Software Developer Salary by Industry Statistics 2026

If you are making a career decision, the practical takeaway is simple: industry matters because it changes your ceiling. A strong engineer can make good money almost anywhere. But if you want outsized compensation, you usually need to work where software is either the product, the profit engine, or the competitive weapon.

The cleanest current industry-by-industry salary table comes from the 2025 Dice Tech Salary Report. Dice reports average salaries for technology professionals by employer industry, not only software engineers, so treat these as broad tech compensation benchmarks. Still, they are extremely useful because they show which sectors are willing to pay a premium for technical talent.

The spread is massive. Consulting pays $58,190 more than education in this dataset. That is not a rounding error. That is a house down payment, a maxed retirement account, or the difference between feeling trapped and having options.

Notice the top three industries: consulting, software, and bank/finance. They all monetize expertise directly. Consulting sells specialized execution. Software sells code as the product. Finance uses technology to move money, price risk, reduce latency, automate decisions, and defend margins. When your work is close to revenue, your salary ceiling rises.

Now look at the bottom of the table. Education and some nonprofit or public-service environments often need serious technical talent, but their budgets are usually constrained. That does not mean those jobs are bad. They can offer mission, stability, less brutal on-call pressure, or better lifestyle. But if the primary goal is salary maximization, the numbers are telling you where the ceiling is lower.

Developers love to believe the market pays purely for skill. I wish it worked that cleanly. Skill matters, but the market pays for business impact, scarcity, risk, and alternatives.

In a software company, engineering is not a support function. Engineering creates the thing the customer buys. A great backend engineer can improve retention, lower infrastructure cost, ship a new product line, or unlock enterprise contracts. That makes engineering headcount easier to justify at higher salaries.

In finance, the connection can be even more direct. Better software can reduce trading latency, automate compliance, detect fraud, model risk, or speed up loan decisions. When a tiny improvement can be worth millions, paying another $30,000 or $50,000 for a stronger developer is rational.

Consulting is different. Consulting firms sell people, projects, and expertise. A senior developer who can walk into a messy client environment, diagnose the problem, communicate with executives, and ship working systems is billable at a high rate. The salary follows the billing model.

In education or budget-constrained sectors, the value of software can still be real, but the ability to pay is often weaker. Budgets are set annually. Procurement is slow. Compensation bands may be rigid. The developer may create enormous value, but the institution may not be built to reward that value quickly.

This is why two jobs with the same title can be economically different careers. Your job title says what you do. Your industry says how the business values what you do.

Salary level tells you where the money is today. Salary growth tells you where demand is heating up. Dice's year-over-year industry data is especially interesting because the fastest-growing sector was not software or finance. It was manufacturing.

Manufacturing deserves attention. For years, a lot of developers mentally filed manufacturing under old economy. That is lazy thinking. Modern manufacturing uses embedded systems, robotics, IoT platforms, predictive maintenance, machine vision, simulation, digital twins, cloud data pipelines, and internal developer platforms. The more factories become software-defined, the more they need real engineering talent.

This does not mean every manufacturing developer job is suddenly a gold mine. Some factories still run scary legacy systems held together by heroic engineers and ancient vendor contracts. But the direction is important. A 15.1% salary increase in one year is a signal that the sector is competing harder for technical labor.

The software industry's -1.1% decline should not scare you by itself. Software is still the second-highest-paying industry in the Dice table. But it does show that the zero-interest-rate hiring party is over. You can still make excellent money in software companies. You just need to be more deliberate about company quality, team scope, and negotiation.

Dice also separates technology companies from non-technology companies. For the purposes of its survey, Dice defines technology companies as firms in digital electronics, software, internet-related services, and e-commerce services.

The finding: tech professionals at tech companies earn 5.7% more than peers in other industries. Dice also reports that tech company salaries increased 2.2% in 2024 while other sectors saw a decline.

That premium makes sense. In a tech company, engineers are usually closer to the product roadmap. They are often on clearer leveling systems. They may receive equity. They may have more direct access to high-impact projects. They may also face tougher performance expectations, faster cycles, and more competition.

Do not read the 5.7% premium as a rule that you should always work in a tech company. Sometimes the best arbitrage is being the rare strong engineer in a non-tech company that is finally taking software seriously. You may get more ownership, less internal competition, and a better path into leadership. But if we are talking pure compensation data, tech companies still hold an edge.

Levels.fyi shows the high end of that edge. Its 2025 report includes 245,000+ data points across 5,000+ companies and reports $192,500 median U.S. software engineer total compensation. The same report lists $278,000 median total compensation in the San Francisco Bay Area, $250,000 in Seattle, and $193,000 in New York City. That is total compensation, not just base salary, but it shows what happens when software sits at the center of the business.

The gap between Dice's $112,521 average tech salary and Levels.fyi's $192,500 U.S. SWE median total compensation is not a contradiction. It is a market segmentation lesson. Dice captures broad tech professionals across many industries and roles. Levels.fyi skews toward software engineers at higher-paying companies, often including stock and bonus. If you want top-tier compensation, you need to compete in the market where top-tier compensation is actually paid.

Here is how to think about the major industries from a developer's point of view.

Consulting: highest average salary, highest client pressure

Consulting tops Dice's industry table at $134,472. The upside is exposure. You see more systems, more business problems, more executives, and more messy reality than you would inside many product teams. That can accelerate your judgment fast.

The tradeoff is that consulting can be demanding. Billable hours matter. Client communication matters. Travel may matter. You are not only judged by code quality. You are judged by whether the client believes the project is moving, whether stakeholders trust you, and whether the firm can sell more work after you leave.

Software: high ceiling because engineering is the product

Software ranks second at $129,102 in Dice's industry table, and Levels.fyi shows how high the ceiling can go at elite software companies. The advantage is obvious: the company understands engineering leverage. Good code can become recurring revenue.

The risk is volatility. Software companies can hire aggressively, miss growth targets, and cut aggressively. If you choose this lane, evaluate runway, profitability, product-market fit, and equity quality. A big offer with underwater stock is not as good as it looks.

Bank and finance: strong pay for developers who understand risk, data, and systems

Bank/finance ranks third at $128,751. Finance has always paid for technical skill because the stakes are measurable. Reliability, security, fraud detection, low-latency systems, analytics, and compliance automation all matter.

The upside is strong pay and durable demand. The downside can be bureaucracy, legacy systems, regulatory constraints, and slower shipping. If you like complex systems and can tolerate process, finance can be a very strong career lane.

Manufacturing: the sleeper category with 15.1% growth

Manufacturing's $119,282 average is below the top three, but its 15.1% growth makes it one of the most interesting categories. Developers who understand automation, robotics, embedded systems, industrial IoT, data engineering, and reliability can do well here.

The best manufacturing jobs are not just maintaining old internal tools. They are building software that changes production quality, throughput, downtime, inventory, and forecasting. If you can connect code to operational savings, you become much harder to replace.

Government: stable, mission-heavy, usually capped

Government, excluding education, averages $113,191 in the Dice data. That is close to the overall Dice average of $112,521. Government work can offer stability, mission, benefits, and large-scale systems. It can also come with slow procurement, compliance overhead, and rigid compensation bands.

For some developers, that tradeoff is worth it. For salary maximizers, government often works best when paired with specialized security, cloud, data, or contractor roles rather than general application development.

Healthcare: huge need, complicated budgets

Healthcare averages $112,055 in the Dice table and declined 4.7% year over year. The need for software is enormous: patient systems, claims, scheduling, data interoperability, privacy, analytics, medical devices, and AI-assisted workflows. The compensation story is more mixed.

Healthcare can be a great place to build deep domain expertise. But it is not automatically a high-salary category because budgets, regulation, procurement, and integration complexity can slow everything down.

Education: meaningful work, weakest salary signal

Education sits at $76,282 in Dice's table and declined 10.9% year over year. This is the clearest example of mission not automatically translating into salary. Plenty of education problems deserve excellent software. The market just does not always fund those roles at competitive rates.

If you choose education, do it with eyes open. Optimize for mission, schedule, impact, or stepping-stone experience. Do not assume the market will reward you the same way a software company or finance firm would.

Industry is one axis. Skill specialization is another. Dice reports that tech professionals responsible for designing, developing, or implementing AI solutions earn 17.7% more than peers not involved in AI work.

That matters because AI is not only a software-company story. Finance wants AI for risk, fraud, research, and customer operations. Manufacturing wants AI for vision systems, predictive maintenance, and process optimization. Healthcare wants AI for documentation, triage support, imaging workflows, and operational analytics. Consulting wants AI because every client is asking what to do next.

Robert Half's 2026 technology salary trends point in the same direction, highlighting salary growth for AI/ML engineers and data scientists. Levels.fyi also calls AI/ML the fastest-growing track in its 2025 report, moving from niche specialty to one of the largest and highest-paid software engineering tracks.

The smart move is not to call yourself an AI engineer after building one chatbot demo. The smart move is to combine AI capability with industry context. A developer who understands manufacturing quality data plus machine vision is more valuable than a generic prompt wrapper builder. A developer who understands finance workflows plus LLM evaluation and secure data pipelines is more valuable than someone who only knows the API call.

In other words, the best salary premium comes from stacking skills: software engineering plus industry domain plus AI implementation plus business communication.

Here is the part most salary articles skip: data is useless unless it changes your next move.

1. Benchmark your current industry first. If you are in education making $82,000, you may be doing fine inside that market. If you are in consulting making $82,000, you may be underpaid.
2. Compare salary ceiling, not only current salary. A $115,000 manufacturing role with automation exposure may lead to better future leverage than a $125,000 maintenance role at a stagnant software company.
3. Move closer to revenue. The more directly your work affects revenue, margin, risk, or customer retention, the easier it is to argue for higher pay.
4. Specialize where industries are investing. Manufacturing automation, finance data systems, AI implementation, cloud modernization, security, and platform engineering all create stronger bargaining power than generic CRUD work.
5. Negotiate with industry-specific proof. Do not walk into a salary conversation with only national averages. Bring industry data, role data, location data, and examples of business impact.

If you want the highest expected compensation, the data points toward software companies, consulting, finance, and AI-heavy roles. If you want a balanced career, manufacturing and government may deserve more attention than developers usually give them. If you want mission-heavy work, education and healthcare can be meaningful, but you need to be honest about compensation constraints.

The biggest mistake is treating all developer jobs as the same market. They are not. A developer job in a budget-constrained institution and a developer job in a high-margin software company are different games. Learn which game you are playing before you decide whether an offer is good.

This resource uses public salary and labor-market sources. Where sources measure different populations, the article labels the distinction.

• Dice 2025 Tech Salary Report: average tech salary, industry salary rankings, industry salary growth, tech company premium, AI salary premium, certification premium, and experience trends.
• Levels.fyi 2025 End of Year Pay Report: U.S. software engineer total compensation, top metros, top companies, pay by level, and AI/ML track trends.
• U.S. Bureau of Labor Statistics Occupational Outlook Handbook: national software developer, QA analyst, and tester median pay and employment outlook.
• CompTIA State of the Tech Workforce 2025: median wage for tech occupations and wage premium versus the national median.
• Robert Half technology salary trends: role-level salary growth signals for AI/ML, data, DevOps, cybersecurity, ERP, and software development roles.
• Stack Overflow Developer Survey 2025: developer role, work, and compensation context.

Important caveat: Dice industry data covers technology professionals broadly, not only software developers. Levels.fyi data focuses on total compensation and skews toward higher-paying technology companies. BLS data is broader and more conservative, but not always broken down in the exact way developers search for salary decisions. The best interpretation comes from reading the sources together instead of pretending one dataset tells the whole story.

Which industry pays software developers the most?

In Dice's 2025 Tech Salary Report, consulting has the highest average tech salary at $134,472, followed by software at $129,102 and bank/finance at $128,751. At the very high end, software companies and AI labs can pay much more when stock and bonus are included.

Is finance better than software for developer salary?

Finance can be excellent, especially for developers working on trading systems, risk, fraud, data platforms, infrastructure, or security. Software companies often have higher equity upside and clearer engineering ladders. The better choice depends on your skills, risk tolerance, and offer details.

Why is manufacturing salary growing so fast for tech workers?

Manufacturing is investing in automation, robotics, computer vision, predictive maintenance, supply chain systems, and industrial data platforms. Dice reports manufacturing tech salaries grew 15.1% year over year, the fastest of the industries in its table.

Do tech companies always pay more than non-tech companies?

Not always, but Dice reports that tech professionals at technology companies earn 5.7% more than peers in other industries. Elite software companies can pay far more because compensation often includes stock and bonus.

What is the best industry for a developer who wants stability?

Government, healthcare, large finance, and established manufacturing companies can offer more stability than startups, but compensation growth may be slower. Stability is not one industry. It depends on company health, funding model, and how critical software is to operations.

What should I learn to earn more across industries?

Cloud systems, data engineering, security, DevOps, AI implementation, distributed systems, and business communication travel well across industries. The biggest premium comes when you combine technical skill with domain knowledge in a high-value sector.