AegisWire
Memory-Safe Secure Transport Protocol
Built in Rust with mandatory hybrid post-quantum cryptography (X25519 + ML-KEM-512/768). Delivers per-stream Post-Compromise Security for defense contractors, financial institutions, and critical infrastructure. Currently available through pilot programs.
Redefining Secure Communications
AegisWire is a memory-safe secure transport protocol built from the ground up to defend against quantum computing threats. Unlike legacy protocols that retrofit quantum resistance as an afterthought, AegisWire implements mandatory hybrid post-quantum cryptography (X25519 + ML-KEM-512/768) from the very first packet, with HPKE-protected handshake parameters for complete metadata privacy.
Our protocol delivers unique per-stream Post-Compromise Security (PCS), meaning that even if an attacker compromises your encryption keys, each communication stream automatically re-secures itself through independent key chains. This self-healing capability operates without manual intervention, providing continuous security even in adversarial environments.
Enterprise-Grade Performance
Built in pure Rust with zero unsafe code, AegisWire runs on a UDP-based transport with stream multiplexing, congestion control (Cubic), and path migration. The protocol offers language bindings for C, Go, Python, and Java, enabling integration across diverse enterprise environments. Optional FIPS mode via aws-lc-rs supports compliance-sensitive deployments.
Currently in pilot programs with defense contractors, financial institutions, and critical infrastructure operators, AegisWire achieves handshake latency under 1 RTT and throughput exceeding 8 Gbps on loopback testing. The protocol includes comprehensive observability through OpenTelemetry metrics, Prometheus endpoints, and structured logging for enterprise operations.
Key Features
Per-Stream Post-Compromise Security
Automatic key rotation and self-healing channels ensure that compromised keys cannot expose past or future communications. Each data stream maintains independent security contexts.
Hybrid Post-Quantum Cryptography
X25519 + ML-KEM-512/768 from the first packet with HPKE-protected handshake parameters. Mandatory hybrid cryptography ensures quantum resistance is never optional - every connection is secured against both classical and quantum threats.
Metadata Privacy
HPKE-protected first-flight parameters and configurable padding prevent traffic analysis. Client hello parameters are encrypted to server's public key from packet zero, protecting metadata observers from gleaning connection patterns.
Memory-Safe Implementation
Built in pure Rust with zero unsafe code blocks. Secrets are zeroized on drop, constant-time operations protect against timing attacks, and memory safety guarantees eliminate entire classes of vulnerabilities inherent in C/C++ implementations.
FIPS Mode & Compliance
Optional FIPS mode routes AES-GCM and SHA operations through aws-lc-rs for compliance-sensitive deployments. Hybrid PQC design accommodates regulatory requirements while maintaining quantum resistance. Comprehensive audit logging and structured telemetry included.
Enterprise Performance
Handshake latency under 1 RTT with hybrid PQC adding ≤1ms at 3.5GHz. Application data throughput exceeding 8 Gbps on loopback with Cubic congestion control. Performance competitive with WireGuard and TLS+QUIC in benchmarks.
Our Mission
"To democratize post-quantum security by creating the first protocol that makes quantum-safe communications as simple and reliable as today's internet, ensuring that organizations of all sizes can protect their most critical data against both current and future threats."
Use Cases
AegisWire protects the most sensitive communications across industries where post-quantum security is essential.
Financial Services
Protect high-frequency trading systems, secure interbank communications, and ensure customer transaction privacy with post-quantum guarantees. AegisWire's low latency makes it ideal for algorithmic trading environments where microseconds matter.
- Trading system interconnects
- Customer portal security
- Regulatory compliance
Telecommunications
Future-proof 5G networks and satellite communications with quantum-safe protocols. Enable secure IoT device management at scale while maintaining the performance requirements of modern telecom infrastructure.
- 5G core network security
- IoT device authentication
- Edge computing protection
Government & Defense
Secure classified communications, protect critical infrastructure, and enable secure remote operations with enterprise-grade post-quantum security. Meets the highest government security standards and clearance requirements.
- Classified networks (up to TS/SCI)
- Critical infrastructure
- Remote workforce security
Data Centers
Protect inter-datacenter communications and cloud infrastructure with quantum-resistant encryption. Ensure long-term data confidentiality for stored assets and secure east-west traffic.
- Multi-cloud interconnects
- Backup & disaster recovery
- East-west traffic security
Healthcare
Protect patient data and medical records with long-term confidentiality. Secure telehealth sessions and inter-facility communications against harvest-now-decrypt-later attacks.
- EHR system interconnects
- Telehealth encryption
- Medical device networks
Critical Infrastructure
Secure SCADA/ICS communications and operational technology networks. Protect power grid, water treatment, and transportation systems from sophisticated adversaries.
- OT/IT convergence security
- Remote monitoring protection
- Long-term data confidentiality
Cloud & SaaS
Future-proof cloud service communications with quantum-resistant encryption. Protect multi-tenant environments and API traffic.
- Service mesh integration
- API gateway protection
- Multi-tenant isolation
Defense & Aerospace
Military-grade quantum-resistant communications for defense applications. Protect classified data and mission-critical systems.
- Classified network protection
- Satellite link encryption
- Command & control systems
Legal & Professional
Protect attorney-client privilege and confidential business communications with long-term quantum-resistant encryption.
- Privileged communications
- M&A due diligence
- Document exchange security
Technical Specifications
Detailed technical architecture built for enterprise-grade security and performance.
Performance Targets
Cryptography Stack
Technical Architecture
Enterprise Features
Deployment Models
On-Premises
Full control and isolation with hardware security modules. Ideal for classified environments and air-gapped networks.
- Dedicated hardware appliances
- Local key management
- Zero cloud dependencies
Hybrid Cloud
Best of both worlds with on-premises control and cloud scalability. Secure tunnels between environments.
- Elastic scaling
- Policy-based routing
- Multi-cloud support
Software-Defined
Pure software deployment on existing infrastructure. Rapid deployment with container orchestration.
- Kubernetes native
- Auto-scaling
- DevOps integration
Implementation Roadmap
Assessment & Planning
Comprehensive security audit and infrastructure analysis to identify integration points and migration strategy.
Pilot Deployment
Limited production trial with non-critical systems to validate performance and operational procedures.
Full Production Rollout
Phased migration of all critical systems with continuous monitoring and support from our engineering team.
Optimization & Training
Performance tuning, staff training, and establishment of operational procedures for long-term success.
Ready for Post-Quantum Security?
Join our pilot program and be among the first to deploy quantum-safe communications. Limited early access available for qualifying organizations.