The blind spot in most APAC IoT deployments
Kaleido Intelligence have released new research based on a survey of Communication Service Providers (CSPs) which states that 38% of those operating across Asia Pacific can only provide customers with partial visibility of their network.
For an enterprise operating in the region, those blind spots represent bill shock, attacks on the network that are not detected, longer outages and service level agreements that cannot be enforced due to the difficulty of gathering associated evidence.
In addition, there is no single regulatory playbook for the region and 5G SA roaming is still rare. The result for the enterprise is a “patchy” picture of their estate that, on paper, is centrally managed.
In their new white paper, Kaleido Intelligence in collaboration with in-region IoT specialists Bridge Alliance, have produced a guide to IoT Connectivity in APAC for enterprises, which outlines how to comply on an in-country basis, where the rules demand it, and in control everywhere else.
Why one connectivity strategy does not survive the region
APAC has no regional body setting centralised technical or regulatory standards and cross-border harmonisation is rare. A network deployment that works in one market can stall in the next with no clear indicators offered as to why.
Another contributory factor to the complexity of successful IoT connectivity in-region is that the technology picture from country to country is uneven. For instance, where 5G SA roaming agreements exist, capabilities such as network slicing are often unavailable. In line with this, Kaleido’s research also revealed that only 28% of APAC operators planned to invest in real-time quality management for their wholesale services.
What partial visibility actually costs
Incomplete visibility means incomplete network access, which restricts the telemetry coming back from the estate. Kaleido groups the consequences into four risks.
| Risk | How it shows up in a multi-market deployment |
|---|---|
| Financial | Unmonitored connections consume more data than intended, and the first sign is bill shock |
| Criminal | Anomalous traffic from malicious actors goes unseen, exposing the organisation to breach penalties |
| Downtime | Missing information on network errors slows diagnosis, extending outages that carry revenue impact |
| Commercial | Device and network state cannot be evidenced, so SLAs are missed and become unenforceable |
The commercial risk is often underestimated. In sectors with critical infrastructure designations, such as utilities, finance, and health, proving adherence to an SLA is a matter of legal liability. Compliance runs the same way: nearly every market requires data logs for some regulated category and breach notification duties can only be met with traffic visibility.
The trade-off enterprises have been asked to accept
Until recently, scaling IoT across APAC forced a choice: local network quality and compliance on one side, central visibility and operational simplicity on the other. Pick local, and you manage a different relationship, platform and audit trail in every market. Pick central, and you accept partial visibility and roaming performance you cannot guarantee.
In their new white paper, “From Connectivity to Control: A Guide to IoT Connectivity in APAC”, Kaleido Intelligence and APAC IoT connectivity specialists Bridge Alliance, outline a model that removes that choice and the associated risks. On regulation specifically, the paper provides details across five markets: China, India, Japan, South Korea and Vietnam. The rest of the regional analysis applies across APAC rather than country by country.
Connectivity is the easy part
APAC will carry an estimated 348.5 million 5G cellular connections by 2030, up from 30.9 million in 2024. The commercial opportunity is unquestionable. What decides whether an enterprise captures it is whether the operations team can see, prove and control what the estate is doing in every market it touches.
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