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ResQuant

Polish deep-tech firm building hardware IP cores and FPGA accelerators that let embedded, IoT, and defense systems adopt NIST-standard post-quantum cryptography.

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55/100Incremental Innovator

Overview

ResQuant is a Łódź, Poland-based deep-tech company that builds hardware implementations of the NIST-selected post-quantum cryptography (PQC) standards, including CRYSTALS-Dilithium, CRYSTALS-Kyber, SPHINCS+, XMSS, SHAKE, and AES. Its core products are licensable IP cores and a cryptographic accelerator, offered in configurations that trade off silicon area, power draw, and throughput, which the company has validated on multiple FPGA platforms.

Beyond IP licensing, ResQuant sells preconfigured FPGA boards loaded with a full NIST PQC suite for proof-of-concept testing, and is developing a dedicated PQC system-on-chip and secure enclave aimed at IoT, automotive, military, and space customers, with mass production targeted for 2027. The company has participated in European Space Agency ARTES 4.0 and PERUN-funded programs and works with partners including Creotech, ChipCraft, Cybernetica, and AROBS Polska.

What differentiates ResQuant from software-only PQC vendors is its focus on silicon: hardware-rooted crypto-agility that lets device makers bake quantum resistance directly into chips rather than bolting it onto an operating system, which matters for long-lifecycle embedded and defense hardware that can’t be easily patched after deployment.

Innovation Matrix Assessment

Innovation Velocity 6/10

ResQuant has working IP cores and FPGA proof-of-concept boards across six NIST PQC algorithms, but its flagship SoC and secure enclave remain in R&D with mass production not targeted until 2027.

Operational Value 6/10

Licensable hardware PQC cores give embedded and IoT design teams a concrete way to add quantum-resistant crypto without redesigning silicon from scratch.

Market Momentum 4/10

The company is EU-grant supported (ESA ARTES 4.0, PERUN) with technology partners like Creotech and Cybernetica, but no disclosed VC round beyond an early seed and no named paying customers were found.

Category Disruption 5/10

Hardware PQC IP is valuable but ResQuant is one of several vendors offering similar NIST-algorithm IP cores, not a category-redefining approach.

Real-World Efficacy 4/10

Cores have been tested on FPGAs internally, but no independent benchmarking, certification, or named deployment evidence was found.

Enduring Relevance 8/10

The multi-year, mandated migration to post-quantum cryptography across embedded and defense systems gives hardware PQC vendors durable long-term relevance.

Why CISOs Should Care

Gives hardware and product security teams a drop-in way to make long-lifecycle embedded devices quantum-resistant before 'harvest now, decrypt later' attacks become practical.

What Makes It Different

Implements PQC in silicon/IP cores rather than software, addressing devices that can't be easily patched post-deployment.

The Matrix Verdict

55/100 — INCREMENTAL INNOVATOR

ResQuant lands as an Incremental Innovator: its hardware PQC cores are technically credible and EU-backed, but thin on independently verified commercial traction, placing it alongside rather than ahead of the broader hardware PQC field.

Editorial Note: Claims vs. Verified Findings

ResQuant's own product specs (core sizes, FPGA compatibility) are verifiable against its technical documentation, but funding, customer, and roadmap claims (2027 mass production) are company-stated and unconfirmed independently.

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