About pQCee

pQCee develops a cybersecurity platform utilizing quantum technology to protect digital assets and ensure document integrity against quantum harvesting attacks. The platform prepares organizations and individuals for the vulnerabilities introduced by quantum computing, enabling them to maintain security in a rapidly evolving technological landscape.

```xml <problem> As quantum computing advances, current cryptographic systems become vulnerable to "harvest now, decrypt later" attacks, threatening the long-term security and integrity of digital assets and documents. Organizations and individuals need proactive solutions to mitigate these emerging quantum threats and maintain data confidentiality. </problem> <solution> pQCee offers a suite of post-quantum cybersecurity solutions designed to protect digital assets and ensure document integrity in the face of quantum computing threats. Their offerings include quantum-safe key management, encryption, and digital signing capabilities. pQCee's technology strengthens digital signature keys using a patent-pending Signature Pre-image Proof (SPP) technology, creating a quantum-safe layer that protects documents from tampering. The company's solutions are designed to be privacy-preserving, backwards compatible with existing ECDSA signatures, and interoperable with emerging quantum algorithms. </solution> <features> - **inoQulate:** Quantum-proofs digital documents using Signature Pre-image Proof (SPP) technology, ensuring long-term validity and legal enforceability. - **SafeQuard:** Provides quantum-safe web page encryption to protect data assets against harvest-now-decrypt-later attacks. - **QKDLite:** Enables quantum key distribution (QKD) key management, extending hardware security modules (HSMs) with quantum keys. - **AStablish:** Provides digital asset ownership assurance and proof. - **pqEVM:** Quantum-safe blockchain solutions using Web3 SPP (Signature Pre-image Proof). - **QuICScript:** A 20-Qubit Quantum Simulator running in the browser for educational and experimental purposes. - Patent-pending layering method of low-level symmetric key operations of multiparty computation (MPC-in-the-head) for quantum-safe protection. - Non-interactive zero-knowledge proof of secrets, allowing cryptographic signing without submitting documents to servers. </features> <target_audience> pQCee's primary customers include organizations and individuals concerned about the security of their digital assets and documents in the face of advancing quantum computing, including those in blockchain, finance, and government sectors. </target_audience> ```

What does pQCee do?

Where is pQCee located?

pQCee is based in Singapore.

When was pQCee founded?

pQCee was founded in 2022.

How much funding has pQCee raised?

pQCee has raised 2500000.

Location

Singapore

Founded

2022

Funding

2500000

Employees

9 employees

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pQCee

Score: 69/100

AI-Generated Company Overview (experimental) – could contain errors

Executive Summary

pqcee.com 300+

Founded 2022 – Singapore

Funding

Estimated Funding

$2.5M+

Team (5+)

No team information available. Click "Fetch founders" to run a focused founder search.

Company Description

Problem

As quantum computing advances, current cryptographic systems become vulnerable to "harvest now, decrypt later" attacks, threatening the long-term security and integrity of digital assets and documents. Organizations and individuals need proactive solutions to mitigate these emerging quantum threats and maintain data confidentiality.

Solution

pQCee offers a suite of post-quantum cybersecurity solutions designed to protect digital assets and ensure document integrity in the face of quantum computing threats. Their offerings include quantum-safe key management, encryption, and digital signing capabilities. pQCee's technology strengthens digital signature keys using a patent-pending Signature Pre-image Proof (SPP) technology, creating a quantum-safe layer that protects documents from tampering. The company's solutions are designed to be privacy-preserving, backwards compatible with existing ECDSA signatures, and interoperable with emerging quantum algorithms.

Features

inoQulate: Quantum-proofs digital documents using Signature Pre-image Proof (SPP) technology, ensuring long-term validity and legal enforceability.

SafeQuard: Provides quantum-safe web page encryption to protect data assets against harvest-now-decrypt-later attacks.

QKDLite: Enables quantum key distribution (QKD) key management, extending hardware security modules (HSMs) with quantum keys.

AStablish: Provides digital asset ownership assurance and proof.

pqEVM: Quantum-safe blockchain solutions using Web3 SPP (Signature Pre-image Proof).

QuICScript: A 20-Qubit Quantum Simulator running in the browser for educational and experimental purposes.

Patent-pending layering method of low-level symmetric key operations of multiparty computation (MPC-in-the-head) for quantum-safe protection.

Non-interactive zero-knowledge proof of secrets, allowing cryptographic signing without submitting documents to servers.

Target Audience

pQCee's primary customers include organizations and individuals concerned about the security of their digital assets and documents in the face of advancing quantum computing, including those in blockchain, finance, and government sectors.