Daniel Harris Email & Phone Number

Chicago, Il, Us

Chicago, Il, Us

Chicago, Il, Us

- Lead cybersecurity initiative for organization, ensuring comprehensive protection of all assets- Oversee incident response as the Incident Response Manager (IRM) within our organization- Handled multiple roles, quickly adapting to new responsibilities and learning on the fly to address changing challenges- Ensure compliance to NIST 800-171, NIST 800-53, and CMMC 2.0 across several networks- Automate protection against zero-day attacks- Innovate with cutting-edge security tools and processes, enhancing overall defense posture- Collaborate with upper management to ensure cyber policies align with business objectives and long-term resilience

BitHound protects businesses from the ongoing threat of cyber attacks. We provide and manage software that protects businesses from various attack vectors. If your business is concerned with problems such as data privacy, end user cyber awareness, or keeping systems up to date, BitHound has you covered.Some services are: - VPN Solutions- Machine patching- Risk analysis - Attack surface reduction- Access control to sensitive data- Employee monitoring/insider threat analysis

Dallas, Tx, Us

- Manage and monitor security systems for over 1000 systems daily (EDR, app control, SIEM, proxy servers, and more)- Collaborate with other IT and business teams to ensure security requirements are incorporated into system design and implementation- Deployed several cloud cyber analysis platforms for company - Analyze and investigate security incidents to determine the root cause and identify necessary remediation actions- Stay up-to-date with the latest security threats, vulnerabilities, and mitigation techniques through research and training, as well as ISAC calls weekly

Dallas, Tx, Us

- Completely automated machine imaging process to save the company countless amounts of time and money- Resolve technical issues according to standard operating procedures while maintaining the highest level of efficiency- Halt problems before they cause bigger issues by monitoring and reporting system and network performance on all machines-Install and configure software and hardware for end users, ensuring proper functionality and compatibility with existing systems and network- Worked in a fast paced, high pressured environment to troubleshoot over 1000 endpoints with only a 2 member team

Iowa City, Iowa, Us

Prototyped a wearable vest for individuals suffering peripheral vision loss or blindness. This vest acted as a watchdog for potential objects and that could get in the user’s path. This was achieved by using a raspberry pi and Bluetooth microcontrollers, as well as depth sensing cameras. My job was to design the system and create a platform for our codebase to run on. This included making sure there was enough memory, processing power, and enough connections could be established within our system’s bandwidth. I developed in C++ for the application and Python for the connections to the peripheral systems. It was my duty to make sure that we had image backups every week and schedule jobs on the system to make sure the system ran correctly on startup. This job had exposed me to agile programming methods and continuous integration software (GitHub and GitLab). Finally, I learned a valuable skill of working with a team of three in a fully remote environment. I learned how to schedule, keep my team in the loop, and ensure we were all on the same page with our agile sprints.

Iowa City, Ia, Us

Iowa City, Iowa, Us

My responsibilities were to process large amounts of data from accelerometers and motion sensors for various projects. I did contract work for NASA, the military, and the National Science Foundation. For NASA, I tested a cubic satellite apparatus in microgravity conditions. On Zero-Gravity Corporation’s plane, I had completed 120 free falls while obtaining data from the sensors. As the leader of the group, my duties were to make sure my team of 5 were able to do their jobs under harsh gravitational conditions and get the data that we needed. Also, I needed to be sure that our virtual computing environment was set up and ready in under 5 minutes after takeoff. I had developed mostly in MATLAB for this position, as data processing and graphical demonstrations were a major part of this job.

Exploration Park, Florida, Us

CABOOM stands for CubeSat Articulated Boom Option in Microgravity. Through an infrared motion-capture system and accelerometers, my team and I had built an apparatus to track the behavior of a scaled NASA Cubic Satellite in zero gravity conditions. Aboard a modified Boeing 727 at The Zero-Gravity Corporation, I went through 4 days of zero-gravity testing.