About Applied Quantum
Applied Quantum is a company specializing in safeguarding organizations against emerging quantum computing threats. We provide advanced quantum-safe security solutions – from post-quantum cryptography (PQC) and quantum key distribution (QKD) to crypto-agility strategies – to help our clients achieve resilience in the quantum era. Our team of experts in cybersecurity, cryptography, and quantum technology works at the forefront of the quantum security revolution, ensuring businesses, critical infrastructure, and governments stay secure as quantum technology evolves.
Job Summary
We are looking for a Cybersecurity Analyst – Quantum Threats to identify and address vulnerabilities related to quantum computing advancements. In this role, you will evaluate how and where our clients’ current cybersecurity posture could be compromised by future quantum-enabled attacks. You will conduct assessments of cryptographic systems, analyze threat intelligence on quantum computing progress, and support the development of mitigation strategies (like adopting post-quantum cryptography) to reduce risk. This role involves close collaboration with our cryptography team and consultants, and it offers the opportunity to play a critical part in helping organizations become quantum-ready.
Key Responsibilities
- Quantum Vulnerability Assessment: Analyze client systems, applications, and networks to pinpoint cryptographic elements (e.g. algorithms, key lengths, protocols) that are vulnerable to quantum attacks. Determine the critical areas where quantum computing could potentially break current encryption or security protocols.
- Threat Monitoring: Continuously monitor the landscape of quantum computing and cyber threats. Track advancements in quantum hardware and the efforts of threat actors that could indicate timelines for when quantum attacks become feasible. Translate this intelligence into assessments of urgency and risk for various industries.
- Security Recommendations: Work with senior consultants and cryptographers to develop recommendations for clients to improve their security posture. This includes suggesting interim risk mitigations (such as increasing key sizes or deploying quantum-resistant algorithms in test environments) and long-term solutions (like full migration to PQC).
- Incident Simulation: Collaborate with our penetration testing or red team specialists to simulate potential “quantum attacks” on cryptographic systems (for example, using specialized tools to mimic the effects of a quantum computer on weakened encryption). Analyze the outcomes to identify weaknesses and validate the effectiveness of proposed defenses.
- Reporting & Presentation: Prepare detailed reports that document identified risks, analysis findings, and recommended actions. Present these findings to client technical teams and leadership, clearly explaining the quantum threat in context and the rationale behind our recommendations. Ensure that reports are understandable to a non-quantum expert audience.
- Continuous Learning: Stay up-to-date on emerging post-quantum security solutions and contribute to the internal knowledge base. Regularly update your skill set in both traditional cybersecurity and quantum-specific topics to maintain expertise as the field evolves.
Qualifications
- Experience: 3+ years of experience in cybersecurity analysis, vulnerability assessment, or security operations. Prior exposure to cryptography, encryption technologies, or security architecture reviews is highly beneficial.
- Knowledge: Strong understanding of fundamental cybersecurity principles and cryptographic concepts. Familiarity with common encryption algorithms and protocols (RSA, ECC, AES, TLS, IPSec, etc.) is required. Knowledge of emerging post-quantum algorithms is a plus (and a keen interest in learning more is expected).
- Analytical Skills: Excellent analytical and critical thinking skills. Ability to interpret complex technical information (such as research papers on quantum computing or cryptographic vulnerabilities) and distill it into practical insights.
- Security Tools: Experience with security assessment tools and practices (e.g., vulnerability scanners, code analysis for cryptographic usage, monitoring tools). Comfort with reading logs, scripts, or code to identify where cryptography is applied.
- Communication: Strong written and verbal communication skills. Able to create clear documentation and explain technical concepts to diverse audiences. Capable of presenting findings in meetings or seminars in a coherent, impactful way.
- Education: Bachelor’s degree in Cybersecurity, Computer Science, Information Systems, or a related field. Relevant certifications (such as CEH, GIAC, CISSP) or a Master’s degree in Information Security are assets.
What We Offer
- Work on the front lines of cybersecurity innovation, tackling the challenges of tomorrow’s threats today.
- A team-oriented and knowledge-rich environment – collaborate with leading experts in cryptography and quantum tech as you hone your skills.
- Competitive salary and full benefits package, including healthcare, retirement plans, and paid time off.
- Flexible work options (remote work, flexible hours) to accommodate your working style.
- Ongoing training and professional development opportunities in both classical cybersecurity and emerging quantum security domains.
How to Apply
If you are a cybersecurity professional eager to confront the next generation of cyber threats and help organizations strengthen their defenses, we invite you to apply. Please submit your resume and a cover letter describing your experience in security analysis and your interest in quantum threats.
Join Applied Quantum and help defend today’s systems against tomorrow’s threats, ensuring our clients stay one step ahead in the cybersecurity landscape.
