Problem

CyberWaze required enterprise-grade protection for sensitive threat intelligence payloads exchanged across multi-national partners — with long-term protection against quantum-era decryption threats.

Solution

ExeQuantum delivered hybrid cryptographic overlays combining code-based and classical primitives, alongside hardened API-to-API transport orchestration fully controlled by CyberWaze's operational environments.

All entropy generation and key material governance remained under client jurisdiction, supporting regulatory-aligned sovereignty mandates.

Problem

Legacy TLS 1.2 protocols exposed proprietary industrial telemetry to future decryption risk under emerging quantum computing capabilities.

Solution

ExeQuantum deployed a fully client-controlled on-premise encryption module using hybrid ML-KEM + ECC cryptography, with QRNG-enhanced entropy assurance and key rotation under local client governance.

Problem

National digital identity systems remain vulnerable when dependent on classical RSA or ECDSA signatures vulnerable to quantum compromise.

Solution

Securely Group integrated ExeQuantum's API-driven orchestration layer delivering ML-DSA based post-quantum signatures and hybridized KEM stacks — fully aligned to emerging digital identity sovereignty standards.

Problem

SharePass required an upgrade to ensure long-term integrity of signed tokens exchanged across jurisdictional borders under quantum-era adversary models.

Solution

ExeQuantum integrated post-quantum ML-DSA digital signatures within SharePass's infrastructure, enabling forward-proofed token signing assurance while maintaining operational independence and jurisdictional entropy control.