Securing the Infrastructure That Drives National Science and Defense

Purpose-built security for high-performance computing environments

Federal high-performance computing (HPC) environments power nuclear stockpile stewardship, AI research, climate modeling, and defense systems — workloads that demand both computational freedom and airtight security. Standard enterprise security frameworks weren’t designed for these environments: the scale, the job-based access models, the classification boundaries, and the non-standard software stacks all create gaps that conventional tools miss. ShorePoint brings practitioner-level HPC security expertise to federal agencies and research organizations — engineering defensible architectures, navigating complex authorization processes, and building security programs that protect mission capability without becoming an obstacle to it.

The HPC Security Problem Is Different

Most federal security programs are built around user endpoints, enterprise applications, and network perimeters. HPC environments invert those assumptions. Compute nodes run as shared infrastructure. Storage systems hold petabytes of sensitive data, with hundreds or thousands of unique users. Interconnects like InfiniBand bypass traditional network controls. Software stacks are built and executed by the users from community code, research tooling, and custom modules — not enterprise-vetted products.

Securing this infrastructure requires practitioners who understand it from the inside. ShorePoint’s team has direct experience operating in national laboratory and federal HPC environments. We don’t apply enterprise templates to HPC — we build security programs that fit the architecture.

Risk Management and Authorization for Complex Systems

Authorizing HPC systems under the NIST Risk Management Framework (RMF) is one of the most challenging Authority to Operate (ATO) scenarios in the federal government. Multi-tenant architectures, shared compute boundaries, and non-standard software require control implementations that aren’t covered in standard overlays. ShorePoint helps agencies assess their HPC environment against applicable control baselines, develop tailored System Security Plans, and build authorization packages that hold up to Authorizing Official (AO) scrutiny — without creating unnecessary operational friction for research and science mission users.

Security Architecture Built for HPC Workloads

Effective HPC security architecture goes beyond firewalls and access control lists. ShorePoint assesses existing HPC environments against current security requirements and mission needs, delivers actionable architecture recommendations, and supports implementation of stronger security postures — fully aware of the needs of the expert scientific users that depend on these systems. Our DevSecOps practitioners understand the complexity of compiling across multiple cutting-edge HPC architectures, and the security and mission tradeoffs embedded in every risk decision — putting performance and mission outcomes alongside traditional security metrics.

Visibility and Detection in High-Throughput Environments

HPC telemetry doesn’t behave like enterprise log data. Job submission patterns, Message Passing Interface (MPI) traffic, and parallel I/O operations create noise that overwhelms standard Security Information and Event Management (SIEM) configurations. ShorePoint engineers SIEM and User and Entity Behavior Analytics (UEBA) solutions tuned to the behavioral baseline of research and scientific computing. We develop use cases specific to HPC threat scenarios: anomalous batch job behavior, privileged account misuse on compute nodes, data exfiltration through storage systems, and lateral movement across interconnected cluster infrastructure.

AI and HPC Workload Security

Federal AI programs increasingly depend on HPC infrastructure for training, inference, and data pipeline execution — creating a new class of security challenges at the intersection of two complex domains. Protecting AI workloads on HPC requires governing data provenance and access across multi-tenant systems, securing model artifacts and training pipelines against tampering or exfiltration, and ensuring that AI-driven capabilities meet authorization requirements before deployment. ShorePoint brings direct experience in both HPC security and AI governance frameworks, helping agencies build security programs that keep pace with rapidly evolving AI mission requirements without blocking the research and development cycle.

Post-Quantum Cryptography Readiness for HPC

HPC systems are high-value targets for harvest-now-decrypt-later collection. Adversaries are gathering encrypted HPC output today with the intent to decrypt it once quantum capability matures — and long-lived research data makes this exposure especially significant. ShorePoint helps agencies inventory cryptographic dependencies across HPC infrastructure, prioritize migration to NIST-approved post-quantum algorithms, and develop PQC transition roadmaps aligned to applicable National Security Memoranda, CISA guidance, and federal cryptographic standards — and updated as those requirements continue to evolve.