Process · Security & Compliance

Secure, Governed, & Compliant by Design

Frontier Foundry systems operate inside regulated production environments with structured controls across infrastructure, execution, and oversight.

Security is enforced at every layer: infrastructure isolation, policy governance, deterministic execution, and continuous monitoring, all with full audit trails from input to output. Customers retain ownership of the models and weights trained in their environment.

Compliance alignment

Deployments align with the regulatory frameworks applicable to each institution.

  • SOC 2
  • GDPR
  • CCPA
  • BSA / AML
  • KYC
  • HIPAA / PHI
  • ABA Guidelines
  • NIST Cybersecurity Framework
  • Federal & State Data Policies (including NYDFS Part 500)

The security stack

Security is implemented as a layered system.

Infrastructure

Deployment Boundary Enforcement

  1. 1

    Data remains inside customer-controlled environments

  2. 2

    AI runs within defined network boundaries

  3. 3

    Sensitive information does not leave approved systems

Technical details:

  • Deployment within customer-managed cloud (AWS, Azure, GCP) or on-prem environments
  • AES-256 encryption at rest
  • TLS 1.2+ encryption in transit
  • Zero Trust access architecture with enforced multi-factor authentication (MFA)
  • Virtual network segmentation and isolated execution subnets
  • Containerized runtime environments (Docker/Kubernetes isolation)
  • Data residency configuration based on jurisdiction
  • Customer retains ownership of trained models, weights, and improvements derived from their data
Governance

Policy & Access Enforcement

  1. 1

    Access and execution governed at system level

  2. 2

    Policies are enforced consistently across models and workflows

  3. 3

    System activity remains visible and controlled

Technical details:

  • Integration with enterprise IAM providers (Azure AD, Okta, SAML, SSO)
  • Granular RBAC across datasets, models, and workflows
  • Policy enforcement at execution layer
  • Version-controlled configuration management
  • Administrative logging and activity monitoring
Execution

Deterministic Runtime Control

  1. 1

    Model execution is deterministic and traceable

  2. 2

    Inputs and outputs are logged

  3. 3

    Systems operate continuously with monitoring in place

Technical details:

  • Reproducible execution pipelines with version-locked artifacts
  • Structured input/output trace logging
  • Model drift detection with threshold alerts
  • Performance monitoring dashboards (latency, accuracy, throughput)
  • Automated restart and health checks
Audit & Oversight

Traceability & Reviewability

  1. 1

    Outputs are review-ready

  2. 2

    Decisions are inspectable

  3. 3

    Execution history is preserved

Technical details:

  • Exportable audit logs (JSON/CSV)
  • Time-stamped execution history tied to user and model versions
  • Structured reasoning artifacts attached to outputs
  • Evidence retention configuration aligned with regulatory timelines
  • Reporting templates for internal audit and regulator-facing review

Regulatory alignment by market

Security posture adapts to industry-specific requirements.

  • Banking

    Supports BSA / AML, KYC, call report obligations, and financial data governance standards

  • Healthcare

    Supports HIPAA and PHI governance requirements within secure environments.

  • Government

    Deployable under agency-specific regulations and jurisdictional data policies.

  • Asset Management

    Supports SEC, FINRA, NYDFS Part 500, BSA / AML for advisers, and fund administration governance.

Documentation & due diligence

Security documentation is available during evaluation.

  • Architecture diagrams
  • Deployment topology maps
  • Governance control matrices
  • Data flow documentation
  • Model monitoring procedures
  • Compliance mapping summaries
Quantum-Resilience

Quantum-Resilient Out of the Box

Every Frontier Foundry system ships with post-quantum cryptography as part of its architecture, not a roadmap item. Our customers do not inherit a migration project, because the platform was designed for the post-quantum era from the start.

  • PQC-Native Key Establishment and Signatures

    Post-quantum key establishment and digital signatures are part of the platform's cryptographic layer, extending the encryption already enforced in transit and at rest.

  • Crypto-Agile Architecture

    Cryptographic primitives are abstracted so algorithms can be rotated as NIST standards evolve, without re-architecting the systems that depend on them.

  • Built Against Harvest-Now, Decrypt-Later

    Long-shelf-life regulated data is treated as already exposed to future decryption, so it is protected under post-quantum cryptography today rather than after a quantum-capable adversary arrives.

Why It Matters

RSA-2048 break estimates have collapsed roughly 200-fold in seven years, and the federal PQC deadlines were pulled forward five years to 2030 and 2031. Under a harvest-now, decrypt-later threat model, long-shelf-life data captured today should be treated as already exposed. Most vendors will spend the next four years retrofitting; Frontier Foundry customers start post-quantum. Our founder called the threat window in his article “Has the Battle for Quantum Supremacy Already Been Lost?”

Read the founder's analysis on Substack
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