PolarQuote
Security Architecture

Security isn't a feature.
It's the foundation.

PolarQuote was architected from the ground up with a single non-negotiable constraint: your pricing intelligence never leaves your control. Not in transit. Not in the cloud. Not ever.

256-bit

AES encryption

TLS 1.3

In-transit protocol

0

Third-party AI vendors with data access

100%

Local AI inference

Core Principles

Four pillars. Zero compromises.

Local Processing

AI that never leaves the building

PolarQuote's AI inference runs on dedicated on-premises hardware — not shared cloud compute. Your pricing data, your material structures, your margin history: none of it transits a third-party network to generate a quote. The computation happens on hardware you control, in your facility, under your security posture. We built this way on purpose.

Encryption

Military-grade encryption at every layer

AES-256 encryption at rest. TLS 1.3 in transit with perfect forward secrecy — every session generates a unique ephemeral key, so even if a key is ever compromised, past sessions remain mathematically protected. We don't cut corners here. Every byte of your pricing intelligence is encrypted with the same standards used to protect classified government communications.

Data Sovereignty

Your data trains your AI. Full stop.

We will never use your quotes, margins, win/loss history, or customer data to train models for other companies. When PolarQuote builds a custom AI model for your operation, it runs in a fully isolated environment seeded exclusively from your data. Your institutional knowledge — decades of pricing patterns, material expertise, customer relationships — is your moat. We will never commoditize it.

Isolation

Zero cross-tenant data exposure

Every company on PolarQuote operates in a cryptographically isolated data environment. Not logically separated — cryptographically isolated. There is no query path, no API surface, and no administrative backdoor through which one customer's data could be accessed by another. Your quotes are not visible to us in plaintext. That's not a policy — it's an architectural constraint.

Hardware Infrastructure

Processing power built for security, not just speed

PolarQuote runs on dedicated workstation-class hardware engineered with security at the silicon level. We chose hardware with unified memory architecture, dedicated neural processing silicon, and hardware-enforced secure enclaves — not because it's faster (though it is), but because the security model is architecturally superior.

When your AI model runs on PolarQuote, it executes on hardware where the encryption keys are stored in a physically isolated chip that no software — including the operating system — can read. This isn't software security. This is hardware security. The distinction matters.

Air-Gap Philosophy

AI inference never touches an external network. Architecturally isolated.

Unified Memory Architecture

Up to 192GB of high-bandwidth memory — no discrete GPU VRAM bottleneck. AI inference runs within a single, contiguous memory space with no data spilling to external processes.

Apple Silicon Neural Engine

Dedicated on-chip neural processing hardware isolated from the main CPU. AI operations execute in a hardware-enforced secure enclave, inaccessible to the OS or network stack.

Secure Enclave

Hardware-level key storage that is physically separate from the processor. Encryption keys are never exposed to software — even at the OS level. Tamper-resistant by design.

T2 Security Chip

Boot integrity verification from firmware up. Every system startup is cryptographically verified. If the hardware has been tampered with, it won't boot — protecting your data even in physical theft scenarios.

Encryption Architecture

End-to-end. Every time. No exceptions.

Salesperson enters quote data

Encrypted client-side before transmission. Your input never exists as plaintext outside your device.

Transit via TLS 1.3 + PFS

Perfect Forward Secrecy means each session generates a unique ephemeral key. Historical sessions can never be decrypted retroactively.

AI inference on local hardware

Processing happens on-premises on hardware with a dedicated Neural Engine and Secure Enclave. No cloud handoff. No third-party compute.

Results encrypted at rest

AES-256 encryption. Keys stored in hardware-isolated Secure Enclave — inaccessible to the OS, to us, and to anyone else.

Delivered to customer portal

End-to-end encrypted link. Customers receive a secure portal — not a PDF in an email. Access logging on every view.

Security checklist

AES-256 encryption at rest
TLS 1.3 with perfect forward secrecy
Hardware-level Secure Enclave key storage
On-premises AI inference — no cloud compute
Zero cross-tenant data access
Role-based access control
Multi-tenant cryptographic isolation
Automated daily backups
Point-in-time recovery
Immutable audit logging
No AI training on customer data — ever
99.9% uptime SLA
Enterprise SSO / SAML support
Responsible disclosure program
SOC 2 Type II practices
End-to-end encrypted customer portals

Responsible Disclosure

Security researchers who identify vulnerabilities in PolarQuote are doing the industry a service. We commit to acknowledging reports within 48 hours and resolving critical issues within 72. No legal threats. No silence. Just a direct response from our security team.

security@polarquote.com

Role-Based Access Control

Granular permissions enforced at the API layer, not just the UI. Sales reps access what they need to quote. Estimators manage pricing and structures. Executives see the full picture. No one has more access than their role requires — and exceptions require multi-factor authorization.

Enforced at every API endpoint

Want a full security review?

We'll walk your IT and compliance team through our complete architecture — hardware specs, encryption standards, data flow diagrams, and access controls. No sales pitch. Just the technical truth.