust APIs for efficient data ingestion into Data-X platform.
1.1.35. (M) The proposed SDK solution must include robust security features to protect against unauthorized access and data breaches.
1.1.36. (M) The proposed SDK solution shall ensure secure data transmission using encryption protocols to protect data integrity and privacy.
1.1.37. (M) The proposed SDK solution must optimize data transmission to minimize bandwidth usage, using techniques such as data compression and intelligent scheduling.
1.1.38. (M) The proposed SDK solution must employ encryption, secure coding practices, and regular security updates.
1.1.39. (M) The proposed SDK solution must have a mechanism for applying patches and updates to maintain a secure environment.
1.1.40. (M) The proposed SDK solution must comply with all relevant data privacy regulations, ensuring that customer data is handled responsibly and ethically.
1.1.41. (M) The proposed SDK solution must support a defined release management process to ensure controlled deployment of new features and updates.
1.1.1. (M) The proposed SDK solution shall ensure that it is lightweight and resource-efficient, minimizing its impact on the performance and battery life of the CPE devices.
1.1.2. (M) The proposed SDK solution must be designed in a modular fashion to allow for easy updates and customization.
1.1.3. (M) The vendor shall develop necessary APIs and libraries to facilitate seamless integrations of proposed SDK with CPE firmware and existing data platform or systems.
1.1.4. (M) The proposed SDK solution must undergo rigorous unit and integration testing to ensure reliability and stability. This includes testing on various CPE models and firmware versions before deploying into production environment.
1.1.5. (M) The proposed SDK solution shall conduct field trials to validate the SDK’s performance in real-world scenarios and gather feedback for further improvements.
1.1.6. (M) The proposed SDK solution must be able to integrate into the firmware of all relevant CPE devices.
1.1.7. (M) The vendor must demonstrate a willingness and capability to work closely with our CPE vendors for integration and testing of the proposed SDK.
1.1.8. (M) The collaboration with our CPE vendors must ensure that the SDK functions correctly within the routers and does not interfere with their operation or performance.
1.1.9. (M) The proposed SDK solution shall ensure compatibility with existing and future firmware updates, avoiding conflicts that could disrupt device functionality.
1.1.10. (M) The proposed SDK solution must have the ability to push firmware updates and configurations remotely.
1.1.11. (M) The proposed SDK solution must undergo phased rollout or deployment strategy, starting with a limited number of devices to monitor performance and identify any issues before full-scale deployment.
1.1.12. (M) The proposed SDK solution must generate detailed reports of the phased rollout or deployment for planning management.
1.1.13. (M) The proposed SDK solution must include a fallback mechanism to revert to previous firmware versions, in case of critical issues during deployment.
1.1.14. (M) The proposed SDK solution shall provide tools for real-time monitoring of the SDK’s performance and data collection efficiency.
1.1.15. (M) The vendor must offer technical support to address any deployment issues and ensure smooth integration.
1.1.16. (M) The proposed SDK solution must enable real-time telemetry data collection from CPE routers, including hardware performance, network quality and user behaviour metrics.
1.1.17. (M) The proposed SDK solution must allow for customization of data points to cater to specific monitoring needs and evolving requirements.
1.1.18. (M) The proposed SDK solution must implement on-device processing capabilities to aggregate and pre-process data before transmission, reducing bandwidth usage and ensuring data relevance.
1.1.19. (M) The proposed SDK must leverage AI and machine learning capabilities to optimize Wi-Fi connectivity (e.g., identify issues such as channel interference or congestion and automatically adjust Wi-Fi channels to improve performance.)
1.1.20. (M) The proposed SDK solution shall include basic anomaly detection algorithms to flag unusual patterns that may indicate performance issues or security threats.
1.1.21. (M) The proposed SDK solution must identify the key performance indicators (KPIs) and telemetry data points that are critical for monitoring and improving the broadband experiences.
1.1.22. (M) The proposed SDK solution must support real-time analytics on the telemetry data to provide immediate insights and enable proactive issue resolution.
1.1.23. (M) The proposed SDK solution shall support for remote troubleshooting and issue resolution.
1.1.24. (M) The proposed SDK solution must enable enhanced visibility into customer usage patterns and preferences.
1.1.25. (M) The proposed SDK solution must support for advanced QoS (Quality of Service) and QoE (Quality of Experience) metrics.
1.1.26. (M) The proposed SDK solution must integrate with analytics platforms for data processing.
1.1.27. (M) The proposed SDK solution must support for IoT (Internet of Things) devices and smart home ecosystems.
1.1.28. (M) The proposed SDK solution must comply with TR-157 Compliance – TR-157 provides guidelines for Component Objects for CWMP (CPE WAN Management Protocol), enabling advanced management of network interfaces and enhanced service delivery. The SDK must support these specifications to facilitate seamless integration and interoperability with existing network management protocols.
1.1.29. (M) The proposed SDK solution should be able to be deployed as a container-based application within the CPE virtualized environment. Integration of monolithic firmware level should be of secondary priority to mitigate the extended time of delivery and interoperability testing.
1.1.30. (M) The proposed SDK solution should be compatible with containerization such as Docker, LXC or equivalent.
1.1.31. (M) The updates of the proposed SDK solution should be independent of the CPE device OS and updates. It should not rely on the update cycle of the hardware manufacturer.
1.1.32. (M) The vendor must ensure that the proposed SDK solution does not interfere or impact with the performance of the CPE device.
1.1.33. (M) The vendor must ensure that the proposed SDK solution is lightweight and clearly specify the resources required (e.g., memory, storage, and CPU and network resources).
1.1.34. (M) The proposed SDK solution shall provide robust APIs for efficient data ingestion into Data-X platform.
1.1.35. (M) The proposed SDK solution must include robust security features to protect against unauthorized access and data breaches.
1.1.36. (M) The proposed SDK solution shall ensure secure data transmission using encryption protocols to protect data integrity and privacy.
1.1.37. (M) The proposed SDK solution must optimize data transmission to minimize bandwidth usage, using techniques such as data compression and intelligent scheduling.
1.1.38. (M) The proposed SDK solution must employ encryption, secure coding practices, and regular security updates.
1.1.39. (M) The proposed SDK solution must have a mechanism for applying patches and updates to maintain a secure environment.
1.1.40. (M) The proposed SDK solution must comply with all relevant data privacy regulations, ensuring that customer data is handled responsibly and ethically.
1.1.41. (M) The proposed SDK solution must support a defined release management process to ensure controlled deployment of new features and updates.
Budget: $5,000
Posted On: August 10, 2024 11:15 UTC
Category: Full Stack Development
Skills:Android, Customer Service, API, Python, JavaScript, Customer Support, Smartphone, C++, Java, iOS
Country: Singapore
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