At Zevionix Technologies, security is not a compliance checklist or an operational afterthought—it is the foundational cryptographic fabric of every AI perception model, distributed microservice, and petabyte-scale streaming lakehouse we architect. We engineer for the threat landscape of tomorrow.
Every line of code written by Zevionix passes through a multi-tier automated validation gate before compilation, preventing zero-days and vulnerabilities from reaching production artifacts.
Architectural STRIDE & DREAD threat modeling before initial sprint commits. Automated pre-commit entropy hooks (TruffleHog) prevent API keys, tokens, or private certs from entering git history.
Semgrep and CodeQL semantic AST analysis run on every PR with a zero-tolerance policy for OWASP Top 10 vulnerabilities. Snyk evaluates open-source dependencies down to transitive leaves.
Containers are packaged using non-root distroless base images containing zero package managers or shell binaries. Complete CycloneDX Software Bill of Materials (SBOM) generated per artifact.
Every container image and Helm chart is cryptographically signed using Sigstore Cosign in ephemeral build runners. In-toto attestations are permanently anchored to Rekor transparency ledgers.
How Zevionix isolates, encrypts, and protects enterprise state across physical NVMe volumes, inter-service networking, and secure memory enclaves.
All stored persistence (PostgreSQL tables, Kafka log segments, Iceberg Parquet files) uses dual-tier envelope encryption. Unique Data Encryption Keys (DEKs) are generated per tenant and wrapped by master Key Encryption Keys (KEKs).
AES-256-GCM · 96-bit IV · Authentication TagAll ingress, egress, and internal mesh channels mandate TLS 1.3 with Perfect Forward Secrecy (PFS). Legacy TLS versions and insecure cipher suites are hard-rejected at kernel edge proxies.
TLS_AES_256_GCM_SHA384 · ECDHE-X25519Sensitive machine learning weights, biometric hashing, and financial ledgers execute in memory-isolated AWS Nitro Enclaves and AMD SEV-SNP chips. No cloud hypervisor or host OS can inspect RAM plaintext.
AWS Nitro Enclaves · AMD SEV-SNP Memory IsolationDynamic secret generation with automated 30-day master key rotations. Microservices authenticate via Kubernetes service account tokens to receive short-lived (60-minute) database credentials.
HashiCorp Vault HSM · Ephemeral LeasesZero static SSH passwords or long-lived API tokens. All engineering production bastion access mandates hardware WebAuthn (YubiKey FIDO2) multi-factor authentication with just-in-time approval.
YubiKey FIDO2 · Teleport Zero-Trust BastionWhen a client or student invokes Right-to-be-Forgotten under GDPR or FERPA, their tenant-specific Data Encryption Key is permanently revoked from the HSM, rendering archived replicas mathematically irrecoverable.
NIST SP 800-88 Compliant SanitizationOur enterprise architectures undergo continuous third-party compliance audits and programmatic telemetry validation across the world's most stringent regulatory regimes.
Audited against AICPA Trust Services Criteria for Security, Availability, and Confidentiality. Continuous control validation tracked via automated compliance API telemetry.
Information Security Management System (ISMS) governing software engineering, cloud hosting, physical asset access, and personnel lifecycle security controls.
Privacy by Design engineering. Automated Data Subject Access Requests (DSAR), zero unauthorized international data egress, and programmatic crypto-shredding.
End-to-end encryption for electronic Protected Health Information (ePHI). Air-gapped medical diagnostic vectors, signed Business Associate Agreements (BAAs), and strict audit trails.
Engineered for higher education institutions. Strict anonymization of student telemetry, role-based academic cohort access, and zero biometric surveillance in our AURA Campus perception engine.
E-commerce checkout architectures utilize client-side tokenization and iframe payment proxies (Stripe, Adyen). No unencrypted primary account numbers (PAN) touch Zevionix application servers.
How our high-throughput gRPC microservices and Apache Kafka streaming backbones enforce identity, encryption, and authorization across distributed nodes.
Internal microservice communication strictly rejects plain HTTP/1.1 and unauthenticated RPCs. Every pod receives an ephemeral X.509 cryptographic identity certificate renewed every 60 minutes via SPIFFE/SPIRE.
Our petabyte-scale event backbones handle telemetry without compromising data confidentiality. Even Kafka cluster infrastructure operators cannot view sensitive business payloads.
Architected for zero single points of failure. Multi-region active-active clusters with contractually enforceable recovery objectives and real-time eBPF runtime defense.
Enterprise workloads run inside dedicated Virtual Private Clouds (VPCs) with zero public IP addresses assigned to database or backend nodes. Egress strictly governed via AWS NAT Gateways and egress firewalls.
Tetragon and Falco hooks inspect kernel syscalls (e.g., privilege escalation, unexpected socket bindings, unlinked binaries) in sub-millisecond real time, triggering instant automated pod termination.
All internet-facing endpoints are protected by Cloudflare Magic Transit and enterprise WAF, neutralizing Layer 3/4 volumetric floods and Layer 7 HTTP application attacks within 3 seconds globally.
Our Security Operations Center (SOC) operates 24/7/365 with contractual response and remediation turnaround times based on CVSS 3.1 scoring.
| Severity Level | CVSS Score | Initial Response SLA | Mitigation Target | Root Cause Post-Mortem |
|---|---|---|---|---|
| P1 - CRITICAL | 9.0 – 10.0 | < 1 Hour | < 4 Hours | Within 24 Hours |
| P2 - HIGH | 7.0 – 8.9 | < 4 Hours | < 24 Hours | Within 48 Hours |
| P3 - MEDIUM | 4.0 – 6.9 | < 12 Hours | < 7 Days | Within 10 Days |
| P4 - LOW | 0.1 – 3.9 | < 24 Hours | Next Sprint Release | Release Notes |
We operate an active coordinated vulnerability disclosure policy. If you have identified a potential security issue in any Zevionix system, please email our Security Response Team encrypted using our PGP public key.
Procurement leads and security auditors can request our complete SOC 2 Type II report, ISO 27001 summary letter, standard Vendor Security Questionnaire (CAIQ / SIG), and penetration test executive briefings under Mutual NDA.
Global Engineering Alliance: Official Technology Collaboration with Coralgenz Global accelerating worldwide innovation.
Through our official technology partnership with Coralgenz Global, we collaborate on high-impact technology initiatives, enterprise software development, deep tech research, cryptographic verification, and digital innovation to engineer secure, resilient enterprise software.
