United Nations Global E-waste monitor It is estimated that the world produces more than 60 million tonnes E-waste Annual. In addition, this number is growing five times rapidly as e-waste recycling. Most of this waste comes from electronic devices beyond prematurely.
Many enterprises follow a standard three-year replacement cycle, assuming that the older computers are disabled. However, many of these devices are still functional and can perform well with minor upgradation or maintenance. The issue is that, no one knows what the weak marks are for a particular machine, or what is the necessary maintenance, and the diagnosis will be very expensive and time consuming. It is easy to buy just new laptops.
When buying a used car, dealership and individual buyers can access each car special Crossroad Details of reports, history of vehicle use and maintenance. With this information, the dealership can make the necessary improvement or upgrade before starting the car. And individuals can decide whether to rely on the performance of that vehicle. On us Himachal Pradesh Felt that, to prevent unnecessary e-waste, we need to collect and provide maintenance data for each laptop, such as a carfax for the PCs used.
However, it is a special challenge to collect data used for PCs. We need to ensure the safety of the user for the protection of privacy and safety. Therefore, we determine to design a data collection protocol for PCs that manage to be safe.
Firmware data collector
Fortunately, the sensors that can collect the required data are already installed in each PC. There are thermal sensors that monitor CPU temperature, electric consumption monitor which track energy efficiency, storage health indicators, assessing solid state drives (SSDs) levels, display counters, which measure system use, fan-rotation-speed sensors that detect cooling efficiency, and much. The key is to collect and store all that data in a safe yet useful way.
We decided that the best way to do so is to integrate a life-cycle record in the firmware layer. By embedding telemetry capabilities directly within the firmware, we ensure that the device health and use data are occupied at the moment. This data is safely stored on HP SSD drive, which takes advantage of hardware-based safety measures to protect unauthorized access or manipulation.
The safe telemetry protocol we have developed in HP works as follows. We collect important hardware and sensor data and store it in a specified area of SSD. This area is written-closed, meaning that only authorized firmware components can write it, prevent casual amendment or tampering. The authorized firmware component we use is the endpoint security controller, which is a dedicated piece of embedded hardware in HP PC of business-grains. It plays an important role in strengthening platform-level security and works independently of the main CPU to provide basic protection.
The safe telemetry protocol collects data from the sensor, which is known as a closing point security controller in a piece of hardware, which contains the underlying protection. The endpoint security controller then writes the data in a dedicated read-only part of the solid state drive, where authorized operating systems can access the application data.Mark Montgomery
The endpoint sets up a safe session by maintaining the secret key within the security controller controller. This mechanism enables reading data security on SSD – where telemetry and sensitive data are stored – by preventing unauthorized access, whether the operating system has been re -established or the system environment is otherwise changed.
Then, the collected data is recorded in a time-stamp file, which is stored within a dedicated telemetry log on SSD. Storage of these records on the SSD provides the advantage of ensuring that the data continues to continue, even if the operating system is re -installed or some other rigid changes occur in the software environment.
The telemetry logs employs a cyclical buffer design, when the log reaches the entire capacity, automatically reflects the old entries. Then, the telemetry log can be accessed by the authorized applications at the operating system level.
Pcfax
The telemetry log serves as a foundation for a comprehensive device history report. Like a carfax report for cars used, this report, which we call pcfax, will provide important information to both current users and potential buyers.
The PCFAX report collects data from several sources beyond the on-device telemetry log only. It combines HP’s factory and supply-chain records, digital-government platforms, customer-support service records, diagnostic logs, and safe firmware-level use data with information. Additionally, the system partner can integrate data from external sources including sales and service records, renewal partner databases, intels such as Intel, including component component manufacturers and other original equipment manufacturers. This multisourse approach creates a complete picture of the entire life cycle of the device, which is from manufacturing through all the later ownership and service events.
For IT teams within organizations, we hope that PCFAX will bring simplicity and optimization opportunities. IT managers can help to decide which devices are sent to users, as well as when maintenance is prescribed by proper use for each device and access to health information for each device in your fleet. This data can also help device managers to decide which specific equipment to replace new computers automatically, which increases stability. And it can help with safety: with real-time monitoring and firmware-level security, IT teams can reduce risks and respond rapidly to emerging hazards. All this can facilitate more efficient use of resources, cutting on unnecessary waste.
A PCFAX report, like a carfax, will expand the significant use and maintenance information to help the potential customers inform. Hewlett Packard
We also hope that, as much carfax believes people in purchasing cars used, PCFAX can encourage the resale of the used PCs. For enterprises and consumers who buy PCs of second life, it provides detailed visibility in the complete service and support history of each system, including any repair, upgradation or performance issues faced during its initial deployment. By providing the history of this broad device easily, PCFAX Secondary PC provides economic benefits to both vendors and buyers in the market, directly addressing the challenge of e-waste, directly instead of addressing the challenge of e-waste, enables more PCs to find another life.
While HP’s solutions represent an important step, challenges remain. The standardization of telemetry framework in diverse ecosystems is important to adopt widely. Additionally, educating organizations about the benefits of life-cycle records will be necessary for driving.
We are also working on integrating AI in our dashboard. We expect us to use the AI model to analyze historical telemetry data and predict failures before they are, such as SSD detects a bicycle writing to alert IT teams for forecasting adjacent failure and alerting IT teams for active replacement, or predicting the battery decline and automatically to ensure a replacement battery, which is ready to ensure that a service ticket, Reduce downtime.
We start rolling out these features in early 2026.
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