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Explore how Nabik AI approaches data protection, access control, application security, and operational resilience across its enterprise software platforms.
Security is not a single feature—it is an architectural discipline woven through access control, data boundaries, code verification, and operational disaster recovery.
Granular role-based permissions, enterprise single sign-on (SSO), and session integrity ensure only verified personnel access authorized enterprise data.
Rigorous cryptographic safeguards at rest and in transit, strict multi-tenant schema isolation, and an ironclad Zero-Training AI privacy policy.
Security-first development lifecycle incorporating automated vulnerability scanning, strict input sanitization, rate limiting, and defensive API design.
Engineered for maximum platform availability with automated multi-AZ snapshot backups, continuous health telemetry, and documented disaster recovery.
Select any architecture layer to inspect verified implementation mechanisms and cryptographic controls.
Enforce precise operational boundaries by role (Admin, Auditor, Merchandiser, Accountant, Viewer).
Stateless cryptographically signed tokens with strict expiration and automated logout after inactivity.
Centralize user identity through Okta, Microsoft Entra ID (Azure AD), or Google Workspace.
Second-factor verification required for high-privilege executive and financial approval accounts.
Nabik AI enforces rigorous Role-Based Access Control (RBAC) down to specific form fields. High-value transactions, payroll disbursements, and commercial L/C amendments require cryptographic dual approvals, preventing unauthorized operations.
Sales managers cannot modify financial general ledgers; warehouse dispatchers cannot alter RMG costing sheets.
Connect your enterprise IdP (Microsoft Entra ID, Okta, Google Workspace) via standard SAML 2.0 / OIDC protocols.
From ingestion through encrypted storage to verified deletion, your business records are guarded at every phase.
TLS 1.3 enforced with strict typed schema validation.
Memory-safe isolation inside tenant runtime context.
AES-256 transparent data encryption with KMS keys.
Automated snapshots and 100% customer SQL/CSV export.
Cryptographic wiping of expired tenant databases.
Nabik AI autonomous workforce agents operate with strict boundary isolation. Enterprise invoices, employee attendance records, and confidential chats remain strictly within your tenant database context and are never submitted to public LLMs.
We apply defensive engineering practices at every stage of the software development lifecycle.
Every new feature or API route undergoes architectural security review before coding begins.
TypeScript strict mode and automated input validators prevent type confusion and injection attacks.
All pull requests require review by senior engineers before merging to production branches.
CI pipelines scan dependencies against known CVE databases to block vulnerable third-party libraries.
Feature releases are validated in synthetic staging environments prior to production zero-downtime deployment.
Production runtime telemetry detects anomalous API traffic patterns, database latency, and error spikes.
Every data mutation, administrative role change, and voucher sign-off is permanently recorded in structured audit logs.
We publish truthful, transparent compliance statuses. We never display unearned certification badges.
Nabik AI architecture, engineering practices, and access controls are actively aligned with SOC 2 Trust Services Criteria for Security, Availability, and Confidentiality.
Our internal Information Security Management System (ISMS) systematically manages infrastructure risks, source code repository permissions, and physical security policies.
Strict adherence to enterprise data privacy principles: data minimization, lawful processing, automated customer export, and verified data deletion.
Our cloud infrastructure is hosted in premier tier-4 datacenters protected by biometric access gates, 24/7 armed security, redundant power, and environmental controls.
Access technical whitepapers, Data Protection Addendums, and compliance control matrices.
Comprehensive 24-page technical guide detailing multi-tenancy, cryptography, SDLC, and zero-trust perimeter defenses.
Standard contractual clauses, technical and organizational security measures (TOMs), and sub-processor schedules.
Technical attestation confirming customer proprietary data, financial ledgers, and chats are never used to train public AI models.
Operational recovery protocols, failover automation, backup cadence, and incident management playbooks.
Detailed cross-reference of Nabik AI implemented controls against AICPA Trust Services Criteria (TSC).
Standardized vendor risk assessment questionnaire covering 18 security domains pre-filled for enterprise IT audit committees.
Independent ethical hacking and black-box penetration testing attestation conducted by certified CREST security analysts.
We value the ethical security research community. If you discover a potential vulnerability in our platforms, APIs, or infrastructure, please submit a report through our encrypted disclosure desk or email our Product Security team directly at [email protected].
Find transparent answers regarding tenant boundary enforcement, encryption, disaster recovery, and compliance.
Nabik AI implements defense-in-depth tenant boundary enforcement. At the application layer, all service queries are cryptographically bound to the authenticated tenant identifier. At the storage layer, PostgreSQL hardware Row-Level Security (RLS) policies reject any cross-tenant read or write operations. For organizations with strict regulatory mandates, we offer 100% dedicated single-tenant cloud and air-gapped on-premise installations.
No. We enforce an absolute Zero-Training AI Privacy Guarantee. Your enterprise business documents, quotations, employee attendance records, and client chats are never submitted to public LLM training datasets. AI inference calls operate over private tenant vector memory stores with isolated embeddings that remain strictly under your corporate control.
Connect with our Principal Security Architects for vendor risk assessments, SIG questionnaires, or mutual NDA documentation reviews.