WHO WE HELP
Hoonify supports engineering and mission teams across the Aerospace and Defense ecosystem who need secure HPC and scientific computing capabilities without cloud exposure — from weapons analysis and energetics simulation to computational fluid dynamics, materials modeling, and sensor data fusion.
Defense programs and mission teams requiring air-gapped, sovereign computing.
Prime contractors and suppliers developing, testing, and validating complex systems.
Aerospace engineering and spaceflight organizations advancing modeling and simulation for vehicle design and performance.
Intelligence and sensor analysis teams processing telemetry and field data securely.
COMMON CHALLENGES
HOW HOONIFY HELPS
Hoonify developed TurbOS® to give teams the control, reliability, and speed needed to meet mission goals securely and on time.
Operate Securely and Sovereignly
TurbOS runs in fully air-gapped or classified environments, meeting export control and data sovereignty requirements with no external dependencies.
Stay Productive During Outages
Because TurbOS can operate entirely offline, missions continue uninterrupted even when public clouds or external networks fail.
Deploy in an Hour, Not Weeks
TurbOS installs quickly and automates configuration, scheduling, and workload management - reducing setup time and dependence on specialized expertise.
Ensure Consistent, Reproducible Results
Every TurbOS deployment uses the same validated image, ensuring identical performance and repeatable outcomes across all sites and missions.
Gain Full Visibility and Control
Built-in dashboards track usage, performance, and cost by user and project, supporting smarter planning, chargeback, and reporting.
Secure, Sovereign HPC That Keeps Missions on Schedule
A secure, sovereign computing capability that accelerates program delivery, improves reproducibility, and keeps missions on schedule — even when external systems fail.
Security + Compliance
Air gapped operation without external network access
Role based access by user and project
Support for export control requirements
Audit trails for jobs, inputs, versions, and outputs
Options for sovereign and on site environments
Team background with DOE and DoD programs
DEPLOYMENT OPTIONS
TurbOS runs where your teams work, from edge systems to hybrid environments.
Edge Systems
Clusters
Private Cloud
Hybrid Environments
TESTIMONIAL
"The Cub systems allows us to conceptualize and optimize products before we start testing them. This saves time and materials."
Hoonify TurbOS was delivered on our Cub Desktop Supercomputer solution, and improved their time-to-results by 514x.
USE CASES
Weapon effects modeling and test analysis
Materials and energetics simulation
Flight dynamics and computational fluid dynamics
Secure model training and private inference
Sensor data processing and mission planning
FAQs
Yes. TurbOS is designed to operate fully without external network connectivity, making it suitable for classified and secure facilities.
All required components, libraries, and dependencies are included within the installation image, eliminating reliance on external services, cloud APIs, or telemetry systems. The platform continues to provide scheduling, monitoring, and workload management capabilities in completely isolated environments.
Software updates can be delivered through approved physical media and applied within controlled networks according to organizational security policy.
Yes. TurbOS runs on enterprise Linux distributions including RHEL and Rocky Linux across CPUs and GPUs in workstation, cluster, and private cloud environments.
It supports standard x86-64 processors from Intel and AMD, along with NVIDIA and AMD GPUs. This allows organizations to leverage existing hardware investments while adding advanced scheduling, workload management, and security controls.
Whether deployed on small engineering workstations or large multi-node clusters, TurbOS integrates into your current infrastructure without requiring proprietary hardware or cloud dependencies.
Yes. TurbOS® supports mixed CPU and GPU workloads on the same cluster, provided the appropriate hardware resources are installed.
Using integrated workload scheduling and resource controls, teams can run computational fluid dynamics (CFD), electromagnetic, or structural simulations alongside machine learning training or inference jobs. CPU cores, GPUs, memory, and licenses are allocated per job to minimize resource contention and maintain predictable performance.
This unified architecture allows aerospace and defense organizations to consolidate AI and simulation onto a single secure infrastructure, reducing hardware duplication while maintaining program-level isolation and compliance requirements.
TurbOS maintains detailed audit logs for all computational activity to support security reviews and compliance audits.
The system records:
- User identity and role
- Software versions and executed models
- Job submission, start, and completion timestamps
- Input datasets and parameters
- Generated outputs and results
This end-to-end provenance enables traceability from input data through final results. Such documentation supports DoD cybersecurity requirements, ITAR/EAR controls, and internal program compliance processes common in aerospace and defense environments.
Yes. TurbOS includes role-based access control (RBAC) and project-level resource allocation.
Administrators can define user roles, assign permissions, allocate compute quotas by project, and restrict access to specific datasets, applications, or nodes. This allows organizations to isolate workloads between programs and enforce least-privilege access policies.
These controls are designed for multi-program defense environments where teams may operate under different classification levels or contractual requirements.
Hoonify provides deployment support, administrator training, and ongoing technical assistance tailored to aerospace and defense environments.
Support includes installation guidance, integration with authentication systems, performance tuning, and deployment documentation. Training programs cover system administration, job submission workflows, and resource management best practices.
Ongoing support includes software updates, security patches, access to technical documentation, and direct engineering assistance. For programs operating in classified environments, Hoonify personnel with active U.S. government security clearances are available to support deployments and troubleshooting in accordance with customer security requirements. Extended or 24/7 support options are available when required by contract.