Survey of 1,000+ C-level execs finds the majority view lack of access to software developers as a bigger threat to success than lack of access to capital
Software engineering efficiency … Tweets: Martin Bryant / @martinsfp : No surprise. This is a worldwide problem, affecting companies of all sizes. VCs can provide cash but they can't magic up employees. http://twitter.com/... Carl Carrie / @carlcarrie : “Collectively, companies today lose upward of $300 billion a year paying down “technical debt,” as developers pour time into maintaining legacy systems or dealing with the ramifications of bad software.” http://www.cnbc.com/... Jameson Lopp / @lopp : Software developers are now more valuable to companies than money because they are a scarce resource - scarcer than the capital required to acquire them. http://www.cnbc.com/... Ed Sim / @edsim : The Developer Coefficient poll by Stripe, access to software engineers tougher than $, yet much time is still spent maintaining legacy systems, need better way - better tools for more productivity, allocation of resources, focus on core value add http://www.cnbc.com/... http://twitter.com/... Dare Obasanjo / @carnage4life : Lack of access to software developers is now more of a threat to businesses than access to capital. Software has truly eaten the world. http://www.cnbc.com/...
Context & Ripple Effects
This 2018 survey put a number on a shift executives were already feeling: with capital abundant, the binding constraint moved to engineering headcount — Jameson Lopp's framing that developers are 'more valuable than money' because they are scarce captured why VC cash alone no longer solves a growth problem. The same coverage quantified the drag on the developers companies do have: upward of $300 billion a year lost paying down technical debt, time spent maintaining legacy systems instead of building new product.
The years since have tested both halves of that thesis. Benedict Evans argued software has faded into the background like electricity, making it a baseline cost rather than a differentiator, while RedMonk documented how fragmented cloud tooling still taxes every developer hour. Most strikingly, the scarcity itself has not held steady — by January 2025, software developer job listings on Indeed had fallen 35% below their 2020 level, raising the question of whether AI is now expanding the very supply executives said they lacked.
First-order effects
- Companies competing for scarce engineers redirect spending toward retention and productivity tooling rather than fundraising, since the survey says capital is no longer the perceived constraint.
- VCs face a weakened pitch: as Martin Bryant noted, investors can provide cash but cannot conjure employees, so money alone stops being a decisive advantage for portfolio companies.
Second-order effects
- Tooling and cloud platform vendors gain leverage by selling developer-productivity gains — RedMonk's finding that fragmented cloud tools force developers to borrow time from writing code makes integration a direct answer to the talent shortage.
- The technical-debt burden compounds the shortage: with quick fixes and legacy code consuming an estimated $1.52 trillion to remediate per the WSJ-linked reporting, every engineer hired partly services old systems rather than adding net new capacity.
Third-order effects
- If AI meaningfully expands effective developer supply, the 2018-era bottleneck inverts — the 2025 collapse in job postings suggests demand for human developers is being repriced, forcing firms to re-plan around augmented rather than scarce engineering teams.
- Structurally, executive attention shifts from balance-sheet capacity to engineering throughput as the metric of competitive health, with policy choices like the lapsed R&D expensing provision showing tax law now directly shapes how much software work companies can afford.
The trend: Developer access displaced capital as the binding constraint on company growth, and AI is now testing whether that scarcity was permanent.