How corporate consolidation and extractive tech models are reshaping software engineering’s future

Indigenous and traditional knowledge systems frame software as a relational commons, not a proprietary asset, challenging the extractive logic of modern tech. The Māori principle of *kaitiakitanga* (guardianship) suggests that digital infrastructure should be stewarded for future generations, not hoarded for profit. Similarly, African Ubuntu philosophy’s emphasis on communal benefit contrasts with the individualistic, competitive ethos of Silicon Valley’s ‘move fast and break things’ culture. These perspectives highlight how software engineering’s ‘progress’ is often extractive, erasing non-Western epistemologies of collaboration.

The commodification of software engineering mirrors earlier enclosure movements, such as the privatization of land and the enclosure of the commons during the Industrial Revolution. The open-source movement’s origins in the 1980s (e.g., Richard Stallman’s GNU Project) were explicitly framed as resistance to proprietary control, yet today’s corporate adoption of open-source reflects a reversal of that ethos. DevOps and agile methodologies, while revolutionary in process, have been co-opted to accelerate capital accumulation, echoing Taylorism’s scientific management but in a digital context. The historical pattern here is the absorption of radical movements into capitalist frameworks, where their disruptive potential is neutralized for profit.

Cross-culturally, software engineering’s ‘future’ is often imagined through a Silicon Valley lens, but alternative models exist. In India, the *FOSS* (Free and Open Source Software) movement has been a tool for social justice, enabling marginalized communities to access technology without corporate intermediaries. In Japan, the *Mura* (village) model of collective labor has inspired cooperative tech hubs that prioritize community needs over shareholder returns. Meanwhile, in Indigenous communities across the Americas, digital sovereignty movements advocate for locally controlled tech infrastructure, resisting both corporate and state surveillance. These examples show that ‘redefining the future’ is not a monolithic task but a pluralistic one.

From a scientific perspective, the shift from siloed to collaborative development is well-documented, with DevOps and agile methodologies improving software quality and delivery speed. However, the systemic effects of these changes—such as the precarization of labor, the concentration of power in a few corporations, and the erosion of public-domain knowledge—are understudied in mainstream tech discourse. Research on platform capitalism (e.g., Srnicek 2017) and digital enclosure (e.g., Vercellone 2007) provides frameworks to analyze these trends, but they are rarely applied to software engineering’s evolution. The scientific literature also highlights the psychological toll of ‘always-on’ DevOps cultures, yet this is framed as a ‘productivity challenge’ rather than a systemic issue.

Artistic and spiritual traditions offer critiques of tech’s extractive ethos by emphasizing balance, reciprocity, and long-term stewardship. Buddhist principles of *dukkha* (suffering) and *sunyata* (emptiness) challenge the relentless pursuit of innovation at any cost, while Indigenous storytelling traditions often frame technology as a tool for harmony, not domination. The concept of *ubuntu* in Southern Africa—‘I am because we are’—contrasts with the hyper-individualism of Silicon Valley, suggesting that software engineering’s future could prioritize collective well-being over shareholder value. These perspectives invite a reimagining of tech as a sacred or communal practice, not just an economic engine.

Future models of software engineering must account for the collapse of the open-source commons under corporate enclosure, the rise of AI-driven development that further concentrates power, and the potential for decentralized, cooperative alternatives. Scenario planning suggests that if current trends continue, a handful of corporations will control 80% of global software infrastructure by 2035, with the rest of the world dependent on proprietary tools. However, alternative futures—such as federated open-source ecosystems, worker-owned tech cooperatives, and digital sovereignty movements—could disrupt this trajectory. The key question is whether these alternatives can scale before the window for systemic change closes.

Marginalized voices in software engineering—Global South developers, gig workers, open-source maintainers, and women in tech—are systematically excluded from narratives about the ‘future of the field.’ Global South developers, often paid poverty wages for high-skill work, are framed as ‘lucky’ to have jobs, not as exploited laborers in a globalized tech economy. Open-source maintainers, who sustain critical infrastructure for free, are rarely compensated for their labor, despite their work underpinning the entire digital economy. Women and non-binary developers face systemic barriers in tech cultures that reward toxic masculinity and burnout. These voices reveal that the ‘seismic shifts’ in software engineering are not neutral but deeply stratified by race, class, and gender.