How do you protect classified or export-controlled research data (ITAR)?

We build isolated CUI enclaves with air-gapped encryption, multi-factor biometric authentication, and strict egress filtering that meets ITAR and CMMC Level 2 standards.

HPC Clusters & Scientific Storage

IT Infrastructure for Scientific Research Institutions

Fuel complex computational breakthroughs. We engineer High-Performance Computing (HPC) GPU clusters, ultra-fast research data networks, and NIST SP 800-171 grant compliance frameworks.

Consult Industry Architect

Scientific supercomputer data cluster with fiber optic network cables and high-performance computing nodes

Sector Obstacles & Vulnerabilities

Key Industry Challenges

Massive Computational Bottlenecks

Complex climate simulations, AI model training, and molecular modeling take weeks when run on standard server clusters.

Petabyte Storage Cost Prohibitions

Scientific instruments generate petabytes of raw data that exceed local budget constraints if stored on expensive primary SANs.

Federal Grant Cybersecurity Mandates

Federal research grants (NSF, NIH, DoD) require strict NIST SP 800-171 and CMMC cybersecurity controls to prevent intellectual property theft.

Orbytes Architecture

How Orbytes Solves This

Scientific supercomputer data cluster with fiber optic network cables and high-performance computing nodes

Orbytes designs hybrid HPC GPU compute clusters, deploys high-speed InfiniBand/100GbE storage pipelines, and implements NIST compliance frameworks to protect scientific discoveries.

Domain Capabilities:

High-Performance Compute (HPC) & GPU Clusters: Architect and manage on-prem and cloud burst HPC clusters optimized for Slurm, MPI, and CUDA workloads.

Multi-Petabyte Research Data Stores: High-throughput Ceph, Lustre, and cloud object storage tiers providing lightning-fast IOPS for simulation jobs.

NIST SP 800-171 & CMMC Compliance: Implement Controlled Unclassified Information (CUI) enclaves satisfying federal research grant security requirements.

Global Research Mesh & Collaboration (Internet2): High-bandwidth science DMZ networks connecting researchers to national research networks without firewall bottlenecks.

Sub-Sectors Served:

University Research LaboratoriesNational Science CentersBiomedical Research InstitutesAerospace & Defense Think Tanks

Quantified Impact

Measurable Business Outcomes

100 Gbps

Science DMZ

Frictionless petabyte data transfers between global research institutes.

100%

Grant Compliance

Full adherence to federal CUI and NIST security standards.

Compute Speedup

Optimized GPU clustering accelerating simulation cycle times.

Direct Clarity

Frequently Asked Questions: Research Institutions & Laboratories

Clear answers to common enterprise questions regarding our service model, security, and SLAs.

Yes, we architect hybrid cloud burst capabilities where local on-premises clusters automatically spin up additional GPU/CPU instances in Azure or AWS when local queues are full.

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Let’s discuss your technology environment, cybersecurity challenges, and next growth opportunity. Schedule a zero-obligation architecture review with our senior team.

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