The Foundation of Trust
zContainer™ — Zero-CVE* Secure Runtime
Proprietary minimal-footprint containerization with zero* known CVEs. Deploy AI workloads in the most sensitive environments with unmatched security and operational efficiency.
Why Traditional Containers Fail in Sensitive Environments
Commercial containers weren't designed for federal and regulated use cases
CVE Overload
Traditional images have 100+ CVEs requiring constant patching and creating unpredictable security postures.
Bloated Attack Surface
Unnecessary binaries and libraries create security vulnerabilities and compliance headaches.
Slow ATO Process
Large attack surfaces make Authority to Operate timelines unpredictable and expensive.
The Zero-CVE* Architecture
How we achieve the industry's smallest, most secure container images
1. Aggressive Minimization
Trimming unnecessary components to eliminate attack vectors
- Binary trimming (remove unused executables)
- Library pruning (only essential dependencies)
- Multi-stage builds (separate build/runtime artifacts)
- Minimal base image with FIPS 140-2 crypto library embedded for strict data-at-rest and data-in-transit encryption
2. Secure Supply Chain
End-to-end provenance and integrity verification
- SBOM Generation (software bill of materials)
- Cryptographic Attestation (signed images)
- Chain-of-custody tracking
- Reproducible builds
3. Continuous Scanning & Validation
Automated security verification at every stage
- Flexible CVE detection
- Policy-based compliance checks (NIST, FedRAMP)
- Runtime behavior analysis
- Zero-day threat monitoring
Core Capabilities
Zero* Known CVEs
Minimal footprint eliminates traditional vulnerabilities
0* CVEs vs 100+ industry average
Upto 60% Faster Deployment
Smallest images = faster pulls, starts, and scaling
10MB vs 1GB+ images
ATO Acceleration
Reduced attack surface shortens security assessment timelines
3-6 months faster ATO
Cost Reduction
Lower storage, bandwidth, and compute requirements
Upto 40% infrastructure savings
Technical Deep Dive
Image Minimization Process
Our multi-stage trimming removes 95% of typical container bloat
- 1.Static analysis identifies required binaries
- 2.Dependency graph reveals essential libraries only
- 3.Multi-stage Docker builds separate build/runtime
- 4.Final minimal base image with FIPS 140-2 crypto contains zero unnecessary artifacts
Result: 10-50MB images vs 1GB+ traditional containers
SBOM & Attestation
Full supply chain transparency for compliance and auditing
- Auto-generated SBOM in CycloneDX/SPDX formats
- Cryptographic signing with Sigstore/Cosign
- Provenance metadata (build time, source commit, builder identity)
- Verification at deployment (prevent tampering)
FIPS 140-2 Cryptographic Foundation
Embedded FIPS 140-2 validated crypto for federal compliance
- Data-at-rest encryption with AES-256
- Data-in-transit encryption with TLS 1.3
- FIPS-validated cryptographic modules
- Key management and rotation support
Scanning & Validation Pipeline
Multi-layer security validation before and during runtime
- Build-time: Flexible CVE scanning
- Pre-deployment: Policy compliance checks (NIST 800-53, FedRAMP)
- Runtime: Behavioral analysis and drift detection
- Continuous: Daily scans against updated CVE databases
Built for Federal & Regulated Compliance
FedRAMP High
Designed for FedRAMP authorization with minimal attack surface
NIST 800-53
Meets stringent NIST controls for federal information systems
- SC-7 (Boundary Protection)
- SI-2 (Flaw Remediation)
- CM-7 (Least Functionality)
- SC-13 (Cryptographic Protection)
DoD IL5/IL6
Suitable for classified environments (air-gapped deployments)
- Offline scanning
- Manual SBOM review
- Hardware attestation support
- FIPS 140-2 crypto
HIPAA / PCI-DSS
Compliance-ready for healthcare and financial services
- Encrypted at rest (FIPS 140-2)
- Immutable logs
- Access controls
- Audit trails
Deploy Anywhere
Cloud-Native
- Auto-scaling
- Managed updates
- Cloud-native logging
On-Premises
- Full control
- Data sovereignty
- Custom networking
Air-Gapped / SCIF
- Offline operation
- Manual updates
- Hardware attestation
Hybrid
- Workload portability
- Disaster recovery
- Geo-distribution
Powers the Entire ResTech AI Platform
zContainer™ is the secure runtime foundation for all four pillars
Build (ezGPT™)
flowGPT™ workflows run in zContainer™ for secure orchestration
✓ Deploy AI agents with zero* infrastructure CVEs
Know (kSphere™)
Knowledge Fabric processing engines secured by zContainer™
✓ Ingest sensitive documents without container vulnerabilities
Act (CAATs™)
Autonomous agents execute in isolated zContainer™ pods
✓ Mission-critical automation in classified environments
Secure (resGPT™)
GenAI firewall itself runs on zContainer™ foundation
✓ Defense-in-depth: secure runtime + policy firewall
Use Cases by Market Segment
Federal Prime Contractors
Challenge
Win contracts requiring ATO-ready AI infrastructure
Solution
zContainer™ de-risks security assessments with minimal attack surface and ATO artifacts (SBOM, attestation, scan reports)
Outcome
3-6 month faster ATO, stronger proposal scores
Federal Agencies
Challenge
Deploy AI in classified/air-gapped environments
Solution
zContainer™ supports disconnected deployments with offline scanning, manual SBOM verification, and FIPS 140-2 crypto
Outcome
Enable AI in SCIF and tactical edge scenarios
Regulated Enterprise (Finance/Healthcare)
Challenge
Meet HIPAA/PCI-DSS compliance while innovating with AI
Solution
zContainer™ provides compliance-ready runtime with FIPS 140-2 encryption, immutable logs, and audit trails
Outcome
Accelerate AI adoption without compliance delays
Complete Your Security Posture
zContainer™ secures the runtime. resGPT™ secures the AI interactions.
Add resGPT™ GenAI Firewall
Layer policy enforcement, PII redaction, and responsible AI controls on top of zContainer™ foundation
Explore resGPT™Frequently Asked Questions
Deploy AI with Zero* CVEs
Stop fighting vulnerabilities. Start deploying with confidence. See how zContainer™ eliminates the security bottleneck for AI in sensitive environments.