Find security engineers with verified offensive and defensive technical skills.
Updated
The cybersecurity talent gap continues to widen—there are millions of unfilled security positions globally while data breaches, ransomware, and supply chain attacks set new records annually. Hiring a strong security engineer requires looking beyond certifications to verified, hands-on capability: the ability to find and exploit vulnerabilities, not just describe them.
StepTo places cybersecurity engineers from Eastern Europe—a region with internationally recognized CTF competitors, active security research communities, and strong university programs in information security. These engineers bring genuine offensive and defensive capability at 50–55% below US market rates.
Critical: certifications alone don't validate security capability
A CISSP or Security+ certifies knowledge of security concepts—not the ability to find a SQL injection, bypass an authentication check, or configure a Kubernetes admission controller. Always validate with hands-on exercises: code review for vulnerabilities, HackTheBox profile, or bug bounty history. OSCP is the exception—it requires demonstrated exploitation skill, not memorization.
Annual base salary in USD/EUR. Red team and exploit development specialists command the upper range or beyond.
| Region | Junior | Mid-Level | Senior |
|---|---|---|---|
| United States | $95K–$130K | $130K–$175K | $175K–$220K |
| Canada | $80K–$110K | $110K–$150K | $150K–$190K |
| Western Europe | €65K–€95K | €95K–€135K | €135K–€180K |
| Latin America | $38K–$58K | $58K–$85K | $85K–$115K |
| Eastern Europe | $40K–$60K | $60K–$88K | $88K–$115K |
| Asia | $25K–$45K | $45K–$70K | $70K–$100K |
0–2 years experience
3–5 years experience
6+ years experience
Pre-vetted Eastern European security engineers with verified HackTheBox rankings, CTF histories, or bug bounty recognition. We screen for hands-on capability, not certifications. Engagements start in 2–3 weeks.
HackTheBox rankings and HackerOne/Bugcrowd hall-of-fame entries provide objective, public validation of security capability. These signals are far more reliable than self-reported resume claims.
DEF CON, Black Hat, BSides events, and regional conferences (Hack In The Box, HITCON) attract serious practitioners. CTF competitions at these events surface the most skilled active researchers.
Exploit-db contributors, CVE authors, security blog writers (0xdf, IppSec, LiveOverflow), and OWASP chapter leaders demonstrate public security expertise that can be verified independently.
Check HackTheBox/TryHackMe profile, CTF writeups, bug bounty acknowledgments, CVE discoveries, security blog posts. Public accomplishments in security are verifiable—weight these heavily over resume claims.
Provide application code (Python Flask API or Node.js) with multiple security vulnerabilities: SQL injection, IDOR, broken auth, SSRF, command injection. Their ability to find and explain vulnerabilities—not just name categories—reveals genuine depth.
Walk through a real (or simulated) security assessment together. For AppSec: intercept and modify a request in Burp Suite. For cloud security: review an AWS IAM policy and identify over-permissioned roles. Hands-on beats theoretical.
Present a simple system architecture (e-commerce checkout, CI/CD pipeline, microservices API). Ask them to walk through threats using STRIDE. Evaluate: do they think like an attacker? Do they prioritize by risk? Do they consider trust boundaries?
Describe an active security incident: unusual outbound traffic, compromised credentials, ransomware indicators. What are their first 5 actions? How do they contain, investigate, and communicate? Tests real-world readiness beyond theoretical knowledge.
Cybersecurity engineering encompasses several distinct roles. Application security (AppSec) engineers embed into product teams to review code, conduct threat modeling, run SAST/DAST tools, and fix vulnerabilities before they reach production. Penetration testers conduct authorized attacks against your infrastructure to find exploitable weaknesses before malicious actors do. Cloud security engineers specialize in securing AWS, Azure, and GCP environments—IAM policies, network segmentation, secrets management, and misconfiguration detection. Security operations (SecOps/SOC) engineers monitor infrastructure, triage alerts, and respond to incidents. Red team engineers simulate sophisticated adversary attacks across full kill chains. Compliance engineers focus on regulatory requirements (SOC 2, ISO 27001, GDPR, HIPAA). Most product companies need AppSec engineers first; penetration testing is often contracted rather than hired full-time.
Strong security engineers combine offensive and defensive perspectives. Technical depth varies by specialization, but universal skills include: understanding the OWASP Top 10 in depth (not just naming them but exploiting and remediating each); network protocol knowledge (TCP/IP, TLS internals, DNS, HTTP/2); Linux internals (filesystem permissions, process isolation, capabilities, namespaces); scripting and automation in Python and Bash; experience with security tooling (Burp Suite for web testing, Nmap, Metasploit, Wireshark). AppSec specialists additionally need: code review ability across multiple languages, SAST/DAST tool configuration (Semgrep, Checkmarx, Snyk), and threat modeling frameworks (STRIDE, PASTA, attack trees). Cloud security specialists need deep AWS/Azure/GCP IAM knowledge, infrastructure-as-code security review, and misconfiguration detection tools (CloudSploit, Prowler, ScoutSuite).
Cybersecurity engineers are among the highest-paid technical professionals due to extreme talent scarcity relative to demand. In the United States, mid-level security engineers earn $120,000–$165,000. Senior AppSec and cloud security specialists command $165,000–$220,000. Specialized roles (red team, exploit development) often exceed $220,000. The global security talent market is genuinely scarce—most companies struggle to fill positions even at premium pay. Eastern European security engineers—strong pools in Poland, Romania, Czech Republic, and Serbia—earn $50,000–$110,000, offering meaningful savings without sacrificing capability. Via StepTo, companies access pre-vetted Eastern European security engineers at $55–$100/hour. Eastern European universities have strong computer science and cybersecurity programs, and the region has produced internationally recognized CTF competitors and security researchers.
Certifications are a starting point, not a sufficient signal. OSCP (Offensive Security Certified Professional) is the gold standard for penetration testers—it requires a 24-hour practical exam with real exploitation, not multiple-choice questions. GIAC certifications (GWAPT, GPEN, GCIH) are respected for specific domains. CEH and Security+ are more accessible but less discriminating. Better signals: HackTheBox and TryHackMe profiles (ranked accomplishment, not self-reported); CTF competition participation and writeups; CVE discoveries and responsible disclosure history; Bug bounty program hall-of-fame entries on HackerOne or Bugcrowd; public security research, blog posts, or conference talks. For AppSec roles: code review exercises where they find vulnerabilities in real application code are the strongest screen.
Threat modeling is the practice of systematically identifying, prioritizing, and addressing security risks before they become vulnerabilities. It's what separates reactive security (fixing bugs after they're found) from proactive security (designing systems that are harder to attack). Strong AppSec engineers apply threat modeling to every significant feature: who are the adversaries, what are their capabilities, what assets are valuable, and which attack paths are most likely? Common frameworks: STRIDE (Spoofing, Tampering, Repudiation, Information Disclosure, Denial of Service, Elevation of Privilege), PASTA (Process for Attack Simulation and Threat Analysis), and attack trees. In a hiring interview, ask candidates to threat model a simple system (a login page, an API endpoint, a data pipeline). Their ability to systematically identify attack surfaces reveals security engineering maturity beyond tool knowledge.
Cloud security has become the most in-demand security specialization. Essential skills: AWS IAM deep knowledge (least-privilege policy authoring, permission boundaries, Service Control Policies, role chaining risks); network security (VPC design, security groups vs NACLs, PrivateLink, WAF configuration); secrets management (AWS Secrets Manager, HashiCorp Vault, avoiding hardcoded credentials); cloud-native security tools (AWS Security Hub, GuardDuty, AWS Config, CloudTrail analysis); infrastructure-as-code security review (Terraform/CloudFormation scanning with Checkov, tfsec); container security (Kubernetes RBAC, pod security standards, image scanning with Trivy, runtime monitoring with Falco); and identity federation and workload identity patterns. Security engineers who understand infrastructure-as-code can embed security reviews into CI/CD pipelines—shifting security left rather than relying on post-deployment scanning.
Most companies need both, serving different purposes. An internal AppSec engineer is most valuable for continuous, proactive work: security code reviews in pull requests, threat modeling during design, developer training, and tool configuration. External penetration testing firms provide independent perspective and domain expertise for periodic assessments—they're not biased by familiarity with your codebase and bring fresh attack patterns. A reasonable model: hire one AppSec engineer when your engineering team reaches 20–30 developers; supplement with external pen tests annually or before major releases; add a second security engineer when you hit compliance requirements (SOC 2 Type II, ISO 27001) or significant data sensitivity. Avoid the mistake of substituting certifications and compliance checkboxes for actual security engineering capability.
The most common mistake is over-weighting certifications at the expense of practical skills. A CISSP holder who can't write a Burp Suite extension or read a network capture is less useful than an uncertified engineer who's completed 50 HackTheBox machines. A related mistake is conflating compliance with security—hiring a GRC (governance, risk, compliance) analyst when you need an engineer who can find and fix vulnerabilities. Companies also frequently underscope the role: 'security engineer' asked to cover AppSec, cloud security, SOC operations, and compliance simultaneously will be ineffective at all of them. Define the primary focus clearly. Finally, treating security as a gate at the end of development (security review before release) rather than embedding security engineers throughout the development lifecycle creates bottlenecks and misses architectural issues that are expensive to fix post-implementation.
StepTo pre-vets Eastern European security engineers using practical exercises—code review, live exploitation, and cloud security assessments. Verified capability at 50–55% below US rates.
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