Capital Markets Tech Has Capital. It Doesn’t Have Enough Engineers.
There’s a quiet contradiction running through capital markets technology in 2026. Funding is available and transformation roadmaps are ambitious, but the engineering capacity needed to deliver them is hitting a hard ceiling.
The Structural Talent Gap
The IDC predicted that the shortage of skilled technology workers will reach around 4 million unfilled roles by 2025. Estimating that this shortage may cost the global economy $5.5 trillion in product delays, missed revenue, and impaired competitiveness by 2026, with pressure most acute across software engineering, AI, cloud and infrastructure disciplines. In the US alone, estimates based on Bureau of Labor Statistics data point to a deficit of more than 1.2 million software and IT professionals by 2026.
In capital markets, that gap is amplified by the nature of the work. These aren’t generic product teams; firms need engineers who understand latency, resiliency, distributed systems and the mechanics of markets. When those skills are scarce, planned upgrades to low‑latency trading platforms, regtech stacks and real‑time payments infrastructure slip, regardless of how much budget has been approved.
From our vantage point across New York, the pattern is consistent: headcount is signed off, mandates are urgent, and yet the most critical roles stay open the longest. The constraint is no longer appetite or funding. It is access to the right engineers at the right time.
The Senior Engineering Squeeze
Overall tech hiring has cooled at the junior end in some segments, but demand for senior engineers working on high‑performance systems has remained resilient. Time‑to‑fill data across the wider market shows technical roles already taking markedly longer to close than non‑technical posts, often stretching beyond two months in many organisations. (Statistica)
In US capital‑markets hubs, senior software engineers can now command total compensation packages in the 350,000 to 400,000 dollar range at well‑funded firms, with top roles in San Francisco frequently landing at the upper end of that band. That level of pay is the starting point for a conversation, not the differentiator. Experienced engineers are weighing:
- The complexity and relevance of the problems they will own.
- The calibre of the technical team around them.
- How clearly decision‑making and architectural responsibility are defined.
Where interview processes stretch over multiple weeks with layered approvals and blurred accountability, the strongest candidates drift. There is plenty of evidence in broader tech‑talent data that extended processes correlate with rising candidate drop‑off, more counteroffers and higher attrition. Speed and clarity now do as much heavy lifting as compensation.
Critical Systems Under Strain
Capital markets technology is not experimental; it is the operational backbone of trading, risk and compliance. When senior engineering bandwidth is limited, the impact shows up quickly:
- Modernisation of low‑latency execution and market‑data systems stalls.
- Regulatory reporting architectures struggle to keep pace with new oversight.
- Payments and post‑trade infrastructure face scaling pressure as volumes and real‑time expectations rise.
These systems demand engineers who can balance performance, stability and regulatory expectations, which narrows the viable talent pool. The same pattern plays out globally: in Europe, regulatory change is driving demand for engineers who can embed compliance into architecture, while across Asia‑Pacific a broad tech‑talent shortfall- running into the millions of roles – is fuelling intense competition for finance‑savvy developers. Different regions, same challenge.
Where Hiring Friction Creeps In
From conversations across capital‑markets firms, the issues are rarely dramatic in isolation; they accumulate over time. Four themes come up again and again.
1. Overly narrow stack requirements
Tight language or tool requirements can unnecessarily restrict already‑limited pipelines. Market data on shortages by programming language shows that competition is particularly acute around widely used stacks, which strengthens the case for hiring on systems thinking and architectural depth rather than syntax alone.
2. Interview sprawl and slow decision cycles
Technical roles already take significantly longer to fill than non‑technical ones, and each additional interview round stretches timelines further. Multi‑stage processes with loosely aligned stakeholders read to senior engineers as a signal of how decisions will be made once they join.
3. Reactive retention strategies
Counteroffers and late‑stage pay adjustments often plug immediate gaps but rarely address deeper questions around ownership, autonomy or influence over architecture. Broader workforce research links heavy reliance on counteroffers with internal pay imbalance and future churn rather than lasting retention.
4. Reduced junior intake
Cutting graduate or early‑career hiring can protect short‑term budgets, but it also erodes the future senior bench. Global skills‑gap research shows most organisations already expect IT talent shortages to persist, with more than 80% reporting current or anticipated gaps. Reducing the pipeline now bakes in scarcity later.
Individually, each decision feels rational. Collectively, they slow delivery, increase replacement costs and concentrate risk in a small group of senior engineers.
What Winning Firms Are Doing Differently
The firms navigating this market best are not just lifting salary bands; they are being deliberate about how they access and retain talent. A few common threads stand out.
1. Hire for fundamentals, not just tools
Leading teams write briefs around systems thinking, distributed‑architecture experience and problem‑solving, then treat specific languages or frameworks as trainable. Organisations willing to hire adjacent skill sets and invest in onboarding and enablement shorten time‑to‑hire and reduce exposure to the fiercest talent bottlenecks.
2. Design interview processes around momentum
High‑performing hiring teams align stakeholders early, keep assessments tightly defined and aim to make clear decisions within a predictable window. Market data shows that more structured, time‑bound processes directly reduce candidate drop‑off and competition from parallel offers, especially at senior level.
3. Invest in structured upskilling
Rather than replacing entire legacy teams, forward‑looking firms are building internal academies focused on cloud, data infrastructure and AI‑driven tooling. Global tech‑skills reports consistently place upskilling and reskilling near the top of the list of effective responses to long‑term shortages, particularly in regulated industries where domain knowledge matters.
4. Build environments engineers want to stay in
Beyond a certain compensation point, retention is largely about autonomy, clarity of scope and the strength of peers. Surveys of technology professionals repeatedly show that meaningful work, career progression and team quality rank above incremental pay rises as reasons to stay with an employer. Firms that deliberately design for those factors see lower churn and more stable delivery capacity.
At a certain level of experience, engineers are not just choosing a job. They are choosing the platform they want to build on.
Perspective from our US Specialist, Brandon DiCroce
This is where on‑the‑ground feedback matters. Brandon DiCroce, EC1 Partners’ US Technology Specialist & Head of Fintech Engineering Search, exclusively works on live technology searches for roles including low‑latency, cloud and infrastructure talent across the US.
“One of the most common breakdowns I see in capital-markets hiring processes is misaligned compensation expectations. Many high-calibre engineers are already in stable, well-compensated roles, often with strong bonus structures and long-term incentives, so they are understandably reluctant to move without a clear and meaningful financial upside. When firms underestimate the premium required to attract secure, high-performing talent, they frequently lose candidates late in the process despite strong mutual interest.”
The Reality Ahead
Macro conditions will move – funding cycles will turn, and consolidation will reshape parts of the AI and fintech ecosystem. What is unlikely to change is the structural reliance on senior engineers in capital markets technology. Multiple global studies point to advanced digital skills remaining in short supply well beyond 2026, with significant value at risk for firms that cannot secure or develop those capabilities.
Trading systems are becoming more data‑intensive, compliance is increasingly embedded in code, and expectations around performance, security and resilience continue to rise. Capital may set the ambition, but engineers convert it into working systems.
“How Can I Support Further Technology Developments in my Firm?”
If you are reviewing the strength of your technology function, or planning further investment into your engineering team, it is worth sense‑checking that strategy against what is actually happening in the market right now. In capital markets tech, access to senior talent is shaped as much by positioning, process design and technical narrative as it is by budget. Our fintech technology specialists work with firms across the US, EMEA and APAC, giving us a live view of hiring velocity, candidate behaviour and how your competitors are moving forward.
If you are thinking about how your engineering capability needs to evolve over the next 12 to 24 months, please get in touch with our team for a confidential conversation.
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