6 templates for the engineer who secures the software you ship: standard application security, a first product security hire, senior, offensive, pipeline and supply chain, and junior. Download as DOCX.
Almost every software security engineer job description on the internet was written by copying a cybersecurity posting and pasting the word software in front of it. The result asks for firewall management, SIEM tuning, and endpoint policy from a person whose actual job is reading pull requests. Application security engineers spot that in about eight seconds, and they do not apply.
The two roles are genuinely different. One protects the systems you run. The other protects the code you write. If your company sells software, you almost certainly want the second one, and the posting has to prove you know the difference before a strong candidate will keep reading.
At FirstHR we write hiring templates for small companies that do not have a recruiter to catch this. The six below cover a standard application security role, a first product security hire, a senior individual contributor, an offensive testing specialist, a pipeline and supply chain engineer, and a junior hire, each with the classification and access notes the generic versions skip.
TL;DR
A software security engineer secures the code you ship: threat modeling, secure code review, pipeline and dependency security, and vulnerability response. There is no BLS occupation for the title, so benchmark against software developers at a $135,980 median and information security analysts at $129,180 (OEWS, May 2025). The role is normally exempt. Six templates below.
What a Software Security Engineer Does
A software security engineer secures the software your company builds, at every stage from design to incident response. The distinguishing feature is that the work happens inside the development lifecycle rather than around it: threat models before code, reviews during, testing before release, and vulnerability response after.
The federal reference for what that covers is the NIST Secure Software Development Framework (SP 800-218 version 1.1, published February 2022), which organizes secure development into four practice groups: prepare the organization, protect the software, produce well-secured software, and respond to vulnerabilities. That is a fair map of the job, and a useful outline for the responsibilities section of your posting.
Design: before a line is written
Threat model the feature with the team building it
Set the authentication and authorization pattern
Choose the cryptography instead of leaving it to chance
Say which data may not leave which boundary
Build: while the code is being written
Secure code review on high-risk changes
Tune SAST and dependency scanning so results get used
Keep secrets out of source control
Publish patterns engineers can copy safely
Test: before it ships
Run application and API penetration tests
Verify authorization boundaries under real conditions
Gate releases on the findings that genuinely matter
Retest fixes rather than trusting the ticket
Respond: after it is live
Take vulnerability reports through a published channel
Set severity and remediation dates that hold
Patch upstream dependencies on a known clock
Write the postmortem and change the pattern
Write the Posting Around Prevention, Not Reporting
The fastest way to lose an application security candidate is a responsibilities list made of monitoring, reporting, and evidence collection. Those tasks exist in every security role, but they are not what a software security engineer is optimizing. Lead with the preventive work: threat modeling, code review, secure defaults, and tooling that removes whole vulnerability classes. Put the audit and questionnaire work in its own honest bullet with a rough share of the year attached. Candidates who want that half will still apply, and the ones who would resent it screen themselves out before your first call.
How the Role Differs From a Security Engineer
A software security engineer protects the code, and a security engineer protects the systems. That single sentence resolves most of the confusion, and it also explains why the two roles draw from different candidate pools: software security people come out of software engineering and expect to keep writing code.
Getting the title wrong is expensive in both directions. Advertise a security engineer role and you fill your pipeline with infrastructure and network defenders who have never reviewed a pull request. Advertise application security and you may find nobody at all, because the market for that skill set is smaller and pricier than a general security engineer posting suggests.
Software security engineer
Secures the code you write
Works inside the development lifecycle: threat models features, reviews code, tunes the scanners, and fixes what they find. Judged on the vulnerability classes that never reach production. Hired by companies that build software.
Security engineer
Secures the systems you run
Hardens infrastructure, manages identity and endpoints, and responds to incidents across the company. The product is one of many things being defended. Hired by companies that run software, whoever wrote it.
Security analyst
Watches and reports
Monitors alerts, investigates events, and maintains the control evidence auditors ask for. Rarely writes production code. Often the first security title a non-technical company hires, and the wrong one for a software company.
Senior developer with a security mandate
The honest small-company answer
Below roughly twenty engineers, this is usually the real solution: a strong developer given time, budget, and authority for security work. Write it into their job description rather than hoping it happens.
Title
Protects
Typical background
When to hire it
Software security engineer
The code you write and ship
Software engineering, then application security
You build and sell software with real user data
Security engineer
The systems and network you run
Systems, network, or cloud infrastructure
You operate a lot of software, however it was built
Security analyst
Detection, evidence, and reporting
SOC operations, IT, compliance
You need monitoring and audit evidence, not code work
Offensive security engineer
Nothing; it finds what fails
Penetration testing, exploit development
You ship fast enough that annual external testing lags
Pipeline security engineer
The build and release path
Platform, DevOps, infrastructure
Your dependencies and CI/CD are the weakest link
Senior developer with a mandate
Whatever matters most that quarter
Your own strongest engineer
You have fewer than about twenty engineers
The last row is the honest answer for most small software companies, and it is worth writing down properly rather than leaving as an assumption. Our software engineer templates pair well with it: add the security mandate to the responsibilities section rather than hoping it happens between features.
Which Template Should You Use?
Pick by the problem you are solving, not by seniority. Four of the six templates below describe different jobs rather than different levels, and choosing the wrong one produces a posting that reads as confused even when every individual bullet is reasonable.
Standard / Application Security
The general version
The all-purpose posting: threat modeling, secure code review, scanner ownership, and vulnerability triage. Start here and cut what you do not need.
First Product Security Hire
Small software company
For a team with no security program to inherit. Written around building a baseline, sequencing risk, and surviving customer security reviews alone.
Senior / Staff
Architecture and standards
For an individual contributor who owns security architecture, runs the threat modeling practice, and changes engineering behavior without owning headcount.
Offensive Security
Testing and exploitation
For the person who breaks your product on purpose: penetration testing, exploit proof of concept, bug bounty triage, and retesting every fix.
Pipeline and Supply Chain
Build, dependencies, secrets
For securing the path from laptop to production: CI/CD hardening, dependency policy, artifact signing, and getting secrets out of source control.
Junior / Entry-Level
0 to 2 years
For an early-career hire who triages scanner output and shadows reviews, with an honest note on why this one is not automatically exempt.
Download all six as one file or copy them individually. Each follows the same structure: company overview, job summary, key responsibilities, required qualifications, a classification and compliance note, an equal opportunity statement, and how to apply. The bracketed fields are the only parts you need to change.
Download All 6 Software Security Engineer Job Description Templates
Standard application security, first product security hire, senior, offensive, pipeline and supply chain, and junior. All in one download.
Template 1: Standard Software Security Engineer
The all-purpose application security posting: threat modeling, secure code review, scanner ownership, pipeline work, and vulnerability triage. Start here and cut what does not apply to your stack.
To apply, email __ with your resume and a short note about
a vulnerability class you find interesting and why.
Template 2: First Product Security Hire
For a small software company with no security program to inherit. Written around building a baseline, sequencing risk honestly, and surviving customer security reviews without pulling three engineers off their work.
First Product Security Hire Job Description (Small Software Company)
For an individual contributor who owns security architecture, runs the threat modeling practice, and changes engineering behavior across the organization without owning the headcount.
To apply, email __ with your resume and a design document,
advisory, or writeup you are proud of.
Template 4: Offensive Security Engineer
For the person who breaks your product on purpose: authorized penetration testing, proof-of-concept exploits, bug bounty triage, and retesting every fix. Note the written authorization requirement in the compliance section of the template.
To apply, email __ with your resume and a redacted report or
public advisory that shows how you write up a finding.
Template 5: Pipeline and Supply Chain Security Engineer
For securing the path from a developer laptop to production: CI/CD hardening, dependency policy, artifact signing, and getting secrets out of source control. If most of the role is platform work, our DevOps engineer templates may be the better fit.
Software Security Engineer, Pipeline and Supply Chain Job Description
SOFTWARE SECURITY ENGINEER JOB DESCRIPTION (PIPELINE AND SUPPLY CHAIN)
Company: __ ([City, State] / Remote)
Reports to: [Head of Platform / Head of Security]
Employment type: Full-time, W-2 employee
FLSA status: Exempt (computer employee exemption)
Compensation: $_____ base [+ bonus / equity]
ABOUT THIS ROLE
[Company Name] ships [frequency] from [number] repositories into [cloud
platform]. This role secures the path the code takes from a developer laptop to
production: the build system, the dependencies, the artifacts, and the
credentials that move between them.
JOB SUMMARY
The Pipeline Security Engineer secures our build and release process end to end.
You will harden CI/CD, manage the dependency and artifact policy, keep secrets
out of source control, and make the secure path the easy path for engineers.
KEY RESPONSIBILITIES
•Harden the CI/CD system: scoped runners, least-privilege build credentials,
and protected release branches
•Own dependency policy: scanning, allowed licenses, update cadence, and how an
urgent upstream vulnerability gets patched
•Generate and maintain a software bill of materials for each release
•Implement build provenance and artifact signing, and verify signatures at deploy
•Eliminate hardcoded secrets: scanning, rotation, and a managed secret store
•Secure infrastructure as code with policy checks in the pull request, not after
•Set container and base image standards, including patch cadence and registry
hygiene
•Instrument the pipeline so security failures are visible and actionable rather
than ignored
REQUIRED QUALIFICATIONS
•[Number] years across platform, DevOps, or infrastructure engineering with
security ownership
•Strong scripting and automation skills in [Python / Go / Bash]
•Hands-on with [GitHub Actions / GitLab CI / Jenkins / Buildkite] and
[AWS / GCP / Azure]
•Working knowledge of container security, IAM, and secret management
•Familiarity with supply chain frameworks and build provenance concepts
•Pragmatism: controls that block every merge get switched off within a month
CLASSIFICATION AND COMPLIANCE NOTE
Exempt under the FLSA computer employee exemption when the primary duty is the
design, development, and testing of systems and programs. Note the overlap with
platform engineering: if you are really hiring a platform engineer with a
security mandate, say so in the posting and pay the market rate for that role
instead. This person will hold production deployment credentials, so tie the
access grant to a signed acceptable-use and confidentiality acknowledgment, and
build offboarding revocation into the same checklist from day one. This is
general information, not legal advice.
EEO STATEMENT
[Company Name] is an equal opportunity employer and provides reasonable
accommodations for the essential functions of this role.
To apply, email __ with your resume and a description of a
pipeline you hardened and what it cost the developers.
Template 6: Junior Software Security Engineer
For an early-career hire who triages scanner output, reviews lower-risk changes, and shadows senior engineers, with an honest note on why this role is not automatically exempt from overtime.
current, and shadowing senior engineers on threat models and reviews.
KEY RESPONSIBILITIES
•Triage output from SAST, DAST, and dependency scanning; separate real findings
from noise and route them to the owning team
•Review lower-risk pull requests against our secure development standard
•Keep dependencies current and drive routine upgrade work to completion
•Reproduce reported vulnerabilities and write clear, reproducible tickets
•Maintain security documentation, runbooks, and the internal knowledge base
•Shadow senior engineers on threat models, design reviews, and tests
•Help assemble evidence for [SOC 2 / ISO 27001] and customer questionnaires
•Track remediation dates and chase what is overdue
REQUIRED QUALIFICATIONS
•[Degree in computer science or a related field / bootcamp / equivalent
demonstrated skill: set your bar honestly]
•Able to read and write code in at least one language: [Python / JavaScript /
Java / Go]
•Foundational understanding of the common web vulnerability classes
•[CompTIA Security+, eJPT, or coursework and personal projects]
•Curiosity, and the willingness to say when something does not make sense
CLASSIFICATION AND COMPLIANCE NOTE
Do not assume this one is exempt. The FLSA computer employee exemption requires
both a duties test and either a salary or fee basis of at least $684 per week or
an hourly rate of at least $27.63, and the regulation excludes trainees and
entry-level employees who are not yet performing the exempt work independently.
A junior engineer whose day is triaging scanner output under close supervision is
frequently non-exempt, which means tracking hours and paying overtime past forty
in a week. Decide on the real duties, write the decision down, and revisit it at
promotion rather than years later. This is general information, not legal advice.
EEO STATEMENT
[Company Name] is an equal opportunity employer and provides reasonable
accommodations for the essential functions of this role.
COMPENSATION AND HOW TO APPLY
Compensation: $_____ [per year / per hour], [benefits summary]
To apply, email __ with your resume and a link to something
you built or broke.
What Belongs in the Posting
A security engineering posting does four jobs at once: it proves you understand the role, it filters the wrong applicants, it protects you legally, and it closes the candidate. Most postings do only the second, which is why they attract volume without fit.
The parts engineers read first
Your stack, named exactly, and the scale it runs at
Whether the role is preventive, offensive, or pipeline
How much of the week is writing code
Who owns the fix once you find the flaw
The parts that filter applicants
Years in software engineering, separately from years in security
Certifications marked required or preferred, never both
Compliance regimes you actually operate under
Any clearance, citizenship, or screening requirement, cleared with counsel
The parts that protect you
FLSA classification stated on the posting
Essential functions written plainly
Authorization and rules-of-engagement language for testing roles
Equal opportunity statement
The parts that win the hire
A real base range, not a placeholder
Budget for tooling, training, and conferences
The mandate: what this person is allowed to block
A named person and a decision timeline
The most common omission is the mandate. Candidates want to know what this person is allowed to block, who overrules them, and whether a security objection stops a release or gets logged and ignored. A posting that ducks it signals a company where security is advisory, which is the single strongest negative signal in this market. Our guide to writing a job description covers the general structure in more depth.
Exempt or Non-Exempt?
A software security engineer is normally exempt under the FLSA computer employee exemption, which is the one white-collar exemption with two pay routes: a salary or fee basis of at least $684 per week, or an hourly rate of at least $27.63. Nearly every mid-level and senior version of this role clears both the pay and the duties test comfortably.
The duties test in the federal regulation on computer employees as exempt professionals asks whether the primary duty is the application of systems analysis techniques, or the design, development, documentation, analysis, creation, testing, or modification of computer systems or programs. Threat modeling, code review, tooling, and testing all sit inside that. Our breakdown of exempt versus non-exempt classification works through the tests if you are unsure.
The computer employee exemption has two pay routes
Most exempt roles have to clear a weekly salary floor and nothing else. The computer employee exemption is unusual: it accepts either a salary or fee basis of at least $684 per week or an hourly rate of at least $27.63, which is the only place in the white-collar rules where an hourly worker can still be exempt. The duties test asks whether the primary duty is the application of systems analysis techniques, or the design, development, documentation, analysis, creation, testing, or modification of computer systems or programs. A software security engineer who threat models, reviews code, and builds tooling meets that comfortably. Someone who runs a fixed scan routine and forwards the output may not, whatever the title says. This is general information, not legal advice.
Junior and trainee roles are the real exposure
The regulation is explicit that the exemption does not extend to trainees or to employees who are not yet performing the exempt work independently, and that is exactly where small companies get it wrong. A junior security engineer triaging scanner output under close supervision, working from a runbook, and escalating anything unusual is doing supervised support work, not independent systems design. Classify that role non-exempt, track the hours, and pay overtime past forty in a week. The cost of being wrong is back wages, liquidated damages, and attorney fees, all for a decision that was made in ten seconds during an offer conversation. Write the classification analysis down when you make it, and revisit it at promotion rather than at the point somebody asks a lawyer. This is general information, not legal advice.
Access is granted before trust is earned
This hire needs production access, source code access, and often credentials to your cloud account within the first week, which is earlier and deeper than any other engineering hire. Sequence it deliberately rather than handing over an admin role because onboarding is easier that way. Grant access in stages tied to the work, document who approved each grant, and require signed confidentiality, acceptable-use, and intellectual property acknowledgments before the first credential is issued. Run the background screening you have decided on consistently across the role rather than case by case, and follow the federal and state notice and consent rules that apply to it. Then build revocation into offboarding on the same checklist, because the access that is easy to grant quietly is the access nobody remembers to remove.
Testing needs written authorization
If any part of the role involves penetration testing, exploit development, or probing systems you do not fully own, the rules of engagement belong in writing before the first test and not after the first surprise. Define what is in scope, what is explicitly out, who authorizes changes to that scope, how findings are stored, and what happens if the tester stumbles into customer data. Testing outside written authorization creates exposure under federal and state computer access statutes for the employee and the company alike, and a cloud provider or third-party service in the blast radius has its own terms to respect. This is not paranoia: it is the same discipline an external testing firm applies by contract, and doing it in-house does not remove the requirement. This is general information, not legal advice.
The Junior Hire Is Where This Goes Wrong
Small companies classify every engineering role exempt by reflex, and for a junior security hire that reflex is expensive. The regulation does not extend the computer employee exemption to trainees or to employees who are not yet performing the exempt work independently. An entry-level engineer triaging scanner output from a runbook under close supervision is doing supervised support work. Classify that role non-exempt, track the hours, pay the overtime, and reclassify at promotion with the analysis written down. Back wages plus liquidated damages plus attorney fees is a bad price for a decision made in ten seconds during an offer call.
Skills, Certifications, and Screening
Screen for software engineering ability first and security knowledge second, because someone who cannot read your code cannot secure it. That ordering is the practical difference between hiring an application security engineer and hiring a security generalist who will file tickets your team ignores.
Certifications are a tiebreaker rather than a filter here. The hands-on credentials carry the most signal, while breadth certifications fit security leadership better than a code-level role. Public artifacts tell you more than any of them: advisories, assigned CVEs, open source tooling, or a bug bounty history you can read.
Requirement
How to handle it in the posting
Software engineering years
State them separately from security years; a security-only background rarely works here
Language and stack
Name your actual stack; asking for six languages signals you have not decided
Vulnerability class knowledge
Ask for depth in the classes your product exposes, not a memorized top ten list
Tooling experience
SAST, DAST, and dependency scanning in a real pipeline, including tuning out false positives
Certifications
Mark preferred, not required, unless a customer contract genuinely obliges you
Compliance exposure
Name the regimes you operate under and roughly what share of the year they take
Background screening
State that an offer is contingent on it, and run the same standard for every candidate in the role
Clearance or citizenship
Only where a contract genuinely requires it, and only with language cleared by counsel
For the practical evaluation, replace the take-home puzzle with a real artifact. A code review of a deliberately flawed pull request, or a threat model of a feature you actually shipped, tells you more in ninety minutes than a weekend project, and it respects the time of candidates who are interviewing in three places at once.
What to Pay a Software Security Engineer
There is no Bureau of Labor Statistics occupation for software security engineer, so the honest approach is to bracket the role with the two classifications on either side of it: software developers and information security analysts. Application security specialists usually price at or above the software developer median, because you are competing for engineers first.
Benchmark Occupations, National Medians
According to the Bureau of Labor Statistics Occupational Employment and Wage Statistics survey (May 2025), the national median annual wage was $135,980 for software developers (SOC 15-1252) and $129,180 for information security analysts (SOC 15-1212). The broader computer occupations, all other group (SOC 15-1299), where the information security engineer occupation is classified, had a median of $116,580 (U.S. Bureau of Labor Statistics, OEWS national estimates).
Benchmark figure (BLS OEWS, May 2025)
Amount
How to use it
Software developers, median
$135,980 per year
The closest pay market; treat it as your center of gravity
Information security analysts, median
$129,180 per year
The closest security market; use it for the defensive half of the role
Computer occupations, all other, median
$116,580 per year
Where the information security engineer occupation is classified
Software QA analysts and testers, median
$104,300 per year
A floor reference for testing-heavy junior roles
Information security analysts, 25th percentile
$97,810 per year
Junior or first security hire outside a major metro
Software developers, 75th percentile
$171,980 per year
Senior or staff product security in a major metro
Information security analysts, 90th percentile
$199,850 per year
Principal level, or a regulated industry premium
Software developers, 90th percentile
$214,670 per year
Top of market; large technology, finance, and defense employers
Two adjustments to make before you publish a range. Specialization pushes up: offensive security and cryptography-heavy roles clear the general application security rate in most markets. And the compliance share pushes down what a strong candidate will accept, so if half the year is audit support, say so and price the role for the person who wants that mix rather than surprising the one who does not.
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Below roughly twenty engineers, a dedicated software security engineer is usually the wrong shape. The better structure is a senior developer with an explicit security mandate, protected time, a tooling budget, and the authority to block a release, backed by periodic testing from an outside firm.
The signals that it is time to hire are concrete rather than cultural: you handle regulated or payment data, enterprise customers send security questionnaires that consume real engineering weeks, you are pursuing a formal certification, or your engineers are losing more than a day a week to security work nobody hired them for. When those stack up, the first-hire template above is written for exactly that transition.
A customer security questionnaire triggered the hire, and the posting shows it
Most first security hires at small software companies start with an enterprise deal that arrived with a spreadsheet attached. That is a legitimate reason to hire, but it produces a job description written for the auditor instead of the engineer: control evidence, policy documents, and questionnaire response, with no mention of code. Strong application security candidates read that and see a compliance job with an engineering title, and they do not apply. Write both halves honestly. Say that audit support is part of the role and roughly what share of the year it takes, then spend the rest of the posting on the technical work: threat modeling, code review, the state of the pipeline, and what the person is allowed to block. Candidates who want the compliance half will still apply, and the ones who would have resented it will screen themselves out early.
You are hiring a specialist before you have the fundamentals a specialist expects
A software security engineer arriving at a company with no code review requirement, no dependency policy, shared production credentials, and secrets in the repository will spend six months on plumbing rather than on security engineering. That is a fine plan if you say so out loud. It is a bad plan if the posting promises threat modeling and the first quarter is credential rotation. Two fixes. Either state the baseline honestly and hire someone who explicitly wants a build-from-nothing mandate, which is what the first-hire template on this page is written for, or spend a fixed engagement with an outside firm on the fundamentals first and hire once there is something to defend. Both are defensible. Pretending the environment is further along than it is fails the first ninety days.
The paperwork and the access grants arrive on the same day and nothing is tracked
A security engineer starts with more paperwork than anyone else you hire: the offer, the confidentiality agreement, intellectual property assignment, acceptable use, the security policy acknowledgment, background screening records where you run them, and then a sequence of access grants that each need an approver on record. At a small company that lands as a pile of email attachments, and six months later nobody can prove which policy version somebody signed. FirstHR was built for that sequence. The onboarding wizard runs the same steps for every technical hire, built-in e-signature captures the agreements and policy acknowledgments, document management stores them against the employee profile, and training modules cover the security orientation before the first credential is issued. Applicant tracking is coming soon to FirstHR.
It also helps to know what the role is being measured against. CISA publishes Secure by Design guidance built on three principles for software manufacturers: take ownership of customer security outcomes, embrace radical transparency and accountability, and lead from the top. Those are reasonable expectations to write into a posting for the person who will carry them.
Access, Paperwork, and Onboarding
A security engineer needs deeper access sooner than any other engineering hire, which makes the order of onboarding a control rather than an administrative preference. Signed agreements come before credentials, and access arrives in stages with an approver on record for each one.
Send the offer
Confirm the base, any equity, the start date, and the FLSA classification in writing. An offer letter template keeps an exempt engineering hire from turning into a negotiation.
Collect the agreements first
Confidentiality, intellectual property assignment, acceptable use, and the security policy acknowledgment, all signed before any credential is issued rather than during the first week.
Grant access in stages
Source code, then staging, then production, each tied to the work it enables and each with a named approver on record. Deep access on day one is a habit worth breaking.
Store the records
Keep signed policies, screening records, and access approvals organized with dates attached, so your next customer security review is a search rather than an excavation.
Everything after the signature runs off a repeatable onboarding checklist, and the offer itself is faster with a standard offer letter template that states the classification alongside the base.
If you are filling more than one engineering role this quarter, the rest of the library sits under hiring templates, which is worth a pass before you write the next posting from scratch.
Key Takeaways
A software security engineer secures the code you write, while a security engineer secures the systems you run; the candidate pools are different and the posting has to name which one you want in the first line.
The work sits inside the development lifecycle: threat modeling at design, secure code review during build, application testing before release, and vulnerability response after, which maps closely to the four practice groups of the NIST Secure Software Development Framework.
The role is normally exempt under the FLSA computer employee exemption, which accepts either a salary of at least $684 per week or an hourly rate of at least $27.63, but the exemption does not extend to trainees or supervised junior work.
BLS publishes no occupation for this title, so benchmark against software developers at a $135,980 median and information security analysts at $129,180 (OEWS, May 2025), and expect application security to price at or above the developer median.
Below roughly twenty engineers, a senior developer with a written security mandate and periodic outside testing usually beats a dedicated hire; the trigger to hire is regulated data, customer questionnaires, or a certification push.
Sequence onboarding as a control: confidentiality, intellectual property, and acceptable-use agreements signed before the first credential, then staged access with a named approver on record for each grant.
A security hire arrives with more paperwork and more access than anyone else on the team. FirstHR runs the same onboarding sequence every time, with e-signature for confidentiality and policy acknowledgments, document storage tied to the employee profile, and training modules delivered before the first credential is issued. Applicant tracking is coming soon to FirstHR.
Frequently Asked Questions
What does a software security engineer do?
A software security engineer secures the software a company builds, as opposed to the infrastructure it runs. The work sits inside the development lifecycle in four places: design, where the engineer threat models features and sets the authentication, authorization, and cryptography patterns; build, where they review high-risk code and tune static analysis and dependency scanning so the results actually get used; test, where they run application and API penetration tests and verify authorization boundaries before release; and response, where they take in vulnerability reports, set severity and remediation dates, and patch upstream dependencies on a known clock. It is an engineering role rather than an oversight role. A good one writes tooling, opens pull requests, and is measured on the vulnerability classes that stop appearing, not on the number of tickets filed.
What is the difference between a software security engineer and a security engineer?
The difference is what they protect. A software security engineer protects the code your company writes: threat modeling, secure code review, application testing, dependency and pipeline security. A security engineer protects the systems your company runs: infrastructure hardening, identity and endpoint management, network controls, and incident response across the business, whoever wrote the software. The skill sets overlap but the hiring markets do not. Software security candidates come from software engineering and expect to keep writing code, so a posting full of policy and monitoring work reads to them as a demotion. Infrastructure security candidates come from systems and network work. If you build and sell software, you usually want the first one. If you mostly buy and operate software, you usually want the second. At a small company one person often does both, in which case say so explicitly in the posting rather than letting the candidate discover it.
Is a software security engineer exempt from overtime?
In most cases yes, under the FLSA computer employee exemption. That exemption is unusual because it accepts two pay routes: a salary or fee basis of at least $684 per week, or an hourly rate of at least $27.63. The duties test asks whether the primary duty is the application of systems analysis techniques or the design, development, documentation, analysis, creation, testing, or modification of computer systems or programs. A software security engineer who threat models, reviews code, builds tooling, and tests systems meets that. Two exceptions matter. The regulation does not extend the exemption to trainees or to employees not yet performing the exempt work independently, so a junior engineer triaging scanner output under supervision is frequently non-exempt. And an employee whose day is running a fixed scan routine and forwarding output may fail the duties test regardless of title. Classify on the real work, write the analysis down, and revisit it at promotion. This is general information, not legal advice.
How much does a software security engineer make?
The Bureau of Labor Statistics does not publish a separate wage series for software security engineers, so benchmark against the two occupations that bracket the role. According to the Bureau of Labor Statistics Occupational Employment and Wage Statistics survey (May 2025), software developers had a national median annual wage of $135,980 and information security analysts $129,180. The distribution matters more than the median for a specialist role: software developers ran $105,210 at the 25th percentile and $171,980 at the 75th, reaching $214,670 at the 90th. Information security analysts ran $97,810 at the 25th percentile and $163,500 at the 75th. Application security specialists typically price at or above the software developer median because you are competing for engineers first and security people second. Use national compensation surveys for your metro and stack, and publish a good-faith range where pay transparency rules apply.
Does a small software company need a dedicated software security engineer?
Below roughly twenty engineers, usually not as a dedicated hire. The more honest structure at that size is a senior developer given an explicit security mandate, protected time, a tooling budget, and the authority to block a release, with an outside firm engaged for periodic penetration testing. Write that mandate into their job description rather than assuming it happens between features, because unwritten security ownership reliably loses to shipping deadlines. The signals that it is time for a dedicated hire are concrete: you handle regulated or payment data, enterprise customers now send security questionnaires that consume real engineering weeks, you are pursuing a formal certification, or your engineers are spending more than a day a week on security work they were not hired for. When you do hire, the first product security hire template on this page is written for exactly that transition.
What certifications should a software security engineer have?
Treat certifications as a tiebreaker rather than a filter, because the strongest application security engineers frequently hold none. The ones with real signal for this role are hands-on: OSCP and OSWE for offensive and web exploitation work, GWAPT for web application testing, and CSSLP for secure development lifecycle knowledge. CISSP signals breadth and management readiness rather than code-level depth, so it fits a security leadership hire better than a hands-on product security engineer. Public artifacts usually tell you more than any of them: published advisories, assigned CVEs, open source security tooling, conference talks, or bug bounty history. In the posting, mark certifications as preferred rather than required unless a customer contract or a compliance regime genuinely obliges you, since a required certification narrows a candidate pool that is already tight.
How do I hire a software security engineer without an HR team?
Run a short, technical, honest process. Post a job description that names your stack, states the base range, and says plainly what share of the role is compliance work, because hiding that is the fastest way to lose a candidate in week three. Screen for software engineering ability first and security knowledge second: someone who cannot read your code cannot secure it. Replace the take-home puzzle with a real artifact, such as a code review of a deliberately flawed pull request or a threat model of a feature you actually shipped. Ask for a writeup, since a finding nobody can act on is worthless. Then decide fast, because these candidates hold multiple offers. Once you sign, the work moves to onboarding: signed confidentiality and acceptable-use agreements before the first credential, staged access with approvers on record, and stored evidence. FirstHR runs that sequence with e-signature and document management. Applicant tracking is coming soon to FirstHR.
