Information assurance analysts are people who design, plan, and deploy changes to current software architecture. While there are several analyst positions in different IT fields, these job opportunities focus mainly on security and risk assessment. Information assurance analysts are planners, and they identify current risks associated with software and hardware systems. They work with other security experts and employees to ensure the safety of both customer information and internal employees. They protect a company’s digital assets from unauthorized access.
Job Description: What Does an Information Assurance Analyst Do?
An information assurance analyst has several daily tasks that protect the corporate environment from hackers and cyber threats. They are usually former hackers and security experts who understand both white hat and black hat hacking. They are often ethical hackers, and they keep up to date with the latest security alerts. They update and patch current systems, and they work with developers to review software for future deployments. During cyber threats, the information assurance analyst is able to triage issues and find the best resolution to mitigate any damages.
Information Assurance Analyst Job Responsibilities and Duties
An information assurance analysts tasks are determined by any current threats. They can enjoy slower days where they review reports on current systems, but they have several tasks when current cyber threats occur. These positions require quick thinking to mitigate the amount of damages. Whether it’s a hacked server, router, or some type of data breach, the information assurance analyst must be able to solve problems quickly and patch the system before it becomes an increased threat. An information assurance analyst’s daily tasks revolve around monitoring the system and patching software to prevent future attacks.
Job responsibilities and duties include:
- Monitoring applications and hardware for any unusual activity
- Mitigate damages and patch software during current cyber threats
- Set up systems that prevent cyber threats including data breaches and traffic spikes
- Create security systems that prevent cyber attacks but still allow employees to work without issue
- Report current and future security concerns to management
- Analyze architecture and data for needed updates and patches
- Audit the entire network including desktops, servers, routers, switches and other systems for improvements and security issues
Information Assurance Analyst Soft Skills
Information assurance analysts need soft skills to communication issues, resolutions, and ideas with management and other employees. Some information assurance analysts are responsible for monitoring and reports to different executives and departments. This is where oral and written communication are necessary.
Soft skills include the ability to write documentation and emails and articulate ideas in meetings. These skills are even more important when the information assurance analyst is responsible for several large enterprise systems.
Information Assurance Analyst Degree/Education Requirements
Security positions usually require a college degree from an accredited school. The applicant can learn hands-on experience and use it to his advantage during interviews, but companies ask for a degree to ensure that the applicant has some type of computer science background. Hands-on experience is more valuable than a college degree, so applicants should have both when interviewing for these positions.
Information Assurance Analyst Work Experience
Security positions require several hard skills from applicants. Without any real-world cyber threat experience, applicants won’t be able to recognize cyber attacks. For this reason, an information assurance analyst needs several hard skills to compete in the job market. These skills cover hardware and software architecture.
Hard skills include:
- Monitoring software for suspicious network traffic and cyber threats
- Configuration of firewalls, switches, routers, servers and desktops for strong security
- Review code for software, databases, and firmware to ensure any additions offer a high regard for security
- Cloud software and virtualization architecture
- Database security for several common and uncommon database platforms such as MySQL, SQL Server, Oracle, and PostgreSQL
- Patching software and hardware with the latest hot fixes
- Network protocols such as HTTP, HTTPS, DNS, TCP/IP and UDP