A robust developer framework with APIs, services, communication libraries, and documentation allowing organizations to integrate EnQuanta cryptographic solutions into custom and commercial applications. QuantaCrypt SDK is built for practical integration and quantum hardening across high-value workflows.
The powerful QuantaCrypt SDK toolset enables custom and specialized implementation of EnQuanta’s dynamic-hybrid, assumption-free cryptography within your unique integrations. Easy-to-use development tools provide access to quantum-resilient data protection for applications, edge devices, IoT, and other high-value workflows.
The core capabilities available through the QuantaCrypt SDK framework.
Ideal protection against Quantum+AI threats and unbounded computational power.
EnQuanta-managed ciphers are designed to strengthen security, support evolving compliance needs, and defend against future vulnerabilities.
Dynamic stack of symmetric ciphers to package data using ephemeral keys from key material or longterm keys generated from QRNG.
Our Dynamic-Hybrid Crypto-Agile Framework utilizing dynamically-stacked asymmetric (QuantStack) and symmetric (QuantaPack) ciphers.
A hybrid key exchange capability that combines PQC and proprietary ciphers to securely exchange key material used by QuantaPack.
QuantaCrypt SDK provides APIs, libraries, and complete documentation for integrating EnQuanta capabilities into custom and commercial applications. Backed by superior support, it gives development teams a practical framework for implementation, evaluation, and integration.
Quantum harden real-time messaging and voice/video communications while maintaining high-quality performance.
Protect large files, streaming data, and varied object sizes across different network connections.
Dynamic-hybrid crypto-agile technology evaluated under ITAR (International Traffic in Arms – State Dept) and EAR (Export Article Restrictions – Commerce Dept) for compliance.
Designed for custom and specialized implementation across commercial software, unique workflows, and non-standard environments.
A multi-layered framework using stacks of standard and proprietary ciphers and keys that change with each package. Even if one layer is compromised, the data remains secure behind the others.
EnQuanta’s framework uses a unique set of cryptographic techniques we call incryption—dynamic stacks of NIST-standard and proprietary ciphers that vary with each data packet and can be configured to match specific network and software requirements.
The incryption method ensures both forward and backward compatibility by leveraging NIST standard ciphers with proprietary, unpublished algorithms that, when randomly combined, achieve an effective bits of security more than a googol beyond standard AES-256 encryption.
As you begin to evaluate risks and options for PQC transition compliance, we can support your process with deep insight and guidance. Contact us to explore your questions, your priorities, and next steps.
