We build custom, high-assurance solutions at the intersection of cryptography, networking, and post-quantum infrastructure.

About

Cryptera’s Research & Development unit delivers deep-technical engineering tailored to organizations with elevated security, compliance, and sovereignty requirements. Whether you're building national infrastructure, secure embedded systems, or next-gen cryptographic platforms - we can design, implement, and audit the system from silicon to software.

We work discreetly with governments, industrial partners, and technology firms to design systems that survive disconnection, compromise, or quantum disruption.

What we can do

Leverage Our Expertise.
Let’s Build What’s Next.

Work with us

Cryptograpy

We design and implement modern cryptographic systems built for post-quantum resilience and zero-trust environments:

Implementing FIPS-203 compliant ML-KEM (CRYSTALS-Kyber) in hybrid cryptographic systems combining ECDH with PQC algorithms to resist future quantum attacks.
PQC Integration Expertise: We can assist in integrating NIST-standardized PQC algorithms (like CRYSTALS-Kyber and CRYSTALS-Dilithium) into existing systems.
Module Lattice-based Key Encapsulation Mechanism (ML-KEM) Expertise: We can provide in-depth knowledge and support for the implementation and optimization of ML-KEM, a crucial component of post-quantum security.
EuroQCI Compatibility: We can contribute to ensuring solutions are compatible with the developing EuroQCI network, aligning with EU infrastructure requirements.
Hybrid Cryptography Solutions: We can design and implement hybrid systems combining classical and PQC algorithms, offering a robust and adaptable security architecture.
FIPS Compliance: We possess practical experience with the implementation and deployment of FIPS 203 compliant algorithms, which is a significant advantage for projects requiring certification.

Secure Wallets, Enclave Architectures & Secure Key Management

Our wallet and key infrastructure supports secure enclaves, and policy-enforced trust models:

Cryptographic wallets with embedded hardware-backed key storage
Secure enclave integration (ARM TrustZone, TPM, SE, or HSM)
Burner and rotating identity design for anonymity and survivability
Policy-enforced actions for transactions, messaging, and access control

Kernel-Level Agent and Security Module Engineering

We build deeply integrated security components - from kernel hooks to secure bootchains - with resilience by default:

Kernel-level agent development and hardening (Linux, RTOS, custom)
Bootloader and firmware-level integrity chains
Custom security modules for edge/IoT, including zero-trust policy enforcement
Deep OS telemetry and forensics pipelines

Secure Communications

Building your custom secure communication channels and solutions:

Infrastructure-free mesh networking (MANET, radio, UAV, relay)
End-to-end encrypted messaging & streaming (Spixi-based)
Post-quantum session layer & transport protocols
Covert channels and adversarial-condition adaptation
Post-quantum resistant handshakes ( RSA-4096’ + ’ECDH + Kyber/ML-KEM 1024 )
Dual encryption for maximum security (including AES-256’ + ChaCha20-Poly1305 )
Dentralized metadata collection (Routing happens peer-to-peer)

Mesh Computing & Decentralized Systems

We engineer adaptive, infrastructure-free systems that operate securely across edge, mobile, and disconnected environments:

Design and deployment of self-healing, infrastructure-free mesh architectures
Distributed consensus, presence propagation, and local-first identity models
DLT-backed audit trails for message and session integrity
Integration of mobile, UAV, and edge assets into sovereign compute overlays

Scalability & Deployment Architecture

We design modular, scalable systems deployable from embedded nodes to sovereign, multi-jurisdictional overlays:

Modular system design supporting deployments from embedded nodes to national-scale overlays
Horizontal scaling of cryptographic infrastructure and mesh layers
Automated provisioning, federation, and policy sync across jurisdictions
Performance tuning for constrained, high-latency, and resource-limited environments

Identity & Trust Models

We develop sovereign, verifiable identity frameworks without central authorities, built for auditability and anonymity:

Design of certificate-less identity systems using self-owned cryptographic keypairs (no CA or PKI dependency)
Implementation of zero-knowledge proof protocols for selective disclosure, anonymous claims, and verifiable credentials
Use of DLT-backed identity registries to ensure auditability, revocation, and trust propagation in decentralized environments
Integration with burner and rotating identity mechanisms for privacy-preserving authentication
Support for offline and sovereign identity verification in disconnected or adversarial conditions
Custom identity attestation logic for mesh networks, embedded devices, and secure enclaves