Open source drives trillions of dollars in global infrastructure. In Latin America, we consume it voraciously, yet we rarely sustain it, govern it, or turn it into a true competitive advantage. This has to change.

• 96% – of Fortune 500 companies actively use open source.

• $8.8B – Global market for open source services in 2025.

• 3% – of critical open source code is maintained sustainably.

• 21+ – years building software for the region at Q-Vision.

• Sources: Synopsys OSSRA 2025 · Linux Foundation · Q-Vision Research

A few days ago, I read an article in El Ecosistema Startup regarding the funding and sustainability of open-source software. It is a correct diagnosis, albeit an incomplete one. It accurately describes the symptoms—under-resourced maintainers, burnout, and the power imbalance between the corporations that consume and the communities that produce. However, it fails to venture into the territory that has concerned me for years: why this problem is structurally deeper in LATAM, and what responsibility the region's tech companies have in solving it.

I have spent over two decades building and delivering software in markets such as Colombia, Mexico, Ecuador, Panama, Spain, and the United States. I have seen companies in the financial, healthcare, retail, and government sectors use open-source frameworks, libraries, and platforms as if they were inexhaustible natural resources. Much like river water: it was just there, it arrived for free, so why pay?

That model is no longer sustainable. At Q-Vision, we have taken a clear stance on this diagnosis.

The Reality No One Wants to Say Out Loud

When I speak of sustainability in open source, I am not merely referring to maintainers in Europe and North America struggling to pay their mortgages. I am referring to something far more strategic for our region: we are building the digital infrastructure of our nations—digital banking, telecommunications, healthcare systems, and government platforms—on a foundation that we do not control, do not fund, and which could be orphaned tomorrow.

The Log4Shell crisis of 2021 demonstrated this brutally. A library maintained by volunteers was integrated into thousands of critical applications across the region, yet none of the companies using it had contributed a single dollar toward its maintenance. The cost of the emergency patch fell on the companies' own tech teams; the cost of preventing it would have been a tiny fraction of that amount. This asymmetry is the norm, not the exception.

We cannot continue to be passive consumers of a technological infrastructure we do not govern. Digital dependency without participation is a modern form of technological colonialism.

Regional Sector Challenges

Five Sectors, Five Silent Crises

Banking and Fintech: Core banking systems in the region run on layers of open-source libraries with update cycles spanning 3 to 5 years. Regulatory risks (PCI-DSS, SOX, Basel III) coexist with technical dependencies that lack formal governance.

• Risk Level: High

Healthcare and Telemedicine: Post-pandemic, dozens of telemedicine platforms were built on open-source stacks in record time. The accumulated technical debt and lack of maintenance represent a latent clinical risk across several countries.

• Risk Level: Critical

Digital Government: Many e-government projects adopted open source to reduce costs without planning for long-term maintenance. The result: critical citizen systems running on unsupported versions.

• Risk Level: Critical

Retail and E-commerce: The e-commerce explosion in the region between 2020 and 2023 accelerated the adoption of open-source platforms without teams prepared to sustain them. Many payment systems in LATAM have documented, open vulnerabilities.

• Risk Level: High

Energy and Utilities: Electricity, water, and gas distribution companies in Colombia, Mexico, and Ecuador have modernized their SCADA systems with open-source components. The attack surface is massive, and the response capacity remains limited.

• Risk Level: Severe

Telecommunications: Regional operators run network infrastructure on Linux, OpenStack, and Kubernetes with undersized maintenance teams. Cost pressures prevent skills from being renewed at the speed the open-source ecosystem evolves.

• Risk Level: High

1. The Gap Between Adoption and Maintenance Capacity In mature markets like Germany or the United States, there is a dense fabric of companies capable of maintaining, auditing, and updating open-source systems. In LATAM, this capacity is highly concentrated in a few hubs (Bogotá, CDMX, São Paulo, Santiago) and within a limited number of firms. The rest of the digital landscape depends on these "islands." When a security incident occurs in a critical library, an effective response takes weeks instead of hours. That time gap is exactly where attacks happen.

2. The "Cultural Freebie" Syndrome Deep resistance exists within many Latin American organizations toward paying for technology that "already exists." If the code is open and anyone can download it, the logic follows: why pay for maintenance, support, or extensions? This mindset—while not exclusive to the region—is particularly entrenched here. It prevents the flourishing of sustainable business models like open core, support contracts, or industrial foundations. Paradoxically, the same entities that refuse to pay for proactive support spend fortunes on international consultants once the system fails.

3. The Absence of Public Software Policy With a few exceptions (Brazil has a more articulated free software policy, and Colombia has made progress with certain MinTIC guidelines), LATAM lacks a regulatory framework that mandates companies using critical software to contribute to its sustainability. In contrast, the European Union is already implementing regulations like the Cyber Resilience Act, which establishes clear responsibilities regarding open-source components used in critical products. We are years behind that curve.

The open-source problem in LATAM is not one of technological ideology. It is a matter of business maturity, public policy, and business models that we have yet to build at a regional scale.

When people discuss "professional support and maintenance agreements between corporations and key projects" as a solution to the open-source funding problem, there is one crucial element often left unstated: those agreements require organizations on the other side capable of executing them.

It is not enough for a company to simply want to "pay for open-source support." They need a technological partner with the installed capacity, the process discipline, and the sector-specific knowledge to do so predictably.

This is exactly what we have spent 21 years building at Q-Vision. It is the reason our development factory is not just a code delivery service. It is a software production infrastructure equipped with governance, traceability, quality assurance, and intelligent component management—including those from open source.

A well-structured software factory resolves the open-source problem through practical application: it audits the free components within a client's stack, evaluates their health (update frequency, known vulnerabilities, community activity), establishes a maintenance lifecycle, and—when components are critical and the community cannot guarantee continuity—builds the necessary proprietary support layer or internal fork.

This is not theory. This is exactly what we are doing for clients in the banking, insurance, and services sectors across Colombia, Panama, and Mexico today.

Our development factory model is not designed to replace our clients' internal talent. It exists to offload non-differentiating tasks, allowing your team to focus their energy where it truly matters: business innovation.

We operate across three dimensions of the open-source ecosystem that most companies overlook until an incident occurs:

1. Software Composition Analysis (SCA)

We inventory and evaluate every open-source dependency within the client's stack. We identify vulnerabilities (CVEs), licenses incompatible with commercial use, and orphaned components before they escalate into critical incidents.

2. Predictive Dependency Maintenance

We establish planned—not reactive—update cycles for critical libraries. By utilizing IzyDev and automating tests with IzyTesting, the update process shifts from a high-risk operation to a standard routine.

3. Controlled Extensions and Forks

When a critical open-source component shows signs of abandonment, we don't wait for it to fail. We build and maintain proprietary extensions that protect the client's operational continuity without breaking the existing architecture.

4. Security over Open Source Layers

We integrate Hacknoid and vulnerability detection processes directly into the delivery cycle. Security isn't a final layer or a mere compliance check; it is integrated into the design of the open-source stack from day one.

5. Intelligent Component Data Management

We create technological health dashboards that provide leadership with real visibility: the current state of the stack, open CVEs, licenses with commercial restrictions, and accumulated operational risk.

6. Training and Knowledge Transfer

Through IzyAcademy, we train our clients' internal teams to manage their relationship with the open-source ecosystem with professional criteria: how to evaluate projects, how to contribute effectively, and how to establish sound adoption policies.

1. Software Supply Chain Regulation What Europe already mandates and what the U.S. Executive Branch has advanced regarding SBOMs (Software Bill of Materials) is coming to LATAM. Initially, this will be driven by multinational corporations demanding compliance from local technology providers, followed by regional regulations. Organizations that already maintain traceability of their open-source components will gain a significant competitive advantage; those that do not will face staggering compliance costs.

2. AI Pressure on Open Source Maintenance Generative AI models used in software development are already flooding open-source projects with pull requests, bug reports, and feature requests at a velocity human maintainers cannot process. This will accelerate the abandonment of unfunded projects and further concentrate the ecosystem around those with real corporate backing. For LATAM companies, the window to resolve dependencies on unsupported projects is narrower than it appears.

3. Consolidation of the Open Source Services Market In the coming years, global giants like Red Hat, Canonical, and VMware/Broadcom will intensify their presence in LATAM with enterprise support offerings for critical projects. Regional tech firms that haven't built their own service capacities on these platforms will lose ground. The response cannot be based on price alone; it must be rooted in sector-specific knowledge, proximity, and a speed of response that global players struggle to match in markets like Colombia, Mexico, or Ecuador.

The Q-Vision Perspective

At Q-Vision, we have spent 21 years building this exact capacity—not through clairvoyance, but because the market demanded it. Every banking client asking to migrate from an end-of-life Spring Boot version, every insurance company updating its automated testing stack, and every healthcare provider securing its telemedicine platform is having a conversation about open-source sustainability, even if they don't use the term.

What we offer through our Development Factory is the professionalization of that conversation: providing structure, process, and clear visibility for organizational leadership.

Conclusion

Open source isn't going away, and neither is its funding challenge. What will change is who is prepared to operate responsibly in this environment and who continues to rely on the good fortune of volunteers on other continents to maintain the projects they depend on.

In LATAM, we have world-class tech talent and markets adopting technology at a remarkable pace—the Colombian and Mexican fintech ecosystems, Brazilian agtech, and digital health operators across the entire region are proof of that. What we lack is the professional services layer that converts that talent and adoption into sustainable digital infrastructure.

The Q-Vision Commitment

This is the bet Q-Vision is making. It’s not a rhetorical exercise; it’s a business model we’ve spent over two decades building, refining, and expanding geographically. Our development factory is not just a way to deliver software faster—it’s a way to ensure that the software we deliver, and the ecosystem it’s built upon, is sustainable, secure, and governable for the next ten years.

That is the commitment we undertake with every client, in every country where we operate.

At Q-Vision, we offer an initial Software Composition Analysis (SCA) audit at no cost. We identify dependencies at risk, open vulnerabilities, and optimization opportunities within your current architecture.