1 to 25 of 60 Remote Cryptography Jobs

engineering teams. What You Bring • Strong cyber security architecture experience in Defence or complex public sector settings. • Knowledge across identity, PKI, vulnerability management, SIEM, cryptography and secure configuration. • Ability to guide teams in an agile environment and work across multiple scrums. • Flexible mindset and confidence dealing with evolving requirements. • Active ...

cloud security posture management offerings, cloud native security (AWS/Azure) and endpoint security. Proficient in Public Key Infrastructure, Data at Rest/inTransit, Cryptography, Privileged User Access Management, Zero Trust, Cross Domain Solutions and Role-based Access Controls. Thrives on tackling challenges with creative solutions, challenging the normal. What ...

cloud security posture management offerings, cloud native security (AWS/Azure) and endpoint security. Proficient in Public Key Infrastructure, Data at Rest/inTransit, Cryptography, Privileged User Access Management, Zero Trust, Cross Domain Solutions and Role-based Access Controls. Thrives on tackling challenges with creative solutions, challenging the normal. What ...

will bring • Strong experience in cyber security architecture within Defence, Government or similarly complex environments. • Broad knowledge of identity, PKI, SIEM, vulnerability management, cryptography, firewalls, and protective monitoring. • A background working in consulting environments with proven ability to influence, challenge, and advise. • Clear written communication skills and confidence producing high ...

Frameworks (ISO 27001, NIST CSF, CIS Controls v8) HMG/NCSC policies and guidance Cloud security (AWS, Azure) Microservice architectures PKI, Cryptography, Privileged Access Management Certifications: SABSA, TOGAF, AWS/Azure Architect, CISSP, CISM (or working towards CIISEC/UK Cyber Security Council registration). Soft Skills: Strong analytical thinking ...

theoretical grounding in computer science, including algorithms, data structures, concurrency models, and distributed systems design Comprehensive understanding of blockchain technology, including consensus mechanisms, applied cryptography, networking protocols, and smart contract frameworks Proven self-direction, with the ability to independently identify problems, explore novel solutions, and rapidly adopt emerging tools ...

theoretical grounding in computer science, including algorithms, data structures, concurrency models, and distributed systems design Comprehensive understanding of blockchain technology, including consensus mechanisms, applied cryptography, networking protocols, and smart contract frameworks Proven self-direction, with the ability to independently identify problems, explore novel solutions, and rapidly adopt emerging tools ...

theoretical grounding in computer science, including algorithms, data structures, concurrency models, and distributed systems design Comprehensive understanding of blockchain technology, including consensus mechanisms, applied cryptography, networking protocols, and smart contract frameworks Proven self-direction, with the ability to independently identify problems, explore novel solutions, and rapidly adopt emerging tools ...

theoretical grounding in computer science, including algorithms, data structures, concurrency models, and distributed systems design Comprehensive understanding of blockchain technology, including consensus mechanisms, applied cryptography, networking protocols, and smart contract frameworks Proven self-direction, with the ability to independently identify problems, explore novel solutions, and rapidly adopt emerging tools ...

theoretical grounding in computer science, including algorithms, data structures, concurrency models, and distributed systems design Comprehensive understanding of blockchain technology, including consensus mechanisms, applied cryptography, networking protocols, and smart contract frameworks Proven self-direction, with the ability to independently identify problems, explore novel solutions, and rapidly adopt emerging tools ...

theoretical grounding in computer science, including algorithms, data structures, concurrency models, and distributed systems design Comprehensive understanding of blockchain technology, including consensus mechanisms, applied cryptography, networking protocols, and smart contract frameworks Proven self-direction, with the ability to independently identify problems, explore novel solutions, and rapidly adopt emerging tools ...

theoretical grounding in computer science, including algorithms, data structures, concurrency models, and distributed systems design Comprehensive understanding of blockchain technology, including consensus mechanisms, applied cryptography, networking protocols, and smart contract frameworks Proven self-direction, with the ability to independently identify problems, explore novel solutions, and rapidly adopt emerging tools ...

theoretical grounding in computer science, including algorithms, data structures, concurrency models, and distributed systems design Comprehensive understanding of blockchain technology, including consensus mechanisms, applied cryptography, networking protocols, and smart contract frameworks Proven self-direction, with the ability to independently identify problems, explore novel solutions, and rapidly adopt emerging tools ...

theoretical grounding in computer science, including algorithms, data structures, concurrency models, and distributed systems design Comprehensive understanding of blockchain technology, including consensus mechanisms, applied cryptography, networking protocols, and smart contract frameworks Proven self-direction, with the ability to independently identify problems, explore novel solutions, and rapidly adopt emerging tools ...

theoretical grounding in computer science, including algorithms, data structures, concurrency models, and distributed systems design Comprehensive understanding of blockchain technology, including consensus mechanisms, applied cryptography, networking protocols, and smart contract frameworks Proven self-direction, with the ability to independently identify problems, explore novel solutions, and rapidly adopt emerging tools ...

theoretical grounding in computer science, including algorithms, data structures, concurrency models, and distributed systems design Comprehensive understanding of blockchain technology, including consensus mechanisms, applied cryptography, networking protocols, and smart contract frameworks Proven self-direction, with the ability to independently identify problems, explore novel solutions, and rapidly adopt emerging tools ...

theoretical grounding in computer science, including algorithms, data structures, concurrency models, and distributed systems design Comprehensive understanding of blockchain technology, including consensus mechanisms, applied cryptography, networking protocols, and smart contract frameworks Proven self-direction, with the ability to independently identify problems, explore novel solutions, and rapidly adopt emerging tools ...

theoretical grounding in computer science, including algorithms, data structures, concurrency models, and distributed systems design Comprehensive understanding of blockchain technology, including consensus mechanisms, applied cryptography, networking protocols, and smart contract frameworks Proven self-direction, with the ability to independently identify problems, explore novel solutions, and rapidly adopt emerging tools ...

theoretical grounding in computer science, including algorithms, data structures, concurrency models, and distributed systems design Comprehensive understanding of blockchain technology, including consensus mechanisms, applied cryptography, networking protocols, and smart contract frameworks Proven self-direction, with the ability to independently identify problems, explore novel solutions, and rapidly adopt emerging tools ...

theoretical grounding in computer science, including algorithms, data structures, concurrency models, and distributed systems design Comprehensive understanding of blockchain technology, including consensus mechanisms, applied cryptography, networking protocols, and smart contract frameworks Proven self-direction, with the ability to independently identify problems, explore novel solutions, and rapidly adopt emerging tools ...

theoretical grounding in computer science, including algorithms, data structures, concurrency models, and distributed systems design Comprehensive understanding of blockchain technology, including consensus mechanisms, applied cryptography, networking protocols, and smart contract frameworks Proven self-direction, with the ability to independently identify problems, explore novel solutions, and rapidly adopt emerging tools ...

theoretical grounding in computer science, including algorithms, data structures, concurrency models, and distributed systems design Comprehensive understanding of blockchain technology, including consensus mechanisms, applied cryptography, networking protocols, and smart contract frameworks Proven self-direction, with the ability to independently identify problems, explore novel solutions, and rapidly adopt emerging tools ...

theoretical grounding in computer science, including algorithms, data structures, concurrency models, and distributed systems design Comprehensive understanding of blockchain technology, including consensus mechanisms, applied cryptography, networking protocols, and smart contract frameworks Proven self-direction, with the ability to independently identify problems, explore novel solutions, and rapidly adopt emerging tools ...

theoretical grounding in computer science, including algorithms, data structures, concurrency models, and distributed systems design Comprehensive understanding of blockchain technology, including consensus mechanisms, applied cryptography, networking protocols, and smart contract frameworks Proven self-direction, with the ability to independently identify problems, explore novel solutions, and rapidly adopt emerging tools ...

theoretical grounding in computer science, including algorithms, data structures, concurrency models, and distributed systems design Comprehensive understanding of blockchain technology, including consensus mechanisms, applied cryptography, networking protocols, and smart contract frameworks Proven self-direction, with the ability to independently identify problems, explore novel solutions, and rapidly adopt emerging tools ...