Why South Africa Needs Israeli Technology

South Africa cannot afford to reject effective technology because of diplomatic hostility.

Photo by Being Organic in EU on Unsplash

Written By: Thando Nzimande

The Middle East is not a single tech economy, and treating it as one obscures more than it reveals. Ask who leads regional tech and the honest answer depends entirely on what is being measured. The UAE dominates on capital and executive firepower: it accounts for 25 of the 53 executives on Forbes Middle East’s 2026 Top Tech Leaders list, 47 percent of the total, and continues to pour sovereign wealth into AI infrastructure and cloud capacity at a scale no other regional player can match. Saudi Arabia has overtaken the field on raw digital infrastructure, a result of years of state investment in connectivity and digital government systems.

Israel leads on neither capital concentration nor infrastructure scale, but on ecosystem depth and applied sector expertise.

It is routinely excluded from regional startup rankings not because it underperforms but because analysts treat it as a global tech ecosystem in its own right, built on decades of R&D intensity, venture-backed exits, and a track record of turning scarcity into export industries in exactly the sectors South Africa needs most: water, health and infrastructure resilience.

That distinction matters more than it first appears, because it points to which country South Africa should logically be doing business with, and why. The UAE and Saudi models are capital-and-infrastructure plays, built for governments with sovereign wealth funds and the fiscal room to buy entire systems outright. South Africa’s public finances do not resemble that picture, and copying a Gulf state’s approach would mean chasing a scale of investment the country cannot realistically mobilise.

Israel’s model is different in a way that suits South Africa’s actual constraints: it is built around mid-sized, exportable, sector-specific technology, developed by hundreds of individual companies rather than a handful of sovereign mega-projects, and sold on commercial terms to municipalities, hospital groups and farming cooperatives rather than only to other governments.

That is a far easier entry point for a country working with strained municipal budgets and a private sector, not a sovereign fund, as the more realistic buyer. It is also, not incidentally, the model in which South Africa already has the deepest trade relationship, longest history of technical exchange, and the clearest existing case studies, from Western Cape agritech delegations to Ethiopian irrigation financing pilots to informal cross-border talent flow through people like the South African-born engineers now working at Kinneret Innovation Center.

Start with water, because the numbers are the starkest. South Africa loses an estimated 48 percent of its treated water to leaking pipes, unbilled consumption and ageing infrastructure before it reaches a household tap, a figure that makes the crisis fundamentally one of management rather than absolute scarcity.

Drip irrigation systems developed in the Negev cut agricultural water use by roughly half compared to flood irrigation, a saving commercial farmers in the Western Cape and Northern Cape could apply within a single planting season, while off-grid, solar-powered wastewater purification units address both water scarcity and load shedding at once. Agricultural credit schemes piloted elsewhere on the continent, giving smallholder farmers financed access to Israeli seed and pump technology, have reportedly lifted yields by more than 60 percent in a season. The technology performs consistently. What breaks down is the pathway from a successful demonstration project to a scaled, publicly funded rollout.

Healthcare presents a parallel but distinct opportunity, and arguably a more urgent one given South Africa’s disease burden and workforce shortages. The country’s public health system, like much of the continent’s, is short on clinicians relative to population and long on the kind of administrative burden that digital tools are specifically designed to strip away.

South African healthtech firms such as Docy and GreenNotes Medical have already begun building AI-driven clinical documentation tools that save practitioners hours of paperwork, and private groups like Netcare have invested heavily in digitally enabled, data-driven care models. Israeli health tech, developed across roughly 1,800 active companies spanning diagnostics, remote monitoring and AI-assisted clinical decision support, sits in a similar space but with a longer track record and more capital behind it.

The overlap is not accidental: both countries are building digital health infrastructure to compensate for workforce shortages and uneven geographic access to specialists, which means Israeli remote-diagnostics and AI-triage tools, tested at scale in a health system that also serves a dispersed and unevenly resourced population, could be adapted for South African primary care and rural clinic networks with less translation work than importing equivalent technology from Europe or North America. The obstacle again is not the technology. It is that health data partnerships require a level of regulatory trust and interoperability planning that neither government has prioritised building between the two systems, leaving individual hospital groups and private health-tech firms to negotiate access on their own, deal by deal.

Infrastructure is the least discussed of the three but may be the most consequential, because it underwrites the other two. South Africa’s chronic power constraints, port inefficiencies and cybersecurity exposure are not separate problems from water and health delivery; they are the substrate those systems run on. A wastewater purification unit is only useful if it has power. A telehealth platform is only useful if the network holding it up is secure and reliable.

Israel’s infrastructure technology sector, built initially around defence needs, has produced globally deployed capabilities in smart grid management, water-network leak detection sensors that can pinpoint losses in real time rather than after the fact, and cybersecurity systems now protecting critical infrastructure in dozens of countries, including several with far less diplomatic alignment with Israel than South Africa maintains in practice. Leak-detection sensor networks in particular are directly relevant to that 48 percent water-loss figure: the technology to find and flag failing pipes before they flood a street already exists and is commercially deployed, it has simply never been procured at municipal scale in South Africa.

What ties all three sectors together is the same underlying failure, and it is a business and institutional one rather than a technical one. South African municipal and provincial procurement systems are not built to accommodate rapid piloting of imported infrastructure, particularly from a source country that triggers political sensitivity at the national level even when provincial governments, hospital groups and commercial farming bodies are enthusiastic.

That sensitivity creates a quiet tax on every transaction: deals get structured through intermediaries, funded through NGOs or private chambers of commerce rather than public budgets, and kept deliberately low-profile to avoid becoming a political flashpoint. Each workaround adds cost, slows implementation, and caps the scale at which proven technology can be deployed. A leak-detection network that could transform municipal water management instead reaches a single pilot ward, because no official wants to be the one who signed a large-scale Israeli infrastructure contract in an election year.

None of this requires South Africa’s government to alter its diplomatic posture, and it would be naive to pretend the political tension disappears because a business case is compelling. What it requires is a deliberate separation of tracks: letting provincial water authorities, hospital groups, commercial farming bodies and infrastructure agencies pursue proven Middle Eastern, and specifically Israeli, technology partnerships on commercial terms, insulated from the national political relationship the way trade with several other diplomatically fraught partners already operates.

The UAE and Saudi Arabia may lead the region on capital and connectivity, but neither offers South Africa a realistic template given the difference in fiscal firepower. Israel does, because its model was built the way South Africa would have to build one: incrementally, commercially, and out of necessity rather than surplus.

South Africa’s opportunity is not to resolve the politics before acting. It is to build the institutional structures, procurement pathways and local technical capacity that let the country act on water, health and infrastructure with the partner whose model actually fits its constraints, regardless of how the politics eventually settle.

Z. Thando Nzimande – is A Wits Alumni, a Future Voices scholar and researcher at MEARI, A Neuroscience researcher, economic and geopolitical commentator/analyst and his goal is to provide insightful, well-researched analysis on global affairs, informed by his scientific training, critical thinking skills, and leadership experience.