Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
AI Security Researcher
Pittsburgh, PA · On-site
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
AI Security Researcher
Pittsburgh, PA · On-site
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
... and exploit validation methodsand establishgenerative and agentic AI security &governancemethodologies. * Run a security champions program embedding technical advocates in engineering teams to own ...
... and exploit validation methodsand establishgenerative and agentic AI security &governancemethodologies. * Run a security champions program embedding technical advocates in engineering teams to own ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities.?? * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities.?? * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Latitude is headquartered in Pittsburgh with engineering centers in Dearborn, Mich., and Palo Alto ... and exploit spatial data. We are looking for a highly skilled GIS Solutions Analyst (Front-End ...
Latitude is headquartered in Pittsburgh with engineering centers in Dearborn, Mich., and Palo Alto ... and exploit spatial data. We are looking for a highly skilled GIS Solutions Analyst (Front-End ...
Latitude is headquartered in Pittsburgh with engineering centers in Dearborn, Mich., and Palo Alto ... and exploit spatial data. We are looking for a highly skilled GIS Solutions Analyst (Front-End ...
Latitude is headquartered in Pittsburgh with engineering centers in Dearborn, Mich., and Palo Alto ... and exploit spatial data. We are looking for a highly skilled GIS Solutions Analyst (Front-End ...
Latitude is headquartered in Pittsburgh with engineering centers in Dearborn, Mich., and Palo Alto ... and exploit spatial data. We are looking for a highly skilled GIS Solutions Analyst (Front-End ...
Latitude is headquartered in Pittsburgh with engineering centers in Dearborn, Mich., and Palo Alto ... and exploit spatial data. We are looking for a highly skilled GIS Solutions Analyst (Front-End ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Senior AI Security Researcher
Pittsburgh, PA · On-site
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Senior AI Security Researcher
Pittsburgh, PA · On-site
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities. * Reverse engineer malicious code in support of high ...
Exploit Developer information
See Pennsylvania salary details
$17.11 - $23
8% of jobs
$23 - $28.89
3% of jobs
$28.89 - $34.79
6% of jobs
$40.47 is the 25th percentile. Wages below this are outliers.
$34.79 - $40.68
7% of jobs
$40.68 - $46.57
14% of jobs
$46.57 - $52.46
9% of jobs
The median wage is $53.10 / hr.
$52.46 - $58.36
15% of jobs
$63.09 is the 75th percentile. Wages above this are outliers.
$58.36 - $64.25
15% of jobs
$64.25 - $70.14
12% of jobs
$70.14 - $76.03
7% of jobs
$76.03 - $81.93
3% of jobs
$17
$52
$81
How much do exploit developer jobs pay per hour?
As of Jun 2, 2026, the average hourly pay for exploit developer in Pennsylvania is $52.97, according to ZipRecruiter salary data. Most workers in this role earn between $40.48 and $64.81 per hour, depending on experience, location, and employer.
What is an Exploit Developer job?
An Exploit Developer is a cybersecurity professional who researches and develops exploits to identify security vulnerabilities in systems, applications, or networks. They analyze software and hardware for weaknesses, create proof-of-concept exploits, and work with security teams to patch vulnerabilities before malicious hackers can exploit them. This role requires deep knowledge of programming, reverse engineering, and security protocols. Some exploit developers work in ethical hacking or penetration testing, while others conduct research for security firms, government agencies, or cybersecurity vendors.
What are the key skills and qualifications needed to thrive in the Exploit Developer position, and why are they important?
To thrive as an Exploit Developer, you need a strong background in computer science, reverse engineering, low-level programming (C/C++, Assembly), and vulnerability analysis. Familiarity with tools such as IDA Pro, Ghidra, Metasploit, and debuggers, along with relevant certifications like OSCP or GREM, is highly beneficial. Analytical thinking, persistence, excellent problem-solving, and clear documentation skills set outstanding professionals apart in this field. These abilities are essential for identifying and leveraging system weaknesses effectively and collaborating securely within advanced security teams.
What are some common challenges faced by Exploit Developers, and how do teams typically address them?
Exploit Developers often encounter complex and evolving security architectures, which require continuous learning and adaptation to stay ahead of new safeguards and patch mechanisms. Collaborative troubleshooting, regular knowledge sharing, and working closely with security researchers and penetration testers are common approaches teams use to overcome obstacles. Many organizations foster a supportive environment, providing access to the latest research, tools, and test labs to encourage innovation and success. This collaborative and dynamic atmosphere helps Exploit Developers keep their skills sharp and deliver high-impact results.
More about Exploit Developer jobs
What are the most commonly searched types of Exploit Developer jobs in Pennsylvania? The most popular types of Exploit Developer jobs in Pennsylvania are:
What are popular job titles related to Exploit Developer jobs in Pennsylvania? For Exploit Developer jobs in Pennsylvania, the most frequently searched job titles are:
What job categories do people searching Exploit Developer jobs in Pennsylvania look for? The top searched job categories for Exploit Developer jobs in Pennsylvania are:
Job description
AI Security Researcher
Are you a cybersecurity and/or AI researcher who enjoys a challenge? Are you excited about pioneering new research areas that will impact academia, industry, and national security? If so, we want you for our team, where you'll collaborate to deliver high-quality results in the emerging area of AI security.
The CERT Division of the Software Engineering Institute (SEI) is seeking applicants for the AI Security Researcher role. Originally created in response to one of the first computer viruses -- the Morris worm – in 1988, CERT has remained a leader in cybersecurity research, improving the robustness of software systems, and in responding to sophisticated cybersecurity threats. Ensuring the robustness and security of AI systems is the next big challenge on the horizon, and we are seeking life-long learners in the fields of cybersecurity, AI/ML, or related areas, who are willing to cross-train to address AI Security.
As part of the Threat Analysis Directorate, you will join a group of security experts focused on advancing the state of the art in AI security at a national and global scale. Our tasks include vulnerability discovery and assessments for AI systems, evaluation of the effectiveness and robustness of defenses and mitigations for AI systems, reverse engineering AI systems and models, and identifying new areas where security research is needed. We participate in communities of network defenders, software developers and vendors, security researchers, AI practitioners, and policymakers. You'll get a chance to work with elite AI and cybersecurity professionals, university faculty, and government representatives to build new methodologies and technologies that will influence national AI security strategy for decades to come.
You will co-author research proposals, execute studies, and present findings and recommendations to our DoW sponsors, decision makers within government and industry, and at academic conferences. The SEI is a non-profit, federally funded research and development center (FFRDC) at Carnegie Mellon University.
What you'll do:
- Develop state of the art approaches for analyzing robustness of AI systems.
- Apply these approaches to understanding vulnerabilities in AI systems and how attackers adapt their tradecraft to exploit those vulnerabilities.
- Reverse engineer malicious code in support of high-impact customers, design and develop new analysis methods and tools, work to identify and address emerging and complex threats to AI systems and effectively participate in the broader security community.
- Study and influence the AI security and vulnerability disclosure ecosystems.
- Evaluate the effectiveness of tools, techniques and processes developed by industry and the AI security research community.
- Uncover and shape some of the fundamental assumptions underlying current best practice in AI security.
- Develop thought models, tools and data sets that can be used to characterize the threats to, and vulnerabilities in, AI systems, and publish those results. You will also use these results to aid in the testing, evaluation and transition of technologies developed by government-funded research programs.
- Identify opportunities to apply AI to improve existing cybersecurity research.
Who you are:
- You have BS in machine learning, cybersecurity, statistics, or related discipline with eight (8) years of experience; OR MS in the same fields with five (5) years of experience; OR PhD in the same fields with two (2) years of experience.
- You have a deep interest in AI/ML and cybersecurity with a penchant for intellectual curiosity and a desire to make an impact beyond your organization.
- You have practical experience with applying cybersecurity knowledge toward vulnerability research, analysis, disclosure, or mitigation.
- You have experience with advising on a range of security topics based on research and expert opinion.
- You have familiarity with implementing and applying AI/ML techniques to solving practical problems.
- You have familiarity with common AI/ML software packages and tools (e.g., Numpy, Pytorch, Tensorflow, ART).
- You have knowledge or familiarity with reverse engineering tools (e.g. NSA Ghidra, IDA Pro)
- You have experience with Python, C/C++, or low-level programming.
- You have experience developing frameworks, methodologies, or assessments to evaluate effectiveness and robustness of technologies.
- You have excellent communication skills (oral and written), particularly regarding technical communications with non-experts.
- You enjoy mentoring and cross-training others and sharing knowledge within the broader community.
- Candidates with strong technical proficiency in either AI/ML or cybersecurity are welcome to apply, provided a demonstrated intellectual agility and commitment required for accelerated learning within the role.
You are able to :
- Travel to various locations to support the SEI's overall mission. This includes within the SEI and CMU community, sponsor sites, conferences, and offsite meetings on occasion (5%).
- You will be subject to a background check and will need to obtain and maintain a Department of War (DoW) security clearance.
Why work here?
- Join a world-class organization that continues to have a significant impact on software.
- Work with cutting-edge technologies and dedicated experts to solve tough problems for the government and the nation.
- Be surrounded by friendly and knowledgeable staff with broad expertise across AI/ML, cybersecurity, software engineering, risk management, and policy creation.
- Get 8% monthly contribution for your retirement, without having to contribute yourself.
- Get tuition benefits to CMU and other institutions for you and your dependent children.
- Enjoy a healthy work/life balance with flexible work arrangements and paid parental and military leave.
- Enjoy annual professional development opportunities; attend conferences and training or obtain a certification and get reimbursed for membership in professional societies.
- Qualify for relocation assistance and so much more.
Location: Pittsburgh, PA
Job Function: Software/Applications Development/Engineering
Position Type: Staff – Regular
Full time/Part time: Full time
Pay Basis: Salary
About Software Engineering Institute
Sourced by ZipRecruiter
Company size
1,001 - 5,000 Employees
Headquarters location
Pittsburgh, PA, US
Year founded
1984