High-Performance Computing
Network Visibility for Research, Analysis, Oil & Gas, Pharma, Media
High-Performance Computing (HPC) Cybersecurity Compliance Requiring Network Visibility
High-Performance Computing (HPC) environments—spanning research institutions, national laboratories, financial modeling platforms, and AI/ML clusters—are governed by a mix of cybersecurity frameworks, data protection regulations, and research security mandates that require deep network visibility, workload awareness, and real-time monitoring. Standards such as NIST SP 800-53 and ISO/IEC 27001 emphasize continuous monitoring, auditability, and protection of high-value computational workloads and sensitive datasets. In HPC environments, where distributed computing, east-west traffic, and massive data flows are the norm, network visibility is essential for detecting anomalies, preventing data exfiltration, ensuring job integrity, and maintaining compliance across multi-tenant and hybrid infrastructures.
Key Regulations & Implications
- NIST SP 800-53
- Requires continuous monitoring, logging, and audit controls across systems and networks
- Mandates visibility into user activity, system communications, and data access
- Supports detection and response through detailed network and system telemetry
- ISO/IEC 27001
- Requires logging, monitoring, and event correlation across IT environments
- Mandates controls for detecting and responding to security incidents
- Drives visibility into data flows and system interactions within HPC clusters
- NIST Cybersecurity Framework
- Requires asset identification and mapping across distributed compute environments
- Emphasizes continuous monitoring and anomaly detection capabilities
- Supports real-time visibility for detection and incident response
- FISMA
- Requires federal systems (including HPC used in government research) to implement continuous monitoring
- Mandates visibility into network activity, user behavior, and system integrity
- Enforces reporting and response based on monitored security events
- FedRAMP
- Requires cloud-based HPC environments to implement continuous monitoring and logging
- Mandates visibility into network traffic, access patterns, and system configurations
- Supports compliance through centralized monitoring and reporting
- HIPAA
- Requires protection and monitoring of sensitive health data processed in HPC workloads
- Mandates audit controls and activity logging across systems and networks
- Drives need for visibility into data access and transmission
- ITAR
- Requires strict control and monitoring of sensitive export-controlled data
- Mandates visibility into data movement and user access within HPC systems
- Enforces detection of unauthorized access or data exfiltration
- EAR
- Requires monitoring and control of dual-use technologies and data
- Mandates visibility into data transfers and system interactions
- Supports compliance through auditability and monitoring
- GDPR
- Requires monitoring and protection of personal data processed in HPC environments
- Mandates breach detection, logging, and reporting capabilities
- Drives need for visibility into data flows and access across distributed systems
- DOE Office of Science (HPC Security Guidance)
- Provides security requirements for national lab HPC environments
- Emphasizes monitoring, anomaly detection, and system visibility
- Supports protection of high-value scientific computing workloads and infrastructure
NEOX Solutions for High-Performance Computing
Delivering Advanced Network Visibility and Compliance Alignment for Research, Energy, and AI Clusters
Network
Tapping
Network
Brokering
Network
Capture
Network
Security
Wire-Speed Insight for Mission-Critical Computation
Fueling Supercomputing Confidence with Full-Stack Visibility
Ultra-Fast, Low-Latency Network Visibility for HPC Tasks
End-to-End Hybrid Network Visibility for Red, Purple, and Blue Teams
01.
Full Network Transparency
- Full Network Transparency
- Up to 400Gbps Visibility
- 100% Network Data Access
- SSL/TLS Traffic Visibility
- East-West & North-South Traffic
- Forward/Reverse Proxy
- URL Filtering & Cert Distribution
02.
Threat Detection & Mitigation
- Threat Detection & Mitigation
- Suricata-Based Intrusion Detection
- Network Detection & Response .
- SIEM Integration
- Fast Event Logging
- Log Export & Compression
03.
Forensics Analysis & Compliance
- Forensics & Compliance
- Weeks-Long Packet Storage
- 100Gbps Packet Capture
- Flow/Log Export
- Pre-Built Analysis Tools
- PCAP/Wireshark Support
- Audit Trails
Ensuring Infrastructure Performance and Resiliency
Performance is the lifeblood of any High-Performance Computing (HPC) and Supercomputing environment. Even slight degradations in throughput or latency can interrupt workloads involving distributed machine learning, computational fluid dynamics, or seismic processing. CIOs must ensure that the network fabric—often composed of low-latency, high-bandwidth links—is operating at optimal levels. This requires deep visibility into traffic flows, bottlenecks, dropped packets, and retransmissions with nanosecond precision.
NEOX enables this through a layered approach: NEOX network TAPs mirror traffic across key interconnects with minimal latency, while its low-latency, high-performance FPGA-based packet brokers classify, load balance, dedup, and forward streams to analytics platforms. These brokers support advanced features such as port tagging, time stamping, header stripping, packet slicing, deduplication, and tunnel decapsulation, which are essential for analyzing virtualized HPC traffic. For post-event analysis or continuous SLA monitoring, NEOX packet capture appliances offer sustained, lossless packet capture at line rate.
This allows IT and operations teams to correlate network anomalies with job failures or latency spikes, helping to fine-tune systems, automate remediation, and prevent future disruptions. The visibility NEOX provides also enables dynamic resource orchestration by feeding real-time telemetry to schedulers and AIOps tools, ensuring efficient job placement and network load distribution. Operators gain the ability to baseline normal behaviors across interconnects, trigger alerts on anomalous trends, and proactively identify underutilized hot spots. Whether scaling simulations across thousands of cores or transferring terabytes between storage arrays and GPU nodes, NEOX helps HPC environments achieve peak efficiency
Securing Scientific and Proprietary Data at Scale
High-Performance Computing (HPC) environments often handle highly sensitive and mission-critical workloads—ranging from genomic research and drug discovery to defense simulations, AI model training, and financial risk modeling. These environments generate immense volumes of east-west traffic between compute nodes, storage clusters, and AI accelerators, which can become vulnerable targets for data exfiltration, malware propagation, or insider threats. CIOs and CISOs must secure this data at the wire level without compromising performance.
NEOX provides a robust inline and out-of-band visibility solution for HPC through low-latency secure fiber TAPs. Data diode-enabled TAPs further enforce unidirectional data flow to prevent reverse-path breaches from sensitive compute clusters. NEOX low-latency packet brokers intelligently aggregate, filter, and deduplicate traffic before forwarding it to monitoring tools such as NEOX Clear NDR and Suricata-based NIDS/NSM solutions. They also support SSL/TLS traffic handling, and NEOX packet capture appliances retain full-fidelity network traffic with nanosecond timestamping for SLA monitoring, compliance, and forensics.
With growing regulatory scrutiny around research data integrity—such as ITAR, HIPAA, GDPR, or export control laws—NEOX’s visibility solutions offer auditable, traceable network records to support compliance and governance. In the event of a breach, security teams can reconstruct incidents at wire speed, detect data exfiltration attempts, and validate segmentation or encryption strategies. By eliminating blind spots between compute environments, NEOX ensures advanced threats are detected before impacting mission-critical workloads or compromising intellectual property
Compliance, Auditability & Data Sovereignty
HPC environments are increasingly operating under strict governance and compliance mandates due to partnerships with federal agencies, defense contractors, or global research institutions. From GDPR and HIPAA to NIST 800-53, FISMA, and ITAR, organizations must demonstrate auditable control over data flows, user activity, and system integrity. NEOX’s full-stack visibility solutions provide the foundation for achieving this accountability. Its IEC62443-certified secure network TAPs offer passive, non-intrusive access to raw network data without disrupting critical workloads. For more advanced traffic aggregation and routing, NEOX intelligent packet brokers direct only relevant traffic—filtered by protocol, VLAN, IP, or application—to monitoring and SIEM tools for compliance archiving.
NEOX packet capture appliances serve as compliance-ready recorders, storing weeks or months of full packet data with tagging and indexing for quick retrieval. This allows organizations to handle audits, verify policy enforcement, and perform forensic analysis with precision. With NEOX deployed across HPC data centers and edge environments, teams gain continuous visibility and regulatory assurance—without sacrificing system performance or data sovereignty.
As multi-tenant HPC clouds grow in academia and research, the need to isolate workloads and trace access deepens. NEOX validates segmentation and enforces Zero Trust by capturing telemetry from every connection. Its detailed audit trails support legal discovery, grant compliance, and institutional review board (IRB) processes, while ensuring separation of duties and maintaining trust across classified and unclassified domains.
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