Security Engineering

Evidence-Driven Security Architecture

We do not make exaggerated claims of absolute immunity. We build multi-layered technical controls, strict data isolation, and defensible audit logging into every system.

Defensible Technical Discipline

Xylarc AI designs intelligent automation for enterprise and healthcare environments where security is non-negotiable. Our security controls focus on data minimization, zero-trust API access, and strict isolation.

Core Engineering Principles
  • Zero-trust API authorization on every endpoint
  • No exposure of third-party API credentials on client devices
  • Immediate transient payload destruction post-execution
  • Strict HIPAA / ABDM alignment for healthcare software
Technical Controls

Six Core Security Pillars

Concrete implementation details governing all Xylarc software and SaaS platforms.

Pillar 01

Tenant Isolation Architecture

Strict logical database separation and schema partitioning ensure data from one client organization can never bleed into another.

Pillar 02

Zero-LLM Safety Firewall

Non-probabilistic rule engine intercepts intake queries to eliminate AI hallucination risks in clinical and financial workflows.

Pillar 03

Encryption & Key Vaulting

TLS 1.3 encryption in transit for all webhooks and APIs, paired with AES-256 static secret vaulting for legacy system credentials.

Pillar 04

Audit Logging & Transparency

Immutable, timestamped event logs for every workflow execution, agent decision, and automated database transaction.

Pillar 05

Rate Limiting & DDoS Defense

Granular IP and API-token rate limiting to prevent brute-force exploitation, credential stuffing, and service disruption.

Pillar 06

Data Minimization Protocol

We process only the exact fields required for workflow execution, purging transient data payloads immediately after completion.

Request a Security & Compliance Assessment

Our engineering team will provide detailed data flow diagrams and answer your enterprise security questionnaire.