Case Study
NIAP-Certified Network Appliance
Zero code to government certification.
24 months. 4 protection profiles.
The Challenge
Rapid development of a certifiable security appliance
Technical requirements
VPN GATEWAY
IPsec tunnels with certificate management
FIREWALL
Stateful traffic filtering and NAT
IPS
Real-time intrusion prevention
NIAP READY
Government certification from day one
Our approach
SECURITY-FIRST ARCHITECTURE
Custom restricted shell in C11. Privilege separation. FIPS cryptography.
SYSTEMS INTEGRATION
IPsec, IDS, Firewall. Complex subsystems working as one.
CERTIFICATION COORDINATION
Interface with third-party evaluation lab. Navigate complex requirements.
CLIENT HANDOFF
Knowledge transfer. Documentation. Seamless transition to completion.
Execution timeline
WEEKS 1-18: CORE DEVELOPMENT
ISE LeadFoundational architecture. Security subsystems. Management interface.
MONTHS 6-18: CLIENT INTEGRATION
Gradual HandoffFeature expansion. Testing. Documentation. Knowledge transfer.
MONTHS 18-24: NIAP CERTIFICATION
Client ManagedCoordination with evaluation lab. Complex requirements alignment. Certification achieved.
Technical implementation
Custom Restricted Shell
C1116K+ lines. Privilege separation. Sandboxed execution. SUID root with controls.
Cryptographic Foundation
FIPS 140-3Certificate lifecycle. PKI operations. X.509 validation. CRL processing.
Network Security Stack
Multi-layerIPsec VPN. Stateful firewall. IPS engine. Traffic analysis. Protocol inspection.
Hypervisor Integration
Virtual applianceA/B partitions. Trusted firmware updates. Runtime integrity. Automated monitoring.
Results
0+
LINES OF CODE
0
PROTECTION PROFILES
0
WEEKS TO CORE
NIAP CERTIFIED
NIAP certification scope
NETWORK DEVICE
Baseline security requirements for network infrastructure.
STATEFUL FIREWALL
Traffic filtering with connection state tracking.
INTRUSION PREVENTION
Real-time threat detection and mitigation.
VPN GATEWAY
Secure tunnel establishment and management.
Client Achievement
Market-ready product with government certification
Capabilities showcased
SYSTEMS PROGRAMMING
Advanced C programming. Memory management. Privilege separation. Process isolation.
SECURITY ENGINEERING
Cryptographic implementation. PKI operations. FIPS compliance. Threat modeling.
INTEGRATION MASTERY
Complex subsystem orchestration. Third-party component integration. API design.
REGULATORY COMPLIANCE
Common Criteria methodology. NIAP processes. Documentation standards. Testing rigor.