Cybersecurity Bootcamp: Hands-On Training from Industry Practitioners
Build job-ready cybersecurity skills in 8 to 12 weeks with practitioner-led training, real-world labs, and certification prep from active security consultants.
The Cybersecurity Skills Gap Is a Career Opportunity
The cybersecurity industry faces a workforce shortage that shows no signs of closing. According to the ISC2 2024 Cybersecurity Workforce Study, there are approximately 3.5 million unfilled cybersecurity positions globally, with nearly 500,000 of those in the United States alone. The Bureau of Labor Statistics projects that information security analyst roles will grow 32% between 2022 and 2032, far outpacing the average for all occupations. For career changers, IT professionals looking to specialize, and organizations that need trained security staff, this skills gap represents one of the most significant professional opportunities available today.
Traditional cybersecurity degree programs take two to four years to complete and can cost $50,000 or more. While degrees provide valuable theoretical foundations, many employers have shifted their hiring criteria toward demonstrable skills and industry certifications. A CompTIA survey found that 91% of employers consider IT certifications a reliable predictor of job performance, and major employers including Google, IBM, and the U.S. Department of Defense have adopted skills-based hiring practices that prioritize certifications and practical experience over academic credentials. Cybersecurity bootcamps bridge the gap between theoretical knowledge and job-ready skills by compressing essential training into an intensive, hands-on program that prepares students for both certifications and real-world security work.
Petronella Technology Group's cybersecurity bootcamp is different from programs run by coding schools and online course platforms. Our instructors are active cybersecurity consultants who work on real engagements every week. They conduct penetration tests, respond to security incidents, build compliance programs, and defend client networks against active threats. This practitioner-led approach means students learn current techniques, current tools, and current threat landscapes rather than outdated textbook material. Every lab exercise, case study, and capstone scenario draws from actual consulting work, giving students experience that translates directly to the job.
Whether you are a career changer entering cybersecurity for the first time, an IT professional seeking a security specialization, a compliance officer who needs to understand technical controls, or a business leader who wants to make informed decisions about your organization's security posture, this bootcamp provides the knowledge, skills, and credentials to advance your career. The program is available in-person at our Raleigh, North Carolina training facility, as a live online cohort for remote learners, and as a self-paced option with mentor support for professionals who need scheduling flexibility.
What You Will Learn: 8 Core Training Modules
Our cybersecurity bootcamp curriculum covers the full spectrum of defensive and offensive security disciplines. Each module combines instructor-led sessions with hands-on lab exercises, ensuring that every concept is reinforced through practical application. The curriculum aligns with CompTIA Security+, CompTIA CySA+, and Certified Ethical Hacker (CEH) exam objectives, so your training directly supports certification goals.
Network Security Fundamentals
Master TCP/IP, subnetting, DNS, DHCP, and network architecture. Configure firewalls, VLANs, and intrusion detection systems. Analyze packet captures with Wireshark to identify malicious traffic patterns. Understand how attackers exploit network protocols and how defenders build layered network security architectures that limit lateral movement.
Threat Detection and Incident Response
Learn to identify indicators of compromise (IOCs), analyze security alerts, and execute structured incident response procedures following the NIST incident response lifecycle. Practice triage, containment, eradication, and recovery in simulated breach scenarios. Build incident timelines and write post-incident reports that satisfy both technical teams and executive stakeholders.
Penetration Testing Basics
Conduct authorized security assessments using industry-standard tools including Nmap, Burp Suite, and Metasploit. Learn reconnaissance techniques, vulnerability identification, exploitation, and post-exploitation documentation. Understand the ethical and legal boundaries of penetration testing and how to write professional assessment reports that communicate findings to both technical and non-technical audiences.
Cloud Security: AWS, Azure, and GCP
Secure cloud workloads across Amazon Web Services, Microsoft Azure, and Google Cloud Platform. Configure identity and access management (IAM), network security groups, encryption at rest and in transit, logging and monitoring, and cloud-native security services. Understand the shared responsibility model and how misconfigured cloud resources create the most common attack vectors in modern environments.
Compliance Frameworks: NIST, CMMC, HIPAA, PCI-DSS
Map technical controls to regulatory requirements across major compliance frameworks. Learn to conduct gap assessments, develop system security plans, and implement controls that satisfy auditors. Understand how NIST 800-171, CMMC 2.0, HIPAA Security Rule, and PCI-DSS requirements overlap and where they differ. This module is essential for anyone pursuing compliance analyst or GRC roles.
Security Operations Center (SOC) Workflows
Operate as a Tier 1 and Tier 2 SOC analyst using SIEM platforms including Splunk and Elastic Security. Write detection rules, correlate log sources, investigate alerts, and escalate confirmed incidents. Learn SOC metrics, shift handoff procedures, and the playbook-driven approach that modern security operations centers use to process thousands of daily alerts efficiently.
Digital Forensics Fundamentals
Acquire and analyze digital evidence from disk images, memory dumps, and network captures while maintaining chain of custody. Use forensic tools including Autopsy, Volatility, and FTK Imager to recover deleted files, analyze malware artifacts, and reconstruct attacker activity timelines. Understand legal considerations for evidence handling that make forensic findings admissible in court proceedings. See how our digital forensics team applies these techniques in real investigations.
AI in Cybersecurity
Explore how artificial intelligence and machine learning are transforming both offensive and defensive cybersecurity. Learn how AI-powered tools detect anomalies, automate threat hunting, and accelerate incident response. Understand how attackers use AI to generate sophisticated phishing campaigns, deepfake social engineering, and automated vulnerability exploitation. Develop strategies for defending against AI-augmented threats while leveraging AI to strengthen your security posture.
Bootcamp Formats: Choose Your Learning Path
We offer three training formats to accommodate different schedules, learning styles, and geographic locations. All formats cover the same curriculum and include access to our hands-on virtual lab environment. Students in every format receive the same instructional quality and certification preparation support.
| Feature | In-Person (Raleigh, NC) | Live Online | Self-Paced |
|---|---|---|---|
| Duration | 12 weeks (part-time) or 8 weeks (immersive) | 12 weeks (part-time) or 8 weeks (immersive) | Up to 6 months access |
| Schedule | Evenings and weekends or full-time weekdays | Evenings and weekends or full-time weekdays | Learn at your own pace, any time |
| Class Size | Maximum 15 students per cohort | Maximum 20 students per cohort | Individual with scheduled mentor sessions |
| Lab Access | Dedicated on-site lab + virtual lab environment | Virtual lab environment (24/7 access) | Virtual lab environment (24/7 access) |
| Instructor Interaction | Live, face-to-face with Q&A | Live video sessions with screen sharing and Q&A | Recorded lessons + weekly 1-on-1 mentor calls |
| Networking | Direct access to PTG team and local security community | Virtual cohort community and guest speakers | Online community access and mentor introductions |
| Certification Prep | Included: practice exams and study groups | Included: practice exams and virtual study groups | Included: practice exams and mentor guidance |
| Best For | Learners who thrive in classroom settings and want local connections | Working professionals who want live instruction with schedule flexibility | Self-motivated learners who need maximum scheduling freedom |
All formats include access to our purpose-built virtual lab environment where students build, configure, attack, and defend realistic network environments. The lab infrastructure runs isolated virtual machines that simulate enterprise networks, including Active Directory domains, web servers, database servers, cloud workloads, and endpoint devices. Students gain hands-on experience with the same tools and scenarios that professional penetration testers and SOC analysts encounter daily.
Enroll in the Next Cohort
Seats are limited to maintain small class sizes and personalized instruction. Reserve your spot in the upcoming cybersecurity bootcamp cohort today.
Reserve Your Seat Call 919-348-4912Week-by-Week Curriculum Breakdown
The cybersecurity bootcamp follows a structured progression that builds foundational skills before advancing to specialized topics. Each phase includes instructor-led sessions, hands-on lab exercises, graded assignments, and knowledge checks. The curriculum is continuously updated to reflect current threat landscapes and tool versions.
Weeks 1-2: Foundations of Security
Build the technical foundation that all cybersecurity work requires. Master networking fundamentals including TCP/IP, DNS, DHCP, subnetting, and routing. Gain proficiency in both Linux and Windows security administration. Learn to navigate the command line, manage file permissions, configure basic firewall rules, and understand how operating systems handle authentication and authorization. By the end of week two, students can configure and secure a basic network from scratch and identify common misconfigurations that attackers exploit.
Weeks 3-4: Vulnerability Assessment and Scanning
Learn to identify security weaknesses before attackers do. Master vulnerability scanning with Nmap for network discovery, Nessus for vulnerability assessment, and Burp Suite for web application testing. Understand how to interpret scan results, prioritize findings based on risk severity and exploitability, and write professional vulnerability assessment reports. Practice scanning lab environments and correlating findings across multiple tools to build a comprehensive view of an organization's attack surface.
Weeks 5-6: Penetration Testing and Exploitation
Move from identification to controlled exploitation. Use Metasploit Framework, custom scripts, and manual exploitation techniques to compromise vulnerable systems in the lab environment. Learn password attacks, privilege escalation, lateral movement, and data exfiltration techniques. Understand post-exploitation activities including persistence mechanisms and evidence cleanup. Every exercise reinforces the rules of engagement and ethical boundaries that professional penetration testers follow. Students who complete this phase understand both how attacks work and how to communicate findings to defenders and leadership.
Weeks 7-8: Incident Response, SIEM, and Forensics
Shift from offensive to defensive operations. Deploy and configure SIEM platforms including Splunk and Elastic Security to collect, correlate, and analyze security event data. Write detection rules, investigate alerts, and practice structured incident response from initial detection through containment, eradication, recovery, and lessons learned. Perform basic digital forensics including disk imaging, memory analysis with Volatility, and file recovery with Autopsy. Conduct tabletop exercises that simulate breach scenarios requiring cross-functional coordination.
Weeks 9-10: Cloud Security and Compliance
Secure modern cloud environments and map technical controls to regulatory frameworks. Configure AWS security groups, Azure NSGs, IAM policies, and cloud logging services. Understand the shared responsibility model and common cloud misconfigurations that lead to data exposures. Study compliance frameworks including NIST 800-53, NIST 800-171, CMMC 2.0, HIPAA Security Rule, and PCI-DSS. Practice conducting gap assessments and developing system security plans. Students leave this phase prepared for both cloud security and governance, risk, and compliance (GRC) roles.
Weeks 11-12: Capstone Project and Certification Prep
Apply everything learned in a comprehensive capstone project that simulates a real-world security engagement. Teams are assigned a realistic corporate environment and must conduct a full security assessment including vulnerability scanning, penetration testing, incident investigation, compliance review, and executive-level reporting. The final two weeks also include intensive certification preparation with practice exams, study strategies, and targeted review of CompTIA Security+ and CEH exam objectives. Students present their capstone findings to a panel of PTG security professionals who provide feedback based on industry standards.
Certification Preparation: Industry-Recognized Credentials
Certifications are the currency of the cybersecurity job market. They validate your skills to employers, satisfy contractual requirements for government and defense work, and qualify you for roles that require specific credentials. Our cybersecurity bootcamp curriculum aligns with the exam objectives of the most in-demand certifications in the industry, and our certification pass rates consistently exceed national averages because students learn through practical application rather than memorization alone.
| Certification | Issuing Body | Career Impact | Average Salary Boost |
|---|---|---|---|
| CompTIA Security+ | CompTIA | Required for DoD 8570/8140 compliance; most requested entry-level certification | $10,000 to $15,000 increase over non-certified peers |
| CompTIA CySA+ | CompTIA | Validates SOC analyst and threat detection skills; bridges entry-level to mid-career | $8,000 to $12,000 increase |
| Certified Ethical Hacker (CEH) | EC-Council | Globally recognized penetration testing credential; required by many government contracts | $12,000 to $18,000 increase |
| GIAC Security Essentials (GSEC) | GIAC / SANS | Demonstrates broad security knowledge; highly valued in enterprise environments | $15,000 to $20,000 increase |
Certification exam fees are not included in bootcamp tuition, but students receive discounted vouchers through our partnership agreements with certification vendors. We provide unlimited access to practice exam banks during and after the bootcamp, and our instructors are available for targeted study sessions in the weeks following graduation. Students who do not pass on their first attempt receive additional study support and guidance at no extra charge.
Beyond these primary certifications, the bootcamp curriculum also provides foundational preparation for more advanced credentials including CISSP, OSCP, and CISM. Many of our graduates pursue these certifications within 12 to 24 months of completing the bootcamp as they gain professional experience.
Start Your Cybersecurity Career
Talk to our training team about which bootcamp format and certification track is right for your goals.
Request Program Information Call 919-348-4912Who This Cybersecurity Bootcamp Is For
Our cybersecurity training program is designed for motivated individuals from a range of backgrounds. You do not need a computer science degree or years of IT experience to succeed. What you need is curiosity, discipline, and a willingness to learn intensively. The following profiles represent the students who benefit most from our program.
- Career changers entering cybersecurity from unrelated fields who want a structured, accelerated path into the industry
- IT professionals including system administrators, network engineers, and help desk technicians seeking a cybersecurity specialization
- Help desk and desktop support staff ready to advance beyond break-fix work into security operations and analysis roles
- Compliance officers and GRC professionals who need to understand the technical controls behind the frameworks they manage
- Business owners and executives who want to make informed decisions about their organization's cybersecurity investments
- Military veterans transitioning to civilian technology careers, leveraging discipline and security clearance eligibility
- Recent college graduates with degrees in IT, computer science, or related fields who need practical skills and certifications to compete in the job market
- Current SOC analysts and junior security professionals looking to level up their technical depth and earn additional certifications
We welcome students at varying experience levels. The foundational modules in weeks one and two bring all participants to a common baseline, and our small class sizes allow instructors to provide additional support where needed. Students with existing IT experience often progress through foundational material faster and can focus more deeply on advanced topics during lab sessions.
Hands-On Labs: Learn by Doing, Not by Watching
The single most important difference between our cybersecurity bootcamp and self-study courses or lecture-heavy programs is the depth and realism of our hands-on lab environment. Cybersecurity is a practical discipline. Reading about how a SQL injection works is fundamentally different from exploiting one in a controlled environment, analyzing the resulting database access, and then implementing the defensive controls that prevent it. Our lab infrastructure is where that transformation from theory to competency happens.
Learn by Doing
Over 60% of bootcamp hours are spent in hands-on lab exercises. Students do not just learn about cybersecurity. They practice cybersecurity, building the muscle memory and problem-solving instincts that distinguish competent professionals from people who passed a multiple-choice exam.
What the Lab Environment Includes
Our virtual lab infrastructure provides each student with a dedicated environment containing multiple virtual machines that simulate a realistic corporate network. The environment includes Active Directory domain controllers, Windows workstations, Linux servers, web application servers, database servers, firewall appliances, and SIEM platforms. Students can build, configure, attack, and rebuild these environments as many times as needed without risk to production systems.
Real-World Attack and Defense Scenarios
Lab exercises are modeled on actual attack patterns observed in our consulting practice. Students face scenarios including phishing campaigns that deliver ransomware payloads, web application vulnerabilities leading to data exfiltration, Active Directory attacks including Kerberoasting and pass-the-hash, cloud misconfigurations exposing sensitive storage buckets, and insider threat scenarios requiring behavioral analysis. Each scenario includes both the offensive perspective of how the attack works and the defensive perspective of how to detect, contain, and prevent it.
Blue Team and Red Team Exercises
Throughout the bootcamp, students participate in team-based exercises where they alternate between attacking (red team) and defending (blue team) network environments. These exercises develop the adversarial thinking that effective security professionals need regardless of whether they pursue offensive or defensive career paths. Students learn to anticipate attacker behavior, identify gaps in defenses, and communicate findings under time pressure.
Incident Response Tabletop Exercises
In addition to technical labs, students participate in structured tabletop exercises that simulate security incidents requiring cross-functional decision-making. These exercises develop the communication, documentation, and leadership skills that distinguish senior security professionals from purely technical practitioners. Scenarios include ransomware incidents requiring business continuity decisions, data breaches requiring regulatory notification assessments, and supply chain compromises requiring vendor coordination.
Sandboxed Malware Analysis
Students analyze real malware samples in isolated, sandboxed environments. Using tools including REMnux, Any.Run, and VirusTotal, students learn to identify malware capabilities, extract indicators of compromise, and develop detection signatures. All analysis occurs in completely isolated environments with no connectivity to external networks, ensuring safe, controlled learning.
Career Outcomes: Roles, Salaries, and Job Placement Support
Completing our cybersecurity bootcamp positions you for a range of entry-level and early-career cybersecurity roles. The salaries listed below reflect 2024-2025 market data from the Bureau of Labor Statistics, CyberSeek, and Robert Half Technology salary surveys. Actual compensation varies based on location, certifications held, prior experience, and employer size. Raleigh-Durham salaries tend to track 5% to 10% above the national median for cybersecurity roles due to the concentration of technology and defense employers in the Research Triangle region.
| Role | Salary Range (Entry-Level) | Key Responsibilities | Typical Certifications |
|---|---|---|---|
| SOC Analyst (Tier 1-2) | $65,000 to $85,000 | Monitor SIEM alerts, triage incidents, escalate confirmed threats, document findings | Security+, CySA+ |
| Junior Penetration Tester | $70,000 to $95,000 | Conduct authorized security assessments, identify vulnerabilities, write assessment reports | CEH, Security+, PenTest+ |
| Security Administrator | $65,000 to $90,000 | Manage firewalls, IAM, endpoint protection, and security tool configurations | Security+, SSCP |
| Compliance Analyst (GRC) | $60,000 to $85,000 | Conduct gap assessments, maintain compliance documentation, support audit readiness | Security+, CISA (advanced) |
| Incident Responder | $75,000 to $100,000 | Investigate security incidents, perform forensic analysis, coordinate containment and recovery | CySA+, GCIH, Security+ |
| Cloud Security Analyst | $75,000 to $105,000 | Secure cloud environments, monitor for misconfigurations, implement cloud security controls | Security+, AWS Security Specialty, CCSP |
Job Placement Support
Our commitment to students extends beyond graduation. Every bootcamp graduate receives job placement support including resume review and optimization for cybersecurity roles, LinkedIn profile guidance focused on demonstrating security skills, mock interview sessions with PTG hiring managers, direct introductions to hiring partners in the Raleigh-Durham area and nationwide, and access to our alumni network of working cybersecurity professionals. Because PTG is an active cybersecurity services company, high-performing graduates may be considered for open positions within our own team. This creates a direct career pipeline that most coding schools and online bootcamps simply cannot offer.
CyberSeek reports that there are currently over 470,000 open cybersecurity job postings in the United States, with a supply-demand ratio of approximately 68 workers for every 100 job openings. Graduates with hands-on training and at least one industry certification are positioned to enter this market from a position of strength. Our past cohorts have seen the majority of job-seeking graduates secure cybersecurity positions within three to six months of completing the program.
Why Train with Petronella Technology Group
There are dozens of cybersecurity bootcamps on the market. Most are run by education companies that specialize in selling courses rather than delivering cybersecurity services. Petronella Technology Group is fundamentally different. We are a cybersecurity company that also trains, not a training company that claims to know cybersecurity. That distinction shapes everything about how we teach.
Practitioner-Led Instruction
Every instructor is an active cybersecurity consultant at PTG. They conduct penetration tests, respond to incidents, build compliance programs, and defend client networks every week. When they teach attack techniques, they have used those techniques in authorized engagements. When they teach defense strategies, they have implemented those strategies in production environments. This current, real-world perspective cannot be replicated by instructors who last practiced security five years ago.
Small Class Sizes
We cap in-person cohorts at 15 students and online cohorts at 20 students. This is not a lecture hall experience where you watch slides for eight hours. Our class sizes allow instructors to provide individual attention during lab exercises, answer questions in depth, and adapt the pace of instruction to match the cohort's progress. Students who struggle get additional support. Students who advance quickly get deeper challenges.
Real-World Projects from Active Consulting
Our capstone scenarios and lab exercises draw from sanitized versions of actual PTG consulting engagements. Students work on the kinds of problems that real clients pay real money to solve. This practical grounding means graduates walk into their first job with experience that mirrors what they will be asked to do, not theoretical exercises from a textbook published three years ago.
Direct Career Pipeline
As an active cybersecurity services company, PTG regularly hires security analysts, consultants, and support staff. High-performing bootcamp graduates have a direct path into our hiring pipeline. Even for graduates who pursue opportunities elsewhere, the PTG name on a training certificate carries weight with employers who know our reputation in the Raleigh-Durham security community and beyond.
Enterprise-Grade Lab Infrastructure
Our lab environment runs on the same enterprise infrastructure we use for client engagements. Students train with the same tools, platforms, and configurations that professional security teams use daily, not simplified demo versions or limited-feature educational licenses. When you move from the bootcamp to a professional role, the tools will feel familiar because you trained on the real thing.
23+ Years of Cybersecurity Experience
Founded by Craig Petronella, PTG has delivered cybersecurity and IT services since 2002. Our curriculum reflects more than two decades of lessons learned from protecting organizations across industries including healthcare, legal, financial services, manufacturing, and government contracting. Our security awareness training and technical consulting programs have been refined through thousands of client engagements.
Cybersecurity Bootcamp Investment
A cybersecurity bootcamp is an investment in a career with strong demand, competitive salaries, and long-term growth potential. The return on that investment is significant. An entry-level cybersecurity role paying $65,000 to $85,000 per year represents a substantial return compared to bootcamp tuition, especially when compared with alternative education paths.
| Education Path | Typical Cost | Duration | Hands-On Training | Certification Prep |
|---|---|---|---|---|
| University Degree (B.S. Cybersecurity) | $40,000 to $120,000+ | 4 years | Limited lab time | Usually not included |
| Online Self-Paced Courses | $500 to $5,000 | Self-directed (3 to 12+ months) | Minimal or none | Varies widely |
| PTG Cybersecurity Bootcamp | Contact for current pricing | 8 to 12 weeks | 60%+ lab time with real tools | Included: Security+, CySA+, CEH |
Enterprise and Team Pricing
Organizations that need to upskill entire security teams, IT departments, or compliance groups can take advantage of our enterprise training packages. Enterprise pricing includes dedicated cohort scheduling, customized curriculum emphasis based on your organization's technology stack and compliance requirements, progress reporting to management, and post-training assessment of skill development. Many organizations fund bootcamp training through professional development budgets, workforce training programs, or cybersecurity insurance provider incentives that reward employee security training.
Payment Options
We offer flexible payment options to make the bootcamp accessible. Payment plans allow you to spread tuition across the duration of the program. Early enrollment discounts are available for students who register 30 or more days before the cohort start date. Veteran and military spouse discounts are available for active duty, reserve, and veteran applicants. Contact our training team for current pricing and available payment arrangements.
Get Pricing and Enrollment Details
Contact our training team for current cohort dates, pricing, and enrollment options tailored to your situation.
Request Pricing Information Call 919-348-4912Frequently Asked Questions About Our Cybersecurity Bootcamp
How long is the cybersecurity bootcamp?
The bootcamp runs 8 to 12 weeks depending on the format you choose. The immersive full-time format completes in 8 weeks with weekday sessions. The part-time format runs 12 weeks with evening and weekend sessions designed for working professionals. Our self-paced option provides up to 6 months of access to all course materials, lab environments, and mentor support. All three formats cover the same comprehensive curriculum and prepare students for the same certifications.
Do I need prior IT experience to enroll?
No prior IT experience is required. Our curriculum begins with foundational modules covering networking, Linux, and Windows security fundamentals that bring all students to a common baseline during weeks one and two. Career changers from non-technical backgrounds have successfully completed the program and transitioned into cybersecurity roles. That said, students with existing IT experience such as help desk work, system administration, or network management often find the foundational modules move quickly and can focus more time on advanced lab exercises. We recommend basic computer literacy and comfort working with files and folders as a minimum starting point.
Is the cybersecurity bootcamp available online?
Yes. We offer a live online format that delivers the same curriculum, lab access, and instructor interaction as our in-person program. Live online cohorts meet via video conference for instructor-led sessions, and students access the same virtual lab environment used by in-person students. The self-paced format is fully online and includes recorded lessons with scheduled mentor calls. Both online formats are available to students nationwide. In-person sessions are held at our training facility in Raleigh, North Carolina.
What certifications does the bootcamp prepare me for?
The curriculum directly aligns with exam objectives for CompTIA Security+ (SY0-701), CompTIA CySA+ (CS0-003), and Certified Ethical Hacker (CEH v13). Students receive practice exams, study guides, and targeted review sessions for each certification. The bootcamp also provides foundational preparation for more advanced certifications including GIAC Security Essentials (GSEC), OSCP, and CISSP, though these typically require additional professional experience. Certification exam vouchers are available at discounted rates through our vendor partnerships.
How much does the cybersecurity bootcamp cost?
Tuition varies by format and enrollment timing. Contact our training team at 919-348-4912 or through our contact page for current pricing. We offer payment plans, early enrollment discounts, veteran discounts, and enterprise team pricing. When evaluating cost, consider that a university cybersecurity degree typically runs $40,000 to $120,000 over four years, while our bootcamp delivers job-ready skills and certification preparation in 8 to 12 weeks at a fraction of that investment.
Will I get hands-on experience?
Absolutely. Over 60% of bootcamp time is spent in hands-on lab exercises. Every student receives access to a dedicated virtual lab environment with multiple virtual machines simulating realistic enterprise networks. You will configure firewalls, scan for vulnerabilities, exploit systems using professional tools, investigate simulated breaches, and build incident response documentation. Lab exercises are modeled on real-world scenarios from PTG's consulting practice. You will also participate in team-based red team and blue team exercises and a comprehensive capstone project that simulates a full security engagement.
What career support is provided after graduation?
Every graduate receives job placement support including resume optimization for cybersecurity roles, LinkedIn profile review, mock interviews with PTG hiring managers, and direct introductions to employers in our hiring network. High-performing graduates are considered for open positions at PTG, creating a direct employment pipeline. Graduates also retain access to our alumni community for ongoing networking, mentorship, and job referrals. Our commitment to your career does not end when the bootcamp does.
How is this different from a cybersecurity degree?
A cybersecurity degree provides broad academic education over two to four years, often including general education courses unrelated to security. Our bootcamp focuses exclusively on practical, job-ready cybersecurity skills delivered in 8 to 12 weeks. The biggest differences are our practitioner-led instruction from active security consultants rather than academic professors, the percentage of time spent in hands-on labs rather than lectures, our direct alignment with industry certification exams, and the immediacy of career outcomes. Many of our students hold degrees in other fields and use the bootcamp to pivot into cybersecurity. A degree and a bootcamp are not mutually exclusive. They serve different purposes and different timelines.
Is the cybersecurity bootcamp available in Raleigh, NC?
Yes. Our in-person cybersecurity bootcamp is held at the Petronella Technology Group training facility in Raleigh, North Carolina, conveniently located at 5540 Centerview Dr., Suite 200, Raleigh, NC 27606. In-person cohorts offer the full immersive experience with face-to-face instruction, dedicated lab workstations, and direct interaction with our security consulting team. The Raleigh-Durham Research Triangle area is home to a thriving cybersecurity job market with employers including Cisco, Red Hat, IBM, SAS, and numerous defense contractors, making it an ideal location for networking and job placement after graduation.
What tools and technologies will I learn?
The bootcamp provides hands-on experience with the tools professional cybersecurity teams use daily. These include Wireshark for packet analysis, Nmap for network scanning, Nessus for vulnerability assessment, Burp Suite for web application testing, Metasploit Framework for penetration testing, Splunk and Elastic Security for SIEM operations, Autopsy and Volatility for digital forensics, AWS and Azure security services for cloud security, and Kali Linux as a primary security testing platform. All tools are provided through our lab environment at no additional cost to students.
Ready to Launch Your Cybersecurity Career?
Contact Petronella Technology Group to learn about upcoming cohort dates, pricing, and enrollment options. Our training team is available to help you choose the right format and certification path for your career goals.
Enroll Now Call 919-348-4912