Onomondo announced on 30 September 2026 that Aspirity Partners has agreed to acquire a majority stake in the Danish IoT connectivity company, as part of a combined investment exceeding €100 million. The deal is signed, not closed: regulatory approvals remain and completion is expected in the first quarter of 2027. The headline amount includes existing shares changing hands, so it is not a disclosed €100 million cash injection into Onomondo.

The structure is the essential point for readers tracking startup funding. Onomondo’s announcement says Danish state investor EIFO will increase its stake alongside Aspirity. Accura, the buyer’s transaction adviser, says Aspirity will buy shares from Verdane, the founders and other holders. Specialist outlet EU.VC notes that the parties have not disclosed the division between secondary purchases and fresh capital. That means the size of the investment package is known, but the amount available to fund new hiring, infrastructure and sales is not. No public valuation or exact ownership percentage was given.

Onomondo operates a software-defined core network for connected devices. It says its systems integrate with nearly 700 mobile networks and serve more than 500 customers, including Maersk, Carlsberg and Husqvarna. Those figures describe the company’s claimed footprint, not audited revenue or evidence that every network offers the same quality of service. The practical question after the deal is whether Onomondo can turn that breadth into reliable, manageable connectivity for enterprise fleets crossing countries and switching between private and public networks. A large transaction makes that ambition more visible, but does not settle it.

What the Onomondo investment agreement actually covers

The definitive agreement would give London-based private-equity firm Aspirity a majority position. EIFO, Denmark’s Export and Investment Fund, has backed Onomondo since 2021 and says it is increasing its investment. Accura’s case note identifies Verdane, Onomondo’s founders and other shareholders as sellers of shares. RCR Wireless News reported after interviewing co-founder Henrik Aagaard that the transaction mixes primary and secondary capital, and that Verdane is exiting. A transfer of existing shares changes ownership. Only primary capital placed into the company can directly enlarge its balance sheet for expansion. The parties did not provide a public breakdown.

This is why the wording “Onomondo raises €100 million” can mislead. The company did not say that all of that sum is newly issued equity. Nor did it report a €100 million revenue figure, a €100 million valuation or a completed transaction. The safer description is a more than €100 million combined investment and majority-stake deal. The precise amount is not disclosed beyond that lower bound. Onomondo and Accura say regulatory approval is required and closing is expected in the first quarter of 2027. Plans and ownership can still change before that point.

Onomondo transaction structureAspirity majority stakeShare purchase fromVerdane, founders, othersNew investmentEIFO increases positionPrimary amount undisclosedCompletionRegulatory approvalExpected Q1 2027Combined package: more than €100 million; allocation not publishedSources: Onomondo, EIFO, Accura, EU.VC and RCR Wireless News
Editorial transaction map. The amount assigned to new company capital versus existing shareholders has not been disclosed.

The investor mix also points to two different objectives. Aspirity gains control of a European connectivity platform, while EIFO continues to support a company whose technology and engineering base are in Denmark. EIFO’s own announcement says the company’s technical centre will remain in Copenhagen as it expands internationally. That is a statement of present intent, not a binding guarantee about every future job or office. The deal will also be Aspirity’s first Nordic investment, according to the company and EU-Startups.

Why the network is the business, rather than the SIM card

Connected-device companies often buy a SIM or eSIM, a data allowance and roaming access, then solve the harder operational issues themselves. Devices may travel between countries, switch operators, sit in hard-to-reach places or require secure routing into cloud software. A manufacturer can manage thousands of meters, sensors or trackers that must be deployed, monitored and fixed remotely. The business risk is not just an individual data price. It is whether a device can attach to a suitable network, send usable information and be managed consistently over its working life.

Onomondo says it built its own software-defined cellular core and integrates directly with nearly 700 networks. Its product range includes SoftSIM, Cloud Connectors and tools to use both private and public cellular networks. In his RCR interview, co-founder and chief technology officer Aagaard described the core-network layer as the company’s main distinction from providers that largely resell access. He also said its newest eSIM remote-management product is intended to reduce dependence on a single provider. Those are company descriptions of its architecture and positioning. Independent comparative testing of cost, uptime and switching effort was not included in the transaction announcement.

The technology has several layers. A SIM identity helps a device authenticate. A radio access network connects it locally. Core-network software applies policy, routes traffic and makes the session visible to operators. Cloud connections deliver data to an enterprise application. Onomondo’s pitch is to give customers one control surface across this path rather than a different operator portal for each country. That approach could make global fleets easier to manage. It also exposes the provider to the hard work of maintaining integrations, security and service standards across many networks. The nearly 700-network number therefore describes potential reach, not a promise of identical service everywhere.

Industrial IoT connection layersDevice + SIMRadio networkCore + policyCloud appsensor, trackerpublic / privateroute and observeuseful dataThe investment backs Onomondo’s claimed control across these layers.Conceptual architecture, not a measured performance chart.
Enterprise IoT involves device, radio, core and application layers. The diagram shows the workflow, not an independently tested performance claim.

One concrete illustration is Maersk. Onomondo says a hybrid private/public LTE system spans more than 450 of the shipping group’s vessels, allowing connected cargo to transmit data at sea and move back onto terrestrial networks. The company describes this as a very large private LTE maritime installation. Maersk executive Sonny Wilkens Dahl, quoted in Onomondo’s announcement, said the work had helped shift cargo visibility from fixed checkpoints toward near-real-time updates during voyages. Those statements show a customer relationship and its described use case. They do not independently prove a particular coverage percentage, an outage reduction or the “world’s largest” claim.

The commercial test for the new owner

The company says more than 500 customers use its platform, including Maersk, Carlsberg and Husqvarna. That figure should not be confused with active paid device counts, revenue, profitability or network traffic. None of those measures was disclosed with the deal. A useful test of the investment case would be whether Onomondo can expand enterprise accounts while keeping service consistent across countries, reducing deployment friction and supporting applications beyond simple location pings. The capital package may help it hire, build infrastructure and enter new markets, but the amount of fresh capital available for those uses remains undisclosed.

RCR’s interview adds nuance to the company’s AI pitch. Aagaard described “physical AI” as largely a future opportunity rather than a large present market for Onomondo. The idea is that devices such as machines, vehicles and field sensors will generate data that software can act on near the point of collection. A network must connect that equipment reliably, but connectivity alone is not an AI product. Aspirity and Onomondo frame the transaction around that possible growth. It remains a strategic thesis until customers, workloads and economics provide stronger proof. EU-Startups set the deal beside other European industrial-connectivity financings, which shows investor interest in infrastructure without proving every company will win.

For India’s founders and buyers, the issue is tangible. Logistics firms, factories, cold chains and energy operators have mobile or remote assets that rarely fit inside one network’s footprint. Our coverage of Ikin Global’s connected cargo locks shows how a device business depends on dependable connectivity along a route. The industrial IoT startup directory shows the variety of Indian ventures building on data from physical equipment. The Onomondo deal does not mean that its platform has won those customers. It highlights why connectivity control, security and interoperability can become strategic assets as device fleets grow.

There is also a distinction between data connectivity and the computing that follows it. A sensor may collect an event, a network moves the information, and an edge or cloud service interprets it. We have discussed a related placement question in the KDDI distributed GPU robot trial. Onomondo sits principally in the network and control part of that chain. It may support later AI applications, but its transaction should be assessed first on whether it provides a robust and economical way to move data from real equipment.

What remains uncertain before completion

The next formal milestone is regulatory clearance and transaction close. The first-party and adviser sources place that in the first quarter of 2027, subject to approval. After closing, better disclosure would include how much primary capital entered Onomondo, the ownership split, and which new network or product deployments are funded. The parties have not published those details. Likewise, nearly 700 networks and more than 500 customers are the company’s reported scale indicators, not a substitute for independently audited financial or operational results.

This deal is therefore meaningful on two levels. It gives a connectivity platform a prospective controlling shareholder and a funding package larger than €100 million. It also tests whether a software-defined network that spans device, radio, core and cloud can grow into a durable enterprise infrastructure business. Both points are worth reporting. Neither justifies recasting the announcement as €100 million of newly raised cash, a completed buyout, or proof that the company has solved every IoT coverage problem.

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