ExeQuantum
Use Cases
Read about how our diverse set of clients utilise our services to improve their security.
Use Case - SharePass
Utilising ExeQuantum's Quantum Secure digital signatures to verify tokens.
Problem
Digital signatures rely on RSA, which is not a Quantum-Secure algorithm.
This would mean that tokens that get signed using RSA can be broken and hijacked by a sufficiently powerful Quantum Computer, allowing malicious actors to fake the origin of tokens.
Solution
After working out requirements with SharePass, ExeQuantum integrated quantum-secure digital signatures into SharePass's existing infrastructure.
Using ExeQuantum's help, SharePass can now rest assured that its tokens are secure from spoofing and tampering from both classical and Quantum threats.
Use Case - ToothFairyAI
Securing AI Chat Sessions with ExeQuantum.
Problem
AI chat sessions rely on data given by users to train itself and return the correct responses and actions. This Data can be quite sensitive.
Most TLS services aren't Quantum Secure, potentially compromising the user chat sessions.
Solution
Using ExeQuantum's Quantum Secure additional TLS layer, ToothFairyAI establishes a Quantum-Secure communication tunnel between the client and server.
With that additional layer of security, ToothFairyAI's clients can feel safe that their data is seamlessly secure from all evesdroppers.
Use Case - Fulgo
Quantum Cryptography in Smarthphones (ongoing).
Problem
Smarthphones are arguably one of the most important to keep secure for individuals - they contain people's identity, bank information, MFA source, among other information.
In terms of Post Quantum Cryptography, there is a lot of inertia and challenges to the process - there's a significant amount of infrastructure to refactor, modify or outright overhaul.
Solution
Collaborating with ExeQuantum and utilising the team's skills and the PQCaaS, Fulgo's upcoming Smartphones will have PQC integrated on its software layer, securing over the head updates, applications, communications and more.
When Fulgo's new, updated smartphones launch, the users of the devices can enjoy the latest and most robust security measures, without sacrificing performance.
Problem
Digital signatures rely on RSA, which is not a Quantum-Secure algorithm.
This would mean that tokens that get signed using RSA can be broken and hijacked by a sufficiently powerful Quantum Computer, allowing malicious actors to fake the origin of tokens.
Solution
After working out requirements with SharePass, ExeQuantum integrated quantum-secure digital signatures into SharePass's existing infrastructure.
Using ExeQuantum's help, SharePass can now rest assured that its tokens are secure from spoofing and tampering from both classical and Quantum threats.
Problem
AI chat sessions rely on data given by users to train itself and return the correct responses and actions. This Data can be quite sensitive.
Most TLS services aren't Quantum Secure, potentially compromising the user chat sessions.
Solution
Using ExeQuantum's Quantum Secure additional TLS layer, ToothFairyAI establishes a Quantum-Secure communication tunnel between the client and server.
With that additional layer of security, ToothFairyAI's clients can feel safe that their data is seamlessly secure from all evesdroppers.
Use Case - Fulgo
Quantum Cryptography in Smarthphones (ongoing).
Problem
Smarthphones are arguably one of the most important to keep secure for individuals - they contain people's identity, bank information, MFA source, among other information.
In terms of Post Quantum Cryptography, there is a lot of inertia and challenges to the process - there's a significant amount of infrastructure to refactor, modify or outright overhaul.
Solution
Collaborating with ExeQuantum and utilising the team's skills and the PQCaaS, Fulgo's upcoming Smartphones will have PQC integrated on its software layer, securing over the head updates, applications, communications and more.
When Fulgo's new, updated smartphones launch, the users of the devices can enjoy the latest and most robust security measures, without sacrificing performance.
