Analyze mission cyber terrain, assess risks, and develop defense plans for USSF.
5 days ago ago
$110,000 - $130,000
Experienced (8-12 years)
Full Time
Colorado Springs, CO
Onsite
Your recruiting firm
Committed to delivering high-quality construction and project management services across various industries.
Recognized for precision and reliability, particularly in infrastructure and industrial projects.
Portfolio includes large-scale government and commercial projects, fostering trust through expertise and innovation.
Key achievements include urban development, transportation infrastructure, and energy solutions, often requiring complex engineering and logistics.
Specializes in providing customized solutions to address specific client challenges effectively.
Adopts cutting-edge construction management technology to enhance project efficiency and delivery.
About the client
About the client
Information not given or found
Role
Description
risk assessment
asset defense
mrt-c analysis
mission data
madss input
cyber mitigation
Utilizes all information collected to create and deliver an Operational Risk Assessment (ORA) and Asset Defense Plan (ADP)
Conducts MRT-C analysis assets and assist with any follow-on defensive cyber actions on top priority USSF missions and assets
Develops mission thread data to support USSF mission owners, cyber security personnel, defensive cyber operators and program offices in assessing acceptable risks to missions caused by cybersecurity deficiencies in systems and programs
Perform mission analysis to include identifying cyber dependencies, vulnerabilities, and developing mission cyber defense sensor strategies
Inputs all mission data correctly into the Mission Assurance Decision Support System (MADSS)
Identifies, assesses, and implements mitigations to risk within local cyberspace terrain deemed critical to mission accomplishment
Provides mission analysis support to USSF MRT-C teams to analyze USSF Mission Systems to determine cyberspace dependencies, security risks, mission vulnerabilities, and defense plan measures for each mission system
Analyzes a wide range of mission related cyberspace network activities to ensure mission success tailored to command, control, operational processes, and dependent space mission systems
Analyzes MRT-C results against mission system vulnerabilities and cyber threats to identify Key Terrain - Cyber for each USSF Mission
Requirements
cissp
security+
ts/sci
mission assurance
fma-c
space force
Must have knowledge and experience to support analysis tasks
Must have extensive knowledge of Mission Assurance disciplines to include risk management, mission mapping, vulnerability assessments, and defensive cyber capabilities
Excellent interpersonal skills to build strong relationships with colleagues
Must have CISSP OR Security+ and meet one of the following qualifications: GICSP or GCED or PenTest+ or GSEC OR a B.S. degree in Information Technology, Cybersecurity, Data Science, Information Systems, or Computer Science, from an ABET accredited or Center for Academic Excellence designated institution
Must have 4 years of experience performing mission analysis, information security technologies, and USSF mission capabilities
Excellent communication skills both verbal and written
Experience with Space Force capabilities and related assets
TS/SCI Required
Good time management, prioritization, and multitasking abilities
Bachelor's Degree from an accredited college or university
Must have the ability to solve complex problems involving a wide variety of information systems
Must have knowledge on how to perform assessments of systems and networks within a network or enclave and identify where those systems/networks deviate from acceptable configurations, enclave policy, or local policy.
Experience with the Functional Mission Analysis - Cyber (FMA-C)
Must be able to understand and differentiate between critical and non-critical systems and networks, and capabilities that allow organizations to defend better, react faster, coordinate rapidly, prioritize efforts, and respond smarter to security events, increased risks, and/or operational directives
Must be familiar with the purpose and use of the Mission Assurance Database Support System (MADSS) and other similar database repositories
Must be able to measure the effectiveness of defense-in-depth architecture against known vulnerabilities
Ability to travel up to 25%
Must have a detailed understanding of mission analysis techniques, FMA-C methodologies, and mission dependencies