CNO Analyst/Programmer

Central Texas Recruiting · Lackland AFB, TX, US

PostJobFree Posted May 24, 2026 First seen May 17, 2026
#Hiring: CNO Analyst/Programmer ️ Location: JBSA-Lackland, San Antonio, TX Salary: $170,000 $180,000 per year ️ Clearance: Active TS/SCI w/ Full Scope Polygraph Required Schedule: Full-time On-site About the Role Central Texas Recruiting is seeking a skilled CNO Analyst/Programmer to support national cyber operations in San Antonio, TX. In this high-impact role, you’ll lead the design and development of advanced software tools and end-to-end data flows. You'll be responsible for authoring documentation, participating in design/code reviews, and presenting technical concepts all in support of critical national security missions. Key Responsibilities Design, develop, and implement CNO tools and software solutions Lead and participate in software design and readiness reviews Develop and present technical documentation and briefings Collaborate with team members in an Agile development environment Work with low-level operating system internals in Unix and/or Windows Design packet-level network programs and work with IP, TCP, and application protocols Qualifications & Requirements U.S. Citizenship Required ️ Active TS/SCI Clearance with Full Scope Polygraph Education & Experience: Bachelor’s degree required 8+ years of experience with Assembly, C, C++, Java, Perl, or Python 7+ years developing Windows apps (Visual Studio/.NET) or UNIX apps (make files or similar) 6+ years developing CNO tools/techniques, with 5 years supporting the U.S. Government 4+ years of network sockets programming experience Deep knowledge of Unix and/or Windows low-level internals Benefits Generous PTO 6 weeks annually Medical, Dental & Vision Employer-supported plans 401(k) Matching contributions Life & Disability Insurance Company-paid with optional upgrades Education & Training Tuition reimbursement & development support FSAs Healthcare & dependent care savings EAP Confidential counseling services Flexible Work Options Role-based hybrid/remote flexibility