SylLab Solutions
Hardware (IoT)
Low-memory and processing power devices, sensors, connected devices
Critical Infrastructure
Energy and Utilities
Finance
Banking, Insurance, Funds
Healthcare
Pharma, Healthcare Providers
Post-quantum security
We help clients stay ahead of emerging quantum threats by transitioning their security infrastructure to quantum readiness.
Post-Quantum SDK
The cryptographic library is used as a building block to build and deploy new applications and systems deployed on the client-side.Ongoing support to integrate SDK with clients’ existing and new applications
SylLab PQ Cryptographic Library
Lightweight post-quantum cryptographic suite for embedded devices and firmware. A high degree of configuration and SylLab ongoing support with integration.
Encryption Gateway for On-prem or Cloud
Post-Quantum gateway protecting sensors’ data on-prem/cloud Configuration tailored to customer’s environment
Space Hardening Crypto Solutions
Secure Boot, Hardware Enhanced Encryption, and Authentication solutions hardened for satellite and spacecraft applications. Robust, quantum-ready protection in harsh space environments.
Quantum Readiness Assessment & Crypto Mapping
A consulting engagement to assess quantum risk, inventory and map cryptographic dependencies (“crypto bill of materials”), and deliver a prioritized roadmap to quantum readiness—including migration strategy, timeline, and validation approach.
Our Community & Partners
SylLab collaborates with leaders across government, academia, and industry to advance secure, resilient, and innovative space technologies.
SylLab Research LAB
High Level Differences Between PQC and QKD
The threat of quantum computers breaking down modern cryptographic algorithms and exposing the confidential information of governments, corporations, and individuals is real. According to the National Security Memorandum released by the White House in May
Patents, Intellectual Property Statements, and Post Quantum Cryptography
As the development of functional quantum computers by companies such as IBM, Intel, and Google advances, post-quantum cryptography (PQC) is becoming a necessity. The exceptionally high processing power of these computers can enable them to
Post Quantum Cryptography: Unpathed Frontiers of the Quantum Era
The central goal of cryptography is to ensure secure and confidential communication between multiple parties. Electro-mechanical encryption can be traced back to World War II when Nazi Germany used the Enigma machine to transmit sensitive