What you’ll learn in this article…
- Forrester modeled 330% ROI over three years on a composite security team.
- Benefit lines trace to detection speed, 35% faster onboarding, and 4% less attrition.
- The study is vendor-commissioned, so use it to frame questions, not promises.
Hack The Box published a Forrester Consulting Total Economic Impact study on November 1, 2026 that models 330% ROI over three years for a security organization of more than 300 professionals: $1.2 million in benefits against $285,000 in costs, paid back in under six months.
The better question for anyone weighing a training budget is not whether AI will replace security jobs. It is which readiness skills are worth paying to build, and Forrester's model traces its returns to detection speed, penetration testing throughput and certification pace.
Cybersecurity Insiders carries the full release for readers who want the primary numbers.
What the Forrester TEI Study Actually Measured
A composite organization versus a real one: that is the first distinction to make before quoting 330% at anyone. Forrester built a modeled company from interviews with actual Hack The Box customers, then ran that composite through a three-year scenario comparing a world with the platform to one without it.2
The Composite, Plainly
The composite represents more than 300 cybersecurity professionals, assembled from customer insights across financial services, government, technology, and professional services. Forrester's TEI method sorts the results into benefits, costs, flexibility, and risk, then discounts future value and applies a risk haircut to reach a present value.1 Every number below is modeled output, not an audited result.
The Headline Math
Over three years the composite produced $1.2 million in benefits against $285,000 in costs. That yields $939,000 in net present value, a 330% ROI, and a payback period under six months. Forrester was engaged by Hack The Box to conduct the work; the findings were published November 1, 2026 in Cybersecurity Insiders, which is the piece to link when you cite the 330% figure.
Where the Model Stops Being Proof
There is no control group. The benefits assume full adoption and disciplined, ongoing use of the platform, not a license sitting idle. The customer inputs came through the vendor, and small interview samples plus favorable implementation conditions can move an NPV considerably. Treat the study as a structured argument about where value could come from, and a useful template for your own calculations, rather than a guarantee that any single team will bank six figures.
Where the ROI Comes From: Detection Speed, Onboarding, and Attrition
Every line of benefit in Forrester's model traces back to a skill you can rehearse, not to a product you can buy.
Detection Speed Carries the Biggest Line Items
The two headline numbers describe how fast a team reacts. Forrester reported a 50% improvement in mean time to acknowledge, a 30% improvement in mean time to resolution, and a 50% decrease in escalation probability.1 Map those to lab behavior and the logic is easy to follow. Analysts who have triaged hundreds of alerts in a simulated queue recognize patterns faster and escalate fewer false leads. Practitioners who have worked an incident from first alert to containment carry a mental script into the next one. A financial services head of IT security quoted in the study framed the stakes: dwell time correlates with breach cost, and marginal gains can prevent high-six-figure impacts in regulated environments. Read that as a participant's view of why speed matters, not as a measured outcome of training.
Throughput and Retention
The quieter gains may matter more for career changers. Onboarding efficiency rose 35% and workforce attrition fell 4%.1 Structured paths replace months of shadowing with repetition in a safe environment, so new hires contribute sooner and stay longer. Penetration testing efficiency climbed 50%, consistent with more hours spent against practice targets instead of reading about them. Certifications grew 20% annually, which tracks with guided pathways that pair exam objectives to labs.
Plausible, Not Proven
None of this proves causality. The chain runs skills first, metrics second, and the study assumes that link across seven decision-maker interviews and a composite organization.1 Treat the figures as a well-argued hypothesis about what practice buys, then test it against your own team.
Hands-on Labs vs Traditional Course-Based Learning
Incident response teams in Forrester's Hack The Box model acknowledged threats 50% faster and closed them 30% faster. Those two numbers are the clearest argument for why three common training routes are not interchangeable.
Three routes, one difference
A lecture or e-learning course delivers sequence and vocabulary: strong on definitions, weak on muscle memory. Certification cramming compresses that further into exam-shaped recall, which is why candidates can pass a multiple-choice security exam and still freeze at a live alert. Continuous lab practice is the third route, and its advantage is repetition under realistic failure. You misconfigure a service, watch the alert fire, and recover. That break-and-recover loop is the same one behind faster acknowledgement and resolution times.
Where traditional courses still win
Structured curriculum covers theory that labs assume you already have. Instructors answer the questions a forum thread answers badly. Completion records satisfy compliance, continuing education, and tuition-reimbursement rules that a stack of lab writeups may not. None of that is a knock on labs; it is a boundary.
Artifacts you can show
Labs leave evidence: completed paths, published writeups, CTF placements, box walkthroughs. A completion certificate says you attended. A writeup says what you did when the exploit failed the first three times, which is closer to what a hiring manager is reading for.
The pairing that makes the study plausible
A 35% onboarding improvement only makes sense when someone already has the framework and then spends hours in an environment. Theory without lab hours produces people who can define a tactic; lab hours without theory produce people who can follow a walkthrough but not explain why it worked. Pair them deliberately.
Per-Learner Economics: What Each Training Route Actually Costs
Subscription labs and instructor-led SANS courses sit at opposite ends of the price spectrum, and the spread between them is large enough to reshape how you plan a training budget. The table below lines up published 2026 pricing for the routes career changers weigh most often, from a roughly $120 annual lab subscription to a single $8,780 SANS seat, so you can see what each dollar buys before you commit.
| Training Route | Typical Cost Per Learner | Time Investment | What It Buys You |
|---|---|---|---|
| TryHackMe Premium | About $10 per month when billed annually | 12 months on an annual plan | Full breadth of beginner and intermediate learning, including role-based paths, a certificate of completion per path, and a 15% discount on certifications |
| TryHackMe MAX | $18.99 per month when billed annually | N/A | Advanced cloud, red teaming, and incident response content, plus a Persistent AttackBox |
| Hack The Box VIP+ (Labs) | $25 per month | N/A | Unguided practice on retired machines, aimed at learners who already have the fundamentals |
| Hack The Box Academy Silver/Gold | $490 to $1,260 per year | 12 months | HTB's guided, job-role-path equivalent of its practice labs |
| SANS SEC503: Network Monitoring and Threat Detection In-Depth | $8,780 for the course | 6 days | Prep for the GIAC Certified Intrusion Analyst credential plus 46 CPEs |
| SANS SEC401: Cyber Defense | $8,780 for the course | 6 days | Prep for GIAC Security Essentials |
| SANS.edu single course | $6,500 per course | N/A | Course materials, textbooks, and the GIAC certification test |
| GIAC certification attempt | $999 per attempt | N/A | One GIAC exam attempt, whether bought with or after SANS training |
| SANS Technology Institute master's degree | $1,500 per credit hour | 3 to 5 years | Courses, textbooks, and GIAC certification tests that serve as the exams for most courses |
| SANS Technology Institute Undergraduate Certificate in Applied Cybersecurity | $18,500 for the program | 10 to 18 months | The Applied Cybersecurity Certificate program |
The Payoff Side of the Ledger: What Security Analysts Earn
Training costs are only half the ledger. The other half is what the role pays.
How Employers Read Lab-Platform Experience
Lab-platform work earns its weight at the shortlist stage, not the application stage. Certifications still clear the first filter; labs decide who gets the technical conversation.
What Shows Up in Screening
Hiring managers rarely audit a full room history. They look at learning paths completed, progression or rank, CTF placements, public writeups, and whether you can narrate a workflow out loud. A candidate who walks an interviewer through alert triage, from first log pull to escalation decision, reads as trained. A profile full of badges with nothing to say about method reads as a hobby.
Employers separate exam knowledge from applied ability. Investigation, detection-rule writing, and traffic analysis get validated in technical interviews, live challenges, CTFs, or observed simulations, and job postings increasingly list tasks rather than credential names. For SOC roles, the strongest lab evidence is alert triage, log analysis, correlation, and reporting. For penetration testing roles, it is enumeration, exploitation, privilege escalation, and reporting.
Certifications Still Gate the Door
91% of employers say they prefer certified candidates, 89% of hiring managers would accept an entry-level certification in place of a degree, and 90% would accept prior IT experience alone. Security+, CISSP, and CySA+ remain the names that appear in postings and applicant tracking systems. Lab experience supplements that credential; it does not replace it.
Resume Framing That Works
Name the platform, name the path, name the skill it proves.
- Hack The Box: Active Directory attack paths, covering enumeration through privilege escalation on domain-joined targets.
- TryHackMe: SOC alert triage and Windows event log investigation, including escalation writeups.
- CTF placements: ranking plus a short writeup of the exploited service and the fix.
The Honest Caveat
No large public study establishes that a platform rank predicts hiring outcomes. The evidence is recruiter and hiring-manager commentary, plus single-client examples such as an assessment day where 11 candidates completed exercises and interviews and 9 received offers. Treat that as a demonstration of method, not an industry conversion rate. There is also no universal threshold for machine count or difficulty, so lead with documented work rather than points.
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Does the 330% ROI Apply to Small Teams and Career Changers?
A fully loaded security FTE costs roughly $168,000 a year1, and a bare-bones three-person in-house team runs $400,000 to $600,000. Set against that, lab-platform adoption for a team of 5 to 25 people typically starts at $0 to $5,000 in year one, rising to $5,000 to $20,000 in years two and three.2 The gap is real, but the Forrester math does not scale down in a straight line.
Why 300 Seats Do Not Divide Neatly
The 330% figure comes from a composite of more than 300 professionals. License minimums, administrator time, and lab setup effort land proportionally heavier on a three-person team. A small shop buying ten seats carries much the same administrative overhead for a fraction of the benefit pool.
The Small-Team Math
Multiply per-seat fees by headcount, then add a realistic slice of admin hours. Weigh that total against a single avoided escalation. The financial services security lead quoted in the study observed that dwell time correlates with breach cost and that marginal improvements can prevent high-six-figure impacts in regulated environments. One prevented escalation can cover several years of seats.
Career Changers: A Different Ledger
For an individual, the return is not organizational mean time to resolve. It is subscription cost against salary delta and time to first role. Information security analysts earned a median $129,180 in May 2025, with the 10th percentile at $75,090.1 Technical certification training runs $2,000 to $8,000 per person, which puts a platform subscription in the noise beside the credential itself.
A Break-Even Rule of Thumb
If one avoided incident, or one month of faster job search, outweighs a year of subscription plus study hours, the math works. Below that bar, the subscription is a hobby with a login page.
The 330% figure is Forrester's model of a composite organization, not an audit of your own team. Treat it as a framework for sharper questions, not a promise.
How to Make the Case With an ROI Calculator
An ROI calculator is only as persuasive as the assumptions you feed it, so treat Hack The Box's tool as a starting template rather than an answer key.
The calculator follows the Forrester model's logic: improvement percentages applied to your own volume and cost figures.1 That means every default it ships with is a placeholder for a number you should be able to defend. Replace the headcount, the blended security salary, your baseline acknowledgment and resolution times, your escalation rate, and the weeks a new analyst currently needs before working independently.
Stress-Test Before You Present
Run the model at half the reported benefits and double the ramp time.2 If the case still clears your organization's hurdle rate, it is defensible. If it collapses, you have found the real question to answer, which is whether your baseline is bad enough to justify the spend.
What to Validate First
- Response baseline: 90 days of incident logs, with detection, acknowledgment, active troubleshooting, resolution, and closure timestamps intact, segmented by severity and application.
- Escalation rate: how often incidents actually reach senior staff, and what one escalated case costs in money and lost hours.1
- Onboarding weeks: a measured average for recent hires, not a manager's estimate.
- Cost per departure: replacement runs 50% to 200% of annual salary depending on seniority, so state which end you used.
The study itself attributes only 30% of measured improvement directly to the platform, crediting the rest to detection strategy and environment.1 Present vendor percentages as labeled scenario inputs, never as a forecast pasted into a budget request.
