QSQUARKSLAB SAS logo

QUARKSLAB SAS Unclaimed

Cybersecurity

www.quarkslab.com

Paris, Île-de-France, France

Quarkslab is a cybersecurity company delivering offensive security research, defensive security services, and protection technologies to secure complex digital systems.

Quarkslab is a cybersecurity company founded in 2011 in Paris. It combines offensive security research with defensive security services to help organizations understand vulnerabilities and strengthen their security posture in complex environments. The company serves clients across critical sectors, delivering deep technical expertise from hardware to software, backed by ongoing research, open-source tools, and a commitment to responsible disclosure. With a global presence and a strong R&D culture, Quarkslab emphasizes building resilient defenses and advancing security knowledge for its clients and partners.

Our goal: to force attackers, not defenders, to adapt constantly.

What we offer

QRedTeam

Service

Reveal Real Attack Paths Before Impact With Comprehensive Adversary Simulations.

www.quarkslab.com/qredteam-adversary-simulation-attack-cybersecurity/

QLab

Service

Uncover Deep Vulnerabilities In Firmware And Critical Protocols Through Expert Analysis.

www.quarkslab.com/qlab-deep-security-research-cybersecurity/

QShield

QShield Offers Comprehensive Software Protection Against Reverse Engineering And Intellectual Property Theft.

www.quarkslab.com/qshield-software-protection-cybersecurity/

Market segments

Market size by segment

Growth potential (CAGR)

Firmware and hardware security research

0.4 Billion USD11.5% CAGR

Deep vulnerability research and analysis of embedded firmware and hardware, including ECU and avionics reverse engineering, protocol 0-day research (CAN, DoIP, UDS), JTAG/UART extraction, supply-chain firmware audits, and certification-oriented deliverables (eg DO-326A PART-IS).

Automotive cybersecurity

3.5 Billion USD14.6% CAGR

Security assessment and hardening for automotive platforms, covering AUTOSAR and OTA audits, CAN and Automotive Ethernet protocol analysis, ECU security, in-vehicle network resilience, and support for regulatory and functional safety compliance.

Vulnerability assessment and penetration testing

2.5 Billion USD15% CAGR

Offensive testing to identify exploitable weaknesses, including penetration testing, red team exercises, application security testing, configuration review, and vulnerability assessments.

Application protection and anti-tamper

3.8 Billion USD14.2% CAGR

Binary-level protection and IP defense for applications through static and dynamic obfuscation, runtime application self-protection (RASP), white-box cryptography, per-device digital vaults, environment checks and anti-tamper measures for cross-platform deployments.

More information about our offering

QRedTeam

QRedTeam is Quarkslab’s adversary simulation service. It exposes real attack paths before impact by conducting targeted Red Team and adversary simulations across clients’ networks, systems and applications. The engagement assesses detection, incident response, physical/logical security, and resilience to advanced attacker techniques, using custom tooling and attacker perspectives. The service covers external and internal penetration testing, web application testing, asset discovery, phishing campaigns, and related assessments to reveal gaps and validate security controls.

  • Conduct Realistic Red Teams
    Understand the effectiveness of your security through realistic, targeted adversary simulations.
  • Identify Your Online Assets
    Gain a complete view of your attack surface with thorough discovery of all online resources.
  • Visualize Attack Paths
    Identify and address vulnerabilities before attackers can exploit them, ensuring robust security posture.
  • Simulate External Attacks
    Evaluate your defenses against external threats by testing vulnerabilities before they are exploited.
  • Strengthen Web Security
    Find and remedy vulnerabilities in web applications that could be exploited by attackers.
  • Test Internal Threats
    Map potential insider attack paths to strengthen internal security controls.
  • Test Wireless Security
    Identify vulnerabilities in mobile applications and wireless networks to ensure comprehensive security.
  • Assess Phishing Readiness
    Evaluate how prepared your organization is against phishing attacks and improve employee awareness.

QLab

QLab conducts deep vulnerability research across hardware and software, focusing on firmware reverse engineering, cryptographic analysis, and protocol research. The team develops structured deliverables that support certification and resilience, including avionics and automotive firmware investigations, ECU analysis, SATCOM firmware examination, and 0-day explorations for critical protocols such as ARINC, CAN, and DoIP.

  • Identify Untapped Vulnerabilities
    Discover and document zero-day vulnerabilities in critical communication protocols, helping fortify systems against exploitation.
  • Reveal Firmware Vulnerabilities
    Identify and exploit vulnerabilities in ECU firmware to enhance security and compliance across automotive and avionics sectors.
  • Streamline Certification Process
    Provide comprehensive documentation for avionics certification, facilitating smoother compliance with aviation regulations.
  • Enhance System Security
    Evaluate the security of over-the-air updates and ensure compliance with AUTOSAR standards to protect against remote exploits.
  • Uncover Hardware Vulnerabilities
    Utilize advanced techniques to analyze JTAG/UART interfaces, revealing potential security flaws in hardware design and implementation.
  • Ensure Supply Chain Integrity
    Audit components in the supply chain to detect potential vulnerabilities and protect against threats infiltrating through third-party firmware.

QShield

QShield is Quarkslab’s software protection suite designed to protect applications against reverse engineering, tampering and intellectual-property extraction at the binary level. It combines obfuscation, runtime protection (RASP), data protection and environment checks to defend software across development, execution and deployment stages, powered by the same offensive research that drives QRedTeam and QLab.

  • Impedes Reverse Engineering
    Makes it significantly more difficult for attackers to analyze or modify software through various protection methods.
  • Protects Cryptographic Keys
    Safeguards cryptographic keys against extraction attacks, providing a higher level of security for sensitive data.
  • Secures Sensitive Data
    Ensures that critical data is safely stored and accessed only by verified devices, reducing the risk of data breaches.
  • Ensures Data Confidentiality
    Encrypts and binds sensitive data to specific devices, preventing unauthorized access, even if the protection is lifted.
  • Integrates Across Platforms
    Facilitates easier deployment across different operating systems and environments, enhancing accessibility.
  • Detects Anomalies
    Monitors for unauthorized changes in the execution environment, ensuring that the software operates securely.

References

Methodology and sourcing behind the figures shown above.

Firmware and hardware security research

Estimate derived from adjacent market figures in the provided results: global embedded security market (US$8.9B in 2026), secure firmware update tools (US$1.85B in 2024), and HSM market (US$2.0–2.1B mid-decade). Firmware and hardware security research (reverse engineering, firmware audits, 0-day/protocol research, certification support) is a specialized professional-services subset of embedded security and secure-firmware markets. Assuming this niche represents roughly 4–5% of the embedded-security addressable market (and captures a premium services growth profile closer to firmware tools and HSM services), the 2026 market size is approximated at ~USD 350–450M (rounded to USD 400M). Growth potential is set at ~11.5% CAGR, reflecting higher-than-average services/tooling growth (secure firmware tools ~10.7% CAGR) and HSM/service expansion (≈10–15% in cited sources) driven by regulation, automotive/avionics compliance, and PQC migration.

Automotive cybersecurity

Estimate based on a synthesis of multiple market reports in the provided search results. Several sources report 2024–2026 market values around $3.4–4.1B (GMInsights, BCC, Persistence) while reported CAGRs range ~9.6–18.5%. I selected a 2024/2025 market size of ~$3.5B (consistent with GMInsights/BCC) and an average CAGR of ~14.6% as a consensus midpoint of the reported growth rates.

Vulnerability assessment and penetration testing

Estimate derived from multiple market reports in the provided search results. Recent 2024–2025 reported penetration/VAPT market sizes range from about USD 1.73B (2024) to USD 2.54B (2025); several forecasts project multi‑billion growth into the 2030s with CAGRs in the mid‑teens (≈13.7%–16.4%). I selected a representative 2025 market size of ~$2.5B and a midpoint CAGR of ~15% reflecting the cited analyst ranges.

Application protection and anti-tamper

Primary estimate based on an in‑app protection market report that directly covers binary-level protections (RASP, obfuscation, white‑box crypto, anti‑tamper): valued at $3.8B in 2025 with a 14.2% CAGR (2026–2034). Cross-checked to align scope with related segments: mobile application security (smaller, faster‑growing niche) and broader application security (much larger platform market) and an anti‑tamper market report (lower, defense-oriented estimate).

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