Keep data inside
Sensitive data remains inside the secure environment - not on user endpoints.
Secure Computing Workflows
tiCrypt
Secure computing for sensitive workflows.
Protect regulated data. Isolate every project.
Share the infrastructure you already own.
Universities & Research
Defense & National Security
Healthcare & Biomedical Research
CUI & ITAR
Protected workflows
NIST SP 800-171
Compliance architecture
CMMC Level 2
Built for assessment
NIST SP 800-172
Ready
HPC + SLURM
Native support
Built by Tera Insights · Proven at the University of Florida
Why tiCrypt
Isolate by cryptography
Each project has its own users, keys, policies, and access boundaries.
Share what makes sense
Use common HPC, GPU, storage, and applications without sharing project trust.
Three ways to work in tiCrypt
Access the tools and environments you need - your way.
1. Web Portal
Use the tiCrypt web portal to upload files, share securely, and manage your resources.
- ✓Upload and organize files
- ✓Share with users or projects
- ✓Manage access and permissions
- ✓Monitor storage and activity
2. Terminal + HPC
Use your terminal to access tiCrypt environments and HPC workloads.
- ✓SSH into secure environments
- ✓Run CLI tools and scripts
- ✓Transfer files with SCP or SFTP
- ✓Submit SLURM batch workloads
- ✓CPU & GPU compute
3. RDP to Virtual Desktops
Use RDP to connect to Windows virtual desktops for a familiar, full-featured experience.
- ✓Full desktop experience
- ✓Access specialized software
- ✓Work with large applications
- ✓Ideal for data analysis & visualization
Shared
One platform. Many secure environments.
Strong cryptography isolates projects while enabling efficient use of shared infrastructure.
See how it works
Maximum Utilization. No Shared Trust.
Linux · Windows · GPU · HPC · SLURM
HPC + SLURM
High-performance computing without breaking the security boundary.
✓
Secure shared access to HPC resources without separate clusters for every project or program.
✓
Run HPC jobs without moving sensitive data outside the encrypted environment.
✓
Share CPU and GPU compute while maintaining cryptographic project isolation.
✓
Split-instance SLURM orchestration separates scheduling from execution inside secure project environments.
No admin access to data
Data stays inside the enclave
Central audit trail
Linux · Windows · CPU · GPU · Clustered · Batch · SLURM
100%External assessment pass rate
Explore the SSPCompliance
Built-in compliance.
Less overhead.
74 of 110 NIST 800-171 controls
Enforced by the tiCrypt platform.
Technical controls built in
Reducing risk and audit effort.
Continuously aligned
With NIST 800-171 Rev. 3 and CMMC Level 2.
Centralized audit logging
Tracks activity across the environment.
Role-based administration
Delegates project management without giving up infrastructure control.
SSO · Multi-organization support · Role-based delegation · Central audit trail
Security
Security by architecture, not just policy.
AES-256 Encryption
Data and VM storage encrypted with AES-256.
RSA-2048 User Keys
Per-user cryptographic identity and key protection.
FIPS 140-3 Validated
Cryptographic operations use a FIPS 140-3 validated module.
User-Controlled Keys
Private keys never reside on tiCrypt infrastructure.
Built to operate at scale: Centralized audit logging · Role-based delegation · SSO · Multi-organization support
Linux: LUKS · Windows: BitLocker · PKI/digital-signature authentication
Explore the security architecturetiCrypt vs. Build In-House
Build the secure environment - or start using it.
Secure architecture
tiCryptIntegratedIn-houseMultiple systems
Compliance controls
tiCryptBuilt into platformIn-houseOrganization integrates controls
Deployment
tiCryptWeeksIn-houseMonths
Infrastructure
tiCryptHardware agnosticIn-houseArchitecture dependent
Scaling
tiCryptUse existing infrastructureIn-houseOften requires redesign
Total cost
tiCryptPredictableIn-houseVariable
Ongoing maintenance
tiCryptCentralizedIn-houseMultiple systems & teams
Use the infrastructure you already own. Run unlimited secure projects through a single security stack.
See full comparisonFrom the people using it
Trusted in real research environments.
Our independent security review and penetration test of tiCrypt revealed an exceptionally strong, defense-in-depth architecture aligned with NIST 800-171. The platform incorporates non-default security design choices not commonly encountered in comparable systems. We were particularly impressed by the overall security architecture and the team’s responsiveness.”
Guillermo Munoz, M.A., CISSP, CEH
Senior Information Security Architect
Harvard Medical School
Our tiCrypt environment has significantly improved collaboration between the college and hospital by providing researchers from both organizations a shared space to work with highly sensitive data. We have enjoyed watching the platform mature and continually improve. As we find new use cases, Tera Insights has been great to help us find solutions.”
Elijah Gagne, M.S.
Director Research Cyberinfrastructure
Dartmouth
We have been working with Tera Insights for about a decade on building a computing environment for working with restricted data that is flexible, highly secure, and straightforward to manage. With constant feedback from researchers, the environment has matured to meet the demands of very complex workflows.”
Erik Deumens, Ph.D.
Senior Director, UFIT Research Computing
University of Florida
After completing our penetration test of the tiCrypt LASER environment, we came away genuinely impressed. The platform reflects a layered, thoughtful security architecture built with compliance and protection at its core. For organizations working with sensitive data, tiCrypt is an exemplary model.”
Amanpreet Parmar, CASP+
Senior Security Engineer
Harvard Medical School
Have sensitive research?
Let’s give it somewhere safe to work.
See how tiCrypt can fit into your existing research and HPC infrastructure.