BoltGrid
BoltGrid
Explore our premium grade server solutions featuring hardware root-of-trust, advanced encryption acceleration, and unmatched reliability under deep learning workloads.
In the era of hyper-scale artificial intelligence models like DeepSeek, data has become an enterprise's most valuable asset and most critical liability. Dynamic model training, intellectual property configurations, and large-scale data storage require complex processing structures that are vulnerable to data interception, side-channel attacks, and physical storage compromise. Traditional software-level data encryption solutions are no longer sufficient to safeguard workflows at scale.
Modern Confidential Computing bridges this gap by shifting encryption to the processor and hardware architecture level. Integrating cryptographic accelerators, Secure Memory Encryption (SME), and Trusted Execution Environments (TEEs) directly into dual-socket computing servers ensures that data remains protected not only while in transit and at rest, but also in-use during high-speed calculations. At BoltGrid, we specialize in building the resilient hardware infrastructure required to run these highly secure workloads.
An Industry-Leading Manufacturer of High-Performance Secure Servers and GPU Cluster Infrastructures.
Established in 2016, BoltGrid Computing Systems Co., Ltd. has established a formidable global footprint as a specialized designer, manufacturer, and exporter of high-performance computing infrastructure, GPU cluster systems, and cryptographic data center solutions. With a modern 18,500㎡ production facility, we possess the raw capacity to handle system integration, high-density server assembly, and comprehensive thermal/stress validations on a massive scale.
Backed by a total of 12 years of industry experience, our company consistently delivers reliable GPU workstations, NAS data storage centers, and optimized rackmount systems. Our international presence is bolstered by over 7 years of seamless trade operations across North America, Europe, Southeast Asia, and the Middle East, generating an annual export revenue of approximately USD 18 million. By integrating hardware security with high-performance computing, we meet the demanding compliance and security requirements of the modern enterprise.
Unlocking Supply Chain Agility, Rigorous Cryptographic Testing, and Cost-Efficient Engineering Customization.
Supported by 850+ strategic supply partners, we guarantee priority access to premium silicon, enterprise storage modules, cooling chassis, and specialized Hardware Security Modules (HSMs) at competitive prices.
Our quality assurance program is managed by 45 certified inspectors. We run strict thermal testing, simulated payload stresses, cryptographic loop calculations, and thorough hardware-level system burn-ins.
With an engineering group of 120 dedicated developers, we release over 85 new systems annually. We support custom board layout changes, specialized cooling blocks, and deep firmware configurations.
Operating a secure, reliable server requires deep expertise in physical validation. Our factory floor houses specialized environmental chambers and voltage variance testing setups. We ensure every unit—whether it's an xFusion-style high-density computing server or a custom short-depth rack node—maintains hardware integrity under thermal shifts and electromagnetic fluctuations, eliminating potential hardware attack vectors.
The secure hardware industry is evolving rapidly to counter sophisticated cyber threats. Enterprises must anticipate these micro and macro trends when designing and planning their infrastructure investments:
Evaluating hardware security capabilities across standard 1U, 2U, and 4U computing server deployments.
| Platform / Server Type | Hardware Root-of-Trust | Confidential Computing Tech | Storage Encryption Standards | Target Application Scenario |
|---|---|---|---|---|
| xFusion V7 Series (e.g., 2258 V7) | Dual TPM 2.0 / TCM Modules | Intel SGX / AMD SEV-SNP | Self-Encrypting Drives (SED), AES-256 | DeepSeek AI Models, Private Enterprise Cloud |
| FusionServer V5/V6 Series | Integrated HSM Support | Intel TXT / SGX Enclaves | Hardware RAID Encryption, NVMe Inline | High-Performance Computing (HPC), Secure OA |
| Dell PowerEdge Series (R760/R750) | Dell iDRAC Silicon Trust | AMD SEV / Intel SGX | SED Drive Management, TLS 1.3 Control | Multi-Tenant Cloud Services, Sovereign Data |
| HPE ProLiant Series (DL380 Gen11) | HPE Silicon Root of Trust | AMD Infinity Guard / SGX | Secure Encryption (Smart Array) | Hybrid Corporate Networks, Mission-Critical Database |
Securing computing workloads requires specific, customized approaches for different industries. Our systems are engineered to address the specific vulnerabilities of these key business verticals:
Utilizing secure memory enclaves to isolate bank transactions and customer data from standard operating system environments, preventing root-access software exploits.
Protecting neural networks and custom weights during GPU-heavy training cycles, shielding proprietary AI assets from local infrastructure operators.
Allowing collaborative health studies and cancer research databases to query and analyze patient records securely without exposing Personally Identifiable Information (PII).
Take a closer look at our 18,500㎡ facility, where our engineering and quality control teams design and build our secure server hardware.
Expert insights on integrating secure hardware, GPU enclaves, and cryptographic protections into modern data centers.
Software-level encryption relies on the server's operating system, making it vulnerable to system hacks and root privilege exploits. Hardware-level encryption operates at the silicon level, isolating encryption keys in dedicated hardware chips (like TPMs or HSMs). Features like Intel SGX or AMD SEV encrypt data directly in system memory, preventing attackers from reading sensitive information even if they compromise the OS.
Large language models require significant hardware resources during training and inference. Secure compute nodes use confidential GPU execution paths to safeguard proprietary model weights and user prompts. This prevents unauthorized model copying or data access, even when running tasks in shared, multi-tenant cloud environments.
Our manufacturing facility runs thorough QA checks, including thermal chamber validations and stress tests, to ensure all systems meet strict international hardware standards. Our systems are built to support deployments that comply with FIPS 140-3 cryptography guidelines, Common Criteria EAL4+, GDPR data privacy regulations, and HIPAA security frameworks.
Yes. Backed by our team of 120 R&D engineers, we offer extensive hardware and firmware customization options. This includes integrating third-party Hardware Security Modules (HSMs), tailoring BIOS settings, modifying motherboard trace layouts, and configuring custom storage setups to meet your organization's security requirements.
High-density GPU platforms require advanced thermal management to prevent system throttling. We offer customized server designs with direct-to-chip liquid cooling systems and high-CFM smart fan arrays. These systems maintain optimal operating temperatures under heavy workloads while reducing overall data center energy consumption.
Select the ideal rackmount, GPU computing platform, or NAS system for your secure infrastructure requirements.
