The global IoT market is full of big promises, but anyone who has worked on a real cross-border deployment knows the reality is often messy. Different operators, fragmented standards, complex provisioning workflows, and long lead times continue to slow innovation. That is why the new partnership between BICS, a Proximus Global company, and Valid matters more than it might seem at first glance.

Rather than announcing another abstract “IoT solution”, the two companies are tackling a very concrete pain point. How to make large-scale, multi-country IoT deployments easier, faster, and ready for the next generation of eSIM standards.

Their joint offering brings together Valid’s eSIM and remote SIM provisioning technology with BICS’ global network infrastructure, built specifically around the GSMA’s SGP.32 standard. The goal is clear: reduce friction from device manufacturing all the way to live operation in the field.

Why SGP.32 is a turning point for IoT

If you follow IoT connectivity closely, you already know that SGP.32 is not just another acronym. It represents a fundamental shift in how eSIM is handled for IoT devices.

Unlike earlier consumer-focused eSIM standards, SGP.32 is designed for scale, automation, and long device lifecycles. It supports remote provisioning without user interaction, which is essential for smart meters, industrial sensors, fleet tracking units, and automotive modules that may operate unattended for years.

By building their collaboration directly on SGP.32, BICS and Valid are aligning themselves with where the market is clearly heading, not where it has been.

The combined solution allows device manufacturers, IoT service providers, and enterprises to bundle connectivity and eSIM services through a single integration point. That means fewer technical dependencies, less fragmentation, and faster certification and rollout timelines.

What each partner brings to the table

This partnership works because both sides stay firmly in their lane while solving a shared problem.

Valid contributes its full eSIM stack, including secure operating systems, profile generation, and remote SIM provisioning platforms. This is the foundation that enables devices to be provisioned, activated, and managed remotely at scale.

BICS brings global cellular reach and deep operational experience in international connectivity. As part of Proximus Global, BICS operates one of the most extensive international mobile networks, which is critical for devices that need consistent performance across borders.

The result is a bundled offering that simplifies integration and shortens time to market, especially for companies building products meant to scale globally from day one.

“This collaboration strengthens our mission to make global IoT adoption simpler and more efficient,”

said Pierre Lassus, Senior Vice President of Mobile Sales & Digital Solutions at Valid.

“Together with Proximus Global, we’re enabling our customers to seamlessly activate and manage reliable global cellular connectivity directly through Valid’s eSIM technology.”

From the connectivity side, the message is equally clear.

“Proximus Global is proud to lead the charge in SGP.32-readiness, delivering seamless and secure IoT connectivity from device manufacturing to global deployment,”

said Ben Vandermeulen, CRO, Proximus Global.

“Our partnership with Valid ensures customers benefit from resilient, global connectivity through a single integration point, accelerating their path from design to deployment.”

Where this fits in the wider IoT landscape

This move reflects a broader shift in the IoT market. Enterprises no longer want to stitch together connectivity, SIM management, and lifecycle orchestration from multiple vendors. They want fewer contracts, fewer APIs, and fewer things that can break.

Large-scale IoT deployments in sectors like smart metering, logistics, automotive, and industrial IoT increasingly demand flexible bootstrap profiles, smooth transitions to operational profiles, and consistent quality of service across regions.

By offering simplified orchestration across bootstrap and operational profiles, the BICS and Valid collaboration directly addresses this demand. It also aligns well with GSMA guidance around interoperability and long-term device management, as promoted by GSMA.

How it compares to other players

The market for IoT connectivity and eSIM management is already crowded. Players like Vodafone Business IoT, Deutsche Telekom IoT, Orange Business, Tata Communications, and Transatel all offer variations of global connectivity with eSIM support.

What sets this partnership apart is its strong focus on SGP.32 readiness, combined with a clear separation of roles. Rather than vertically integrating everything into a single closed ecosystem, BICS and Valid emphasize interoperability and openness.

This approach mirrors a growing industry trend. According to GSMA reports and analysis from firms like Analysys Mason and Transforma Insights, future IoT growth will favor platforms that are modular, standards-based, and easier to integrate across supply chains.

In other words, less lock-in, more flexibility, and faster global scalability.

Why this matters now

Timing matters in IoT. Many enterprises are currently refreshing device designs to be future-proof for the next decade. Choosing SGP.32-ready connectivity today avoids costly redesigns tomorrow.

At the same time, regulatory pressure, roaming complexity, and rising expectations around security and uptime make single-country or single-operator approaches increasingly risky.

By offering a single integration point that works across borders and networks, this collaboration lowers both technical and commercial barriers for companies looking to scale internationally.

Conclusion: a signal of where IoT connectivity is heading

This partnership is not about flashy innovation. It is about execution, standards alignment, and removing friction from one of the most stubborn bottlenecks in IoT.

Compared with legacy roaming-based IoT models or proprietary eSIM ecosystems, the BICS and Valid approach feels more in tune with where the market is actually going. Open standards, SGP.32 readiness, and modular collaboration rather than closed platforms.

For IoT innovators, this is a reminder that the future of connectivity is less about who owns the stack and more about who simplifies it best. If industry forecasts from GSMA, Analysys Mason, and Transforma Insights hold true, solutions like this will increasingly define the baseline rather than the exception.

And that is good news for anyone trying to ship connected devices globally without turning connectivity into their biggest headache.