Security engineers vetted on real tooling, not certification trivia.
Cloud, application, IAM, and incident response specialists for U.S. companies. Direct hire, contract, and contract-to-hire across 30+ metros.
Security engineer staffing places vetted cloud, AppSec, IAM, and IR specialists on permanent and contract teams. KORE1 closes most security searches in 17 to 30 days, backed by a 92% twelve-month retention rate.
Plenty of recruiters can spell CISSP. Far fewer can actually vet a security engineer.
The job ad asks for CISSP, three cloud certifications, and seven years of experience. The actual day-to-day is Burp Suite, Terraform, IAM policy, and a Slack channel that goes red at 2 a.m. Different job. Same title.
Generalist staffing firms screen for keywords. We screen for hands. That’s why we still place security engineers when the four-month searches at the big firms stall out with two declined offers and a hiring manager who’s quietly drafting a “we couldn’t find anyone” memo to the CFO. Familiar pattern by now.
The market is tighter than it looks on paper. ISC2’s 2025 Workforce Study puts the global gap at 4.8 million unfilled cybersecurity positions, and the U.S. Bureau of Labor Statistics projects 33% job growth for information security analysts through 2033. CyberSeek tracks roughly 470,000 open cybersecurity positions across the U.S. on any given month. Demand is up. Supply isn’t. The math is bad. We work this market through our IT staffing services practice.
“Security engineer” is six different jobs. Treating them as one is how searches stall.
Cloud security engineers tune AWS Config, harden IAM policies, and triage Wiz or Lacework findings. AppSec engineers live in code review, threat modeling, and SAST scans. IAM specialists own SSO, conditional access, and the messy work of consolidating five identity providers into one because the company grew through acquisition and never cleaned up.
SOC and IR engineers work inside Splunk, Sentinel, or Chronicle, writing detection-as-code in Sigma or KQL. GRC analysts run Drata, Vanta, or OneTrust and talk to auditors against frameworks like the NIST Cybersecurity Framework. OT security is its own world. ICS protocols, Purdue model design, vendors like Claroty and Dragos that almost no general-IT recruiter has touched. Different stacks. Different rituals.
Each track has its own screen. A solid AppSec engineer can flame out in cloud security. A SOC analyst with five years on Splunk isn’t ready for the architecture conversations a senior security engineer faces in week one. We treat each track as a separate discipline because the market does. Cross-team work overlaps with our DevOps engineer staffing and cloud engineer staffing desks when DevSecOps or platform-security work is in scope. Specialty wins.
What our security engineering desk looks like by the numbers.
Live tooling. Real prompts. The chair test, not the keyword test.
Most recruiters score resumes against a keyword list and call it done. That’s how a paper-perfect OSCP-plus-AWS-Security-Specialty candidate ends up two weeks into an engagement before someone realizes they can’t write an IAM policy without wildcards. Resume looked fine. The work didn’t.
Cloud candidates get a 30-minute IAM walkthrough. Grant least-privilege access to a Lambda that reads from one S3 prefix and writes to one DynamoDB table. Most senior-titled candidates fail this in the first ten minutes.
AppSec candidates get vulnerable code and 20 minutes to find the bugs and explain the fix. We map findings against the OWASP Top 10 so the conversation tracks the same vocabulary your dev team uses. IR candidates get a Sigma rule writing exercise against a real attack pattern. Live tools. Real prompts. Nobody talks their way through it.
We rejected a candidate last month with a perfect resume on the IAM exercise alone. Resume said senior. Chair test said junior. That’s the bar.
Contract or full-time? Most clients ask the wrong question first.
The right question is what kind of work the engineer will actually own. Sort by the work. The model picks itself.
Direct hire is the right call when:
- The role owns long-term institutional knowledge. IAM architecture, AppSec program ownership, detection engineering.
- Compliance reporting (SOC 2, HITRUST, PCI) names a specific person on the audit.
- The engineer will set patterns the rest of the team builds against for two-plus years.
Contract or fractional fits when:
- You’re closing a discrete program. SOC 2 readiness sprint, audit remediation, cloud migration security review.
- You need senior expertise for 6 to 12 months without committing to $220K base.
- A leave or maternity gap needs covered without losing program velocity.
Contract-to-hire wins when:
- Comp is high and cultural fit is genuinely unknown. Both sides get a working trial.
- Internal headcount is approved but the candidate isn’t yet vetted on real work.
About 80% of our cybersecurity contract-to-hire engagements convert to permanent inside the first six months. That holds because we screen for permanent fit on day one rather than treating contract as a separate motion that gets re-screened later. The engineer either fits or doesn’t. You see it inside thirty days.
Security engineering roles we staff
Every candidate is screened on hands-on tooling, not certifications alone. Pick the track that matches the seat.
Cloud Security Engineers
AWS, Azure, GCP posture management. IAM design, Wiz and Lacework triage, IaC review across Terraform and Pulumi.
Application Security (AppSec)
Threat modeling, SAST and DAST tuning, secure SDLC ownership. Burp Suite, Semgrep, Snyk, and developer enablement at scale.
SOC, Detection & IR
SIEM ownership in Splunk, Sentinel, and Chronicle. Detection-as-code in Sigma and KQL, threat hunting, incident response.
IAM, GRC & Executive
SSO consolidation, privileged access, GRC platform fluency. Plus CISO and security director searches via our executive practice.
Common Questions
What does a security engineer actually do day to day?
A security engineer’s day depends entirely on track. Cloud engineers tune AWS Config and IAM. AppSec engineers run code review and SAST triage. IR engineers write Sigma detections and chase alerts.
CISSP-level overview material covers all of this at 30,000 feet. The actual job is much narrower and much more tool-specific. That gap is why a generic “security engineer” job ad attracts candidates who can do everything badly and nothing well, and why the strongest hires come from track-specific screens that test the exact tools the role will actually use on day one. Pick the track first.
How much should we budget for a senior security engineer?
$155K to $230K base for a senior IC role in most U.S. metros, climbing to $180K to $260K base for cloud security and AppSec specialists in the Bay Area, Seattle, and NYC.
Add 15% to 25% for total comp once equity and bonus get layered in. Mid-level (3 to 6 years) typically runs $115K to $165K base. Our full Security Engineer Salary Guide breaks the numbers down by specialty and metro.
CISSP, OSCP, GIAC. Which certifications actually matter?
Less than the job ads suggest. CISSP signals breadth and works as a senior-IC filter. OSCP earns respect on red team and pen test desks. GIAC certs (GCIH, GREM, GCFA) carry weight inside SOC and IR.
AWS Security Specialty and Azure Security Engineer Associate matter for cloud roles, full stop. But a candidate with two years of hands-on Burp Suite work and an active GitHub of CTF writeups will routinely outperform an over-credentialed candidate who hasn’t touched a real tool since their last certification exam. We screen for both. Hands first.
Should we hire contract or full-time?
The right question isn’t contract or full-time. It’s whether the engineer owns long-term institutional knowledge or a specific time-bound program. Sort by the work, and the model picks itself.
IAM architecture, AppSec program ownership, and detection engineering belong on a permanent team. SOC 2 readiness sprints, audit remediation, and cloud migration reviews are contract work. Contract-to-hire bridges the two when comp is high and fit is genuinely uncertain. About 80% of our cybersecurity contract-to-hire engagements convert inside six months.
How long does it take KORE1 to fill a security engineer role?
17 days on average for IT roles overall, with security engineering tracking closely behind. Cloud security and senior AppSec searches typically run 21 to 35 days because the candidate pool is thinner.
Straightforward mid-level SOC roles have closed in under 10 business days when requirements were locked and comp was competitive. Most delays come from internal scope drift, unclear comp bands, and four-round interview loops that stretch the calendar by three weeks for no real reason on the candidate side. Speed isn’t the bottleneck. Process is.
Can a staffing firm really vet security skills?
Most can’t. Our security desk is built around recruiters who came out of cybersecurity directly or have spent eight-plus years exclusively on these roles, and we run live tooling screens before the client interview.
Burp Suite walkthroughs, Terraform plans, IAM JSON, Sigma rule writing. We pair candidates with internal SMEs for technical evaluation when the role is highly specialized. Our security placements stick at the same 92% twelve-month retention rate as the rest of the firm, well above the industry average for hard-to-fill technical roles where mis-hires routinely cost six figures in lost ramp time. For executive cybersecurity searches, our CISO staffing practice runs a separate retained-search motion built for that tier.
Tell us what the engineer will inherit. We’ll tell you who can actually own it.
Thirty-minute intake. Real candidates on your desk inside three weeks. No forwarded resume walls.
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