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Security Armor.
Enterprise Defense & Data Integrity Standards • 2026
1. Architectural Hardening
Kariant utilizes a multi-layered security architecture designed for enterprise-scale AI operations. Our defense-in-depth strategy ensures that organization-level intelligence remains isolated and encrypted both at rest and in transit.
Encryption by Default
Built on Google Cloud — encryption in transit (TLS) and at rest (AES-256) are infrastructure defaults, not add-ons.
Data Partitioning
Secure, role-based data isolation for each organization, enforced at the data layer on every read and write.
Identity Governance
Multi-factor authentication (MFA) available on every account, with role-based access controls scoped to each product surface.
Infrastructure Security
DDoS protection and edge security policies on Google's global network, with client attestation validating every request before it reaches our backend.
2. Agent Security
Every agent deployed within Kariant operates within a secure API environment. This stateless API design ensures that agentic workflows cannot access the underlying platform infrastructure or bypass organization-level permissions.
3. AI Without Credentials in Your Browser
No AI provider credentials ever ship to your browser — a hard rule enforced across the platform. Every AI call routes through a secure, credential-free architecture, and prompt-injection defenses run before any model sees user input.
4. Read the Commitments
Security is one leg of a wider set of written commitments. The others are public too:
5. Incident Response
In the event of an architectural disruption, we activate established incident response procedures focused on rapid containment and resolution.
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