At Brand Hype, we handle a high volume of storage devices every day, ranging from hard drives and SSDs to RAID systems and laptops. Each case begins with a comprehensive technical assessment, where our expert engineers carefully analyze the device to identify the root cause of failure. This step allows us to determine the safest and most effective recovery approach, ensuring maximum chances of data retrieval while minimizing risks of further damage.
Our ISO 100 cleanroom meets the highest industry standards and provides a controlled, dust-free environment for delicate hardware interventions. This ensures that sensitive components, such as hard drives and NAND memory chips, are handled with precision and protected from contamination during repairs. The cleanroom environment is essential for maintaining the integrity of your devices
and achieving optimal recovery results.
Brand Hype maintains an extensive inventory of over 16,000 spare components, giving us access to a wide variety of donor parts for hard drives, SSDs, and other storage media. This comprehensive library enables us to handle complex recoveries across multiple brands and models efficiently. With the right parts always on hand, we can perform quick replacements and maximize the success rate
for our clients.
Accurate head replacement is crucial for hard drive recovery. Brand Hype uses professional alignment tools, combs, and high-magnification microscopes to ensure precise head replacements for all major hard drive manufacturers. This enables us to repair mechanical failures while maintaining data integrity.
Our PC‑3000 Flash Spider Board adapter simplifies and accelerates flash memory
recovery. This tool allows our engineers to safely and efficiently extract data from
various flash storage devices, including SSDs, USB drives, and memory cards. Its precision ensures high recovery success rates without causing additional damage to the device.
Brand Hype leverages the PC‑3000 system, a leading data recovery platform that provides advanced recovery capabilities for HDDs, SSDs, and RAID systems. This technology supports complex data extraction scenarios, enabling our engineers to recover lost or corrupted files from even the most challenging storage failures.
For advanced flash memory recovery, we employ Chip-Off and JTAG methods. Using specialized PC‑3000 Flash Spider Board adapters and high-precision microscopes, our engineers can extract data directly from NAND memory chips—even those previously thought to be unrecoverable. These cutting-edge techniques allow us to recover critical information from severely damaged or corrupted devices.
Some recovery cases require repairing damaged electronic components. Our team performs high-precision micro-soldering, allowing us to restore functionality to
damaged circuits and regain access to critical data. This advanced skill is particularly effective for salvaging storage devices with PCB failures or burnt components.
Our proprietary deep-scan recovery software uses intelligent algorithms to locate and recover lost or corrupted files. By thoroughly scanning the storage media, our software ensures a comprehensive recovery, identifying data fragments that standard methods might miss. This maximizes the chances of restoring your valuable files fully and accurately.
