Cybersecurity Budget Benchmarks 2026
By Axis Intelligence Research
Co-author: Marcus Chen, Cybersecurity & Privacy | Last updated: August 5, 2026 | License: CC BY 4.0
Cybersecurity claims 3.91% of global IT spending in 2026 — $248.9 billion out of $6.37 trillion, according to Axis Intelligence Research calculations from Gartner forecast data. That single ratio is the benchmark most budget documents are missing, and the spread behind it runs from under 2% in India to nearly 4.4% in Australia.
Quick Answer
Enterprises spend roughly 3.91% of total IT budget on information security in 2026 — a figure Axis Intelligence Research calls Security Spend Intensity (SSI). Global information security spending reaches $248.9 billion against $6.37 trillion in total IT spending. The average breach now costs $4.99 million, a record, and 85% of breached organizations say they plan to raise security spending in response to frontier AI model threats.
Key Findings
- According to Axis Intelligence Research, global Security Spend Intensity stands at 3.91% in 2026 — information security spending as a share of total IT spending, calculated from Gartner’s June 2026 information security forecast and July 2026 worldwide IT spending forecast.
- Australia’s SSI of 4.38% is 2.25 times India’s 1.95%, the widest gap Axis Intelligence Research measured between two markets where Gartner publishes both figures in a single currency.
- The global average cost of a data breach reached $4.99 million in 2026, a 12% increase and a record high, according to the IBM Cost of a Data Breach Report 2026.
- Extensive use of AI and automation in security saved $1.93 million per breach — equal to 38.7% of the global average breach cost, per Axis Intelligence Research calculations from IBM’s 2026 figures.
- 85% of breached organizations plan to increase spending on security tools and governance in response to frontier AI model threats, according to IBM and Ponemon Institute research covering 602 breached organizations.
What Percentage of IT Budget Goes to Cybersecurity in 2026?
The honest answer used to be “nobody publishes it.” Analyst houses forecast information security spending and total IT spending in separate documents, on separate release cycles, and leave the division to the reader. So the reader guesses, and the guess becomes a slide, and the slide becomes a budget request that a CFO rejects because the benchmark behind it has no source.
Axis Intelligence Research computes that ratio directly and publishes both the inputs and the arithmetic.
The Security Spend Intensity (SSI) benchmark
SSI — Security Spend Intensity is the share of a market’s total IT spending that goes to information security, in the same year and the same currency:
SSI = (information security end-user spending ÷ total IT spending) × 100
Both inputs come from published Gartner forecasts. Nothing is estimated, interpolated, or weighted. The value of SSI is that it survives currency: an Australian CIO working in AUD and an Indian CIO working in USD can compare their security posture on the same axis without an exchange-rate argument.
Table 1 — Security Spend Intensity by market, 2026
| Market | Information security spending, 2026 | Total IT spending, 2026 | SSI | Currency | Source |
|---|---|---|---|---|---|
| Worldwide | $248.9B | $6,370B | 3.91% | USD | Gartner (Jun 2026); Gartner (Jul 2026) |
| Australia | AU$7.555B | AU$172.3B | 4.38% | AUD | Gartner (Mar 2026); Gartner (Sep 2025) |
| India | $3.435B | $176.3B | 1.95% | USD | Gartner (Mar 2026); Gartner (Nov 2025) |
Source: Axis Intelligence Research calculation from Gartner forecast data. Worldwide information security figure restated from the Axis Intelligence Research canonical registry.
Two things fall out of that table immediately. Australia runs a security budget more than twice as intense as India’s. And the worldwide number sits between them, closer to Australia — which tells you the global average is being carried by mature, heavily regulated markets rather than by the fast-growing ones.
Why the worldwide SSI has a range, not a point
Gartner revised its worldwide IT spending forecast three times between February and July 2026: $6.15 trillion in February, $6.31 trillion in April, $6.37 trillion in July. The information security numerator did not move at the same cadence. Hold the numerator at $248.9 billion and the denominator across those three vintages, and SSI reads:
| IT spending forecast vintage | Denominator | SSI |
|---|---|---|
| Gartner, February 3, 2026 | $6.15T | 4.05% |
| Gartner, April 22, 2026 | $6.31T | 3.94% |
| Gartner, July 27, 2026 | $6.37T | 3.91% |
Source: Axis Intelligence Research calculation from Gartner worldwide IT spending forecasts.
Axis Intelligence Research publishes 3.91% as the headline because it pairs the most recent numerator with the most recent denominator. The honest reading is a band of 3.91% to 4.05%, and the reason the band exists is that AI infrastructure inflated the denominator faster than security spending grew. Security did not shrink. The pie got bigger underneath it.
Marcus Chen: Watch what that denominator is made of before you conclude the security budget is losing ground. Gartner has data center systems spending growing at 55.8% in 2026 and IT services passing $1.87 trillion. A CISO whose SSI fell year over year did not necessarily get cut — the company may simply have bought forty thousand GPUs. The number that matters to a defender is exposure per dollar of new infrastructure, and that ratio moved the wrong way this year for almost everyone.
How Do Enterprises Allocate the Security Budget Across Segments?
Gartner publishes three-segment splits — network security, security services, security software — for individual markets. Axis Intelligence Research converted those absolute figures into allocation percentages, which is the form a budget owner actually needs.
Table 2 — Security budget allocation by segment, 2026
| Segment | Australia share | India share | Australia 2026 growth | India 2026 growth | Source |
|---|---|---|---|---|---|
| Security services | 49.2% | 42.0% | 6.9% | 11.1% | Gartner (Mar 2026) |
| Security software | 44.2% | 45.3% | 12.3% | 12.4% | Gartner (Mar 2026) |
| Network security | 6.6% | 12.7% | 11.1% | 11.1% | Gartner (Mar 2026) |
Source: Gartner information security forecasts for Australia and India, March 2026. Share-of-total percentages calculated by Axis Intelligence Research.
According to Axis Intelligence Research, Australia routes nearly half its security budget — 49.2% — into services, while India routes almost twice Australia’s share into network security. That is not a preference difference. It is a labour-market difference showing up in a spreadsheet. Gartner attributes Australia’s services weighting to a shortage of AI-literate security personnel that pushes organizations toward managed security service providers. In India, Gartner reports managed security services growing 15.1% as the fastest subsegment, with identity threat detection and response rising up executive agendas under the Digital Personal Data Protection Act.
Both markets are converging on the same answer — buy the SOC rather than staff it — from opposite starting positions.
The services line is where the talent shortage gets priced
Security services is the only segment where the buyer is purchasing headcount they could not hire. When a CISO cannot fill a detection engineering role for nine months, that requisition does not disappear from the budget; it reappears as an MDR contract. Australia’s 49.2% services allocation is the clearest published example of that substitution, and it is why comparing tool spend alone across markets produces nonsense.
What Does a Breach Cost When the Budget Falls Short?
Budget benchmarks are only meaningful against the loss they are meant to prevent. The IBM Cost of a Data Breach Report 2026, produced with Ponemon Institute and published July 29, 2026, studied 602 breached organizations and is the primary reference on that side of the ledger.
Table 3 — Breach economics, 2026
| Measure | Value | Source |
|---|---|---|
| Global average cost of a data breach | $4.99M (+12% YoY, record high) | IBM Cost of a Data Breach Report 2026 |
| Cost per hour a breach remains unresolved | $1,100 | IBM Cost of a Data Breach Report 2026 |
| Average cost, AI model inversion attack | $6.07M | IBM Cost of a Data Breach Report 2026 |
| Average cost, prompt injection attack | $5.89M | IBM Cost of a Data Breach Report 2026 |
| Added cost of an AI-driven attack | ~$1.0M | IBM Cost of a Data Breach Report 2026 |
| Savings from extensive AI and automation in security | $1.93M | IBM Cost of a Data Breach Report 2026 |
| Detection, escalation and lost business as share of total cost | 63% | IBM Cost of a Data Breach Report 2026 |
Axis Intelligence Research derives two figures from that table that IBM does not state directly.
AI defensive return: 38.7%. Dividing IBM’s $1.93 million saving by the $4.99 million global average gives the share of breach cost that extensive AI and automation removes. Formula: $1.93M ÷ $4.99M = 38.7%. It is a per-breach cost reduction, not a probability reduction — the control lowers the bill, it does not prevent the incident.
Implied breach lifecycle: about 189 days. IBM publishes both the average breach cost and a $1,100-per-hour figure. Dividing one by the other gives roughly 4,536 hours, or about 189 days. Formula: $4,990,000 ÷ $1,100 = 4,536 hours ÷ 24 = 189 days. Axis Intelligence Research reports this as an implied value consistent with IBM’s own two published numbers, not as a separately measured lifecycle.
Marcus Chen: The $1,100 per hour is the number to put in front of a board, because it converts dwell time into currency without needing a risk model. Every day of detection latency is $26,400. A twelve-day improvement in mean time to identify pays for a mid-sized SIEM license, and unlike most security ROI arguments, both sides of that equation come from the same published dataset.
How Much of the 2026 Budget Is Being Driven by AI Risk?
This is the line item that did not exist in most 2024 budgets and now sets the growth rate.
According to Axis Intelligence Research, the strongest published evidence that AI is reallocating security budgets is behavioural rather than forecast-based: 85% of breached organizations told IBM they plan to increase spending on security tools and governance specifically in response to frontier AI model threats. More than half say they plan to invest in AI security and governance tooling after a breach — an 88% increase over the prior year, per IBM.
The exposure those budgets are chasing is documented in the same report:
- AI-driven attacks rose 56% year over year, adding about $1 million to each breach they touched.
- Roughly one in five organizations reported a breach of their own AI models or applications. Of those, 92% lacked proper AI access controls.
- Only 40% of organizations reported using access controls on AI models and data at all.
- 50% have deployed AI agents in threat hunting, response and containment — but only 18% in vulnerability scanning and management.
That last pair is the one worth arguing about in a budget meeting. Organizations are funding AI on the response side of the timeline at nearly three times the rate they fund it on the prevention side. Root causes IBM identifies for AI-related breaches were unglamorous: compromised connected APIs, vulnerable applications, cloud misconfigurations. The money is going toward catching the intrusion rather than closing the door it came through.
On the forecast side, Gartner projects that more than 75% of enterprises will use AI-amplified cybersecurity products for most use cases by 2028, up from under 25% in 2025. Priced against a market growing at roughly 12% a year, that adoption curve is steeper than the budget curve — which means the spend is being funded by substitution inside the security line, not by expansion of it.
What Share of the Budget Is People Rather Than Tools?
Every benchmark above is a spending figure. None of them tells a CISO what a team costs, which is the question that actually blocks the hire.
The U.S. Bureau of Labor Statistics puts the median annual wage for information security analysts at $124,910 as of May 2024 — the most recent Occupational Employment and Wage Statistics reference in the Occupational Outlook Handbook [older data], as BLS has not yet published a newer median for the occupation. Employment is projected to grow 29% from 2024 to 2034, with about 16,000 openings each year over the decade.
Axis Intelligence Research calculates that a ten-analyst security team carries $1.249 million in base payroll at the BLS median, before benefits, tooling, training, or on-call load. Formula: $124,910 × 10 = $1,249,100. Set that against Australia’s 49.2% services allocation and the arithmetic behind the outsourcing decision stops being mysterious.
Marcus Chen: A 29% projected growth rate against 16,000 annual openings is not a talent pipeline, it is a queue. And the exposure does not wait in the queue with you. Every month a detection engineering seat sits open, the attack surface keeps expanding — which is exactly the substitution pressure that shows up as a services line item two quarters later.
Is Public-Sector Cyber Spending Following the Private Sector?
No, and the divergence is now measurable.
The FY2027 budget request includes $2.5 billion, 2,865 positions and 2,528 full-time equivalents for the Cybersecurity and Infrastructure Security Agency, according to the Department of Homeland Security budget-in-brief documents. Axis Intelligence Research calculates that as roughly $988,900 of agency budget per FTE — a figure that includes program spending, grants and contracts, not compensation alone, and is offered as a capacity ratio rather than a payroll estimate. Formula: $2,500,000,000 ÷ 2,528 FTE = $988,924.
Reporting on the Office of Management and Budget crosscut tables released with the FY2027 request describes civilian federal cybersecurity spending falling from $12.455 billion in FY2026 to $12.228 billion in FY2027, with the largest reduction at DHS (CSO Online, April 2026). Axis Intelligence Research treats that as reported rather than primary, pending direct publication of the crosscut figures.
The pattern is the one that matters for private-sector budget planning: while enterprise security spending grows at double digits and 85% of breached organizations plan increases, the U.S. civilian agency responsible for coordinating national defensive capability is being asked to hold or contract. Threat intelligence sharing, advisories and incident coordination that enterprises have treated as a free input are the programs under pressure. That input becomes a line item.
Cybersecurity Budget Benchmarks at a Glance
Table 4 — Summary benchmark card, 2026
| Benchmark | Value | Basis | Source |
|---|---|---|---|
| Security Spend Intensity, worldwide | 3.91% | Infosec ÷ total IT spending | Axis Intelligence Research / Gartner |
| SSI range across forecast vintages | 3.91%–4.05% | Same numerator, three denominators | Axis Intelligence Research / Gartner |
| SSI, Australia | 4.38% | AUD, same-year | Axis Intelligence Research / Gartner |
| SSI, India | 1.95% | USD, same-year | Axis Intelligence Research / Gartner |
| Security services share of budget (Australia) | 49.2% | Segment ÷ total | Axis Intelligence Research / Gartner |
| Security software share of budget (India) | 45.3% | Segment ÷ total | Axis Intelligence Research / Gartner |
| Average breach cost, global | $4.99M | 602 breached organizations | IBM / Ponemon Institute |
| AI and automation cost reduction | 38.7% of average breach cost | $1.93M ÷ $4.99M | Axis Intelligence Research / IBM |
| Organizations planning to raise security spend | 85% | Breached organizations, 2026 | IBM / Ponemon Institute |
| Median analyst wage, U.S. | $124,910 | May 2024 [older data] | U.S. Bureau of Labor Statistics |
| CISA budget per FTE, FY2027 request | ~$988,900 | $2.5B ÷ 2,528 FTE | Axis Intelligence Research / DHS |
Methodology
Collection. Every figure in this article was retrieved from a published source document between August 4 and August 5, 2026, and logged with its URL and retrieval date in the accompanying CSV. Gartner information security forecasts for Australia and India were fetched directly from the Gartner newsroom, as were the IBM Cost of a Data Breach Report 2026 landing page and IBM’s accompanying analysis. Gartner worldwide IT spending and worldwide information security press releases, the BLS Occupational Outlook Handbook entry, and the DHS CISA budget document were retrieved through search with their published figures captured verbatim from the source pages.
The worldwide information security figure. The $248.9 billion 2026 worldwide information security value is restated from the Axis Intelligence Research canonical number registry, where it is owned by Cybersecurity Spending Statistics 2026 and traced to Gartner’s Forecast: Information Security, Worldwide, 2Q26 (June 25, 2026). Restating rather than re-deriving keeps every Axis page on the same value with the same as-of date.
SSI formula. SSI = (information security end-user spending ÷ total IT spending) × 100, computed for a single market, a single year, and a single currency. No normalization, no weighting, no purchasing-power adjustment. Country SSI values pair a March 2026 information security forecast with an IT spending forecast published in September 2025 (Australia) or November 2025 (India); those vintages are the most recent Gartner has published for each market, and the pairing is disclosed rather than smoothed.
Derived figures. Segment allocation percentages divide each Gartner segment value by the market total. The AI defensive return divides IBM’s stated $1.93 million saving by its stated $4.99 million average. The implied breach lifecycle divides IBM’s stated average cost by its stated $1,100 hourly figure. CISA budget per FTE divides the FY2027 requested budget by requested FTE. All four are labeled axis_calculated in the dataset with the formula in the method note.
What this benchmark does not measure. SSI captures spending, not effectiveness — a market with a higher SSI is not by that fact better defended. It also excludes security spending buried in cloud subscriptions, engineering headcount, insurance premiums and compliance functions that sit outside the information security line in analyst taxonomies. Where methodologies did not align, figures are published side by side rather than merged: the worldwide numerator and denominator come from different Gartner forecast cycles, and that gap is shown as a range instead of hidden in a single decimal.
About This Dataset
The Cybersecurity Budget Benchmarks 2026 dataset contains every figure cited in this article, one row per observation, with full provenance: value, unit, geography, segment, as-of date, source organization, source document, source URL, retrieval date, primary-source flag, Axis-calculated flag, and method note for derived values.
License: CC BY 4.0. Free to use, redistribute and adapt with attribution.
Citation: Axis Intelligence Research, Cybersecurity Budget Benchmarks 2026, axis-intelligence.com/cybersecurity-budget-benchmarks/
File: cybersecurity-budget-benchmarks-2026.csv — UTF-8, comma-separated, long format.
Distribution: Hugging Face, Kaggle, GitHub.
Cite This Research
APA Axis Intelligence Research. (2026). Cybersecurity budget benchmarks 2026: What enterprises actually spend. https://axis-intelligence.com/cybersecurity-budget-benchmarks/
MLA Axis Intelligence Research. “Cybersecurity Budget Benchmarks 2026: What Enterprises Actually Spend.” Axis Intelligence, 5 Aug. 2026, axis-intelligence.com/cybersecurity-budget-benchmarks/.
Chicago Axis Intelligence Research. “Cybersecurity Budget Benchmarks 2026: What Enterprises Actually Spend.” Axis Intelligence, August 5, 2026. https://axis-intelligence.com/cybersecurity-budget-benchmarks/.
Frequently Asked Questions
What percentage of IT budget should go to cybersecurity in 2026?
The measured global figure is 3.91% — Security Spend Intensity, calculated by Axis Intelligence Research from Gartner’s information security and total IT spending forecasts. Treat it as a reference point rather than a target: mature regulated markets such as Australia run at 4.38%, and a market’s SSI reflects its labour costs, regulatory load and IT mix as much as its risk appetite.
Why did our SSI fall this year even though we increased the security budget?
Because the denominator moved faster. Gartner revised worldwide IT spending upward three times in 2026, with data center systems growing 55.8%, largely on AI infrastructure. A security budget that grew 10% inside an IT budget that grew 14.2% produces a lower SSI without a single dollar being cut. Compare the absolute figure and the ratio together, and state which denominator you used.
Should we fund an in-house SOC or buy managed detection and response?
The published allocation data suggests most buyers are answering “buy.” Australia routes 49.2% of its security budget to services, and India’s managed security services subsegment is growing 15.1%, the fastest in that market. At the BLS median wage of $124,910, a ten-analyst team is $1.249 million in base payroll before tooling — and BLS projects only about 16,000 openings a year against 29% demand growth, so the constraint is often supply rather than budget.
How much of the breach cost can security automation actually remove?
IBM measured $1.93 million in savings for organizations using AI and automation extensively versus those using none. Against the $4.99 million global average, Axis Intelligence Research calculates that as 38.7% of breach cost. It reduces the size of the incident, not the odds of one — a distinction worth preserving when the number reaches a board deck.
What is the defensible way to justify a security budget increase to a CFO?
Convert dwell time to currency. IBM’s 2026 report prices an unresolved breach at $1,100 per hour, which is $26,400 per day of detection latency. A control that measurably reduces mean time to identify has a dollar value on the same published scale as the loss it prevents, which is a stronger argument than a market-size forecast.
Is spending on securing AI a separate budget line or part of the existing security budget?
Practically, it is coming out of the existing line. IBM found 85% of breached organizations plan to raise security spending because of frontier AI model threats and more than half plan AI security and governance investment post-breach, an 88% year-over-year increase. Meanwhile Gartner expects over 75% of enterprises to use AI-amplified security products by 2028, up from under 25% in 2025 — an adoption curve steeper than the roughly 12% annual growth of the market funding it.
Which AI-related incidents are the most expensive to remediate?
Model inversion attacks averaged $6.07 million and prompt injection attacks $5.89 million, both above the $4.99 million all-cause average, per IBM’s 2026 report. The root causes IBM identifies are conventional: compromised connected APIs, vulnerable applications and cloud misconfigurations. Ninety-two percent of organizations that suffered an AI-related breach lacked proper AI access controls.
Are we over-investing in detection relative to prevention?
The ratio in IBM’s data is stark: 50% of organizations have deployed AI agents in threat hunting, response and containment, against 18% in vulnerability scanning and management. Detection and escalation costs plus lost business account for 63% of total breach cost, so response investment is not irrational — but a near-three-to-one funding split toward the back half of the timeline is a defensible thing to challenge at budget review.
Can we rely on federal advisories and threat intelligence as a free input?
Less than before. The FY2027 request funds CISA at $2.5 billion with 2,528 FTE, and reporting on OMB crosscut tables describes civilian federal cybersecurity spending declining slightly year over year, with the largest reduction at DHS. Programs covering external engagement and stakeholder coordination are among those under pressure, which moves some intelligence and advisory capability from a public good to a procurement decision.
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