Introducing ThinRemote.io at 4YFN

4YFN brings together technology startups, corporations, industrial integrators and investors who are building the digital infrastructure of the coming years.

It is not a showcase of prototypes, but a space where real architectures, cybersecurity, regulatory compliance and production-ready deployments are discussed.

In this environment, the conversation no longer revolves solely around launching products or connecting devices, but around how to scale technological solutions securely, comply with increasingly demanding regulatory frameworks and ensure operational continuity across distributed infrastructures.

Discussions focus on applied cybersecurity, data protection, resilience and integration with corporate systems. They also address how to move from pilot projects to real-world operations without compromising technical control.

ThinRemote.io is built for industrial, edge and any distributed infrastructure requiring controlled remote connectivity. It emerges as a natural response to a need that is already on the table: organizations need to intervene in distributed systems without compromising their architecture or increasing the risk surface.

In 2026, we set out to complete the ISO/IEC 27001 certification process. This milestone consolidates a model based on risk management, asset control and continuous improvement.

Update: Thinger.io achieved ISO/IEC 27001:2022 certification in September 2026. Read what the certification covers.

The real complexity appears when teams need to intervene, diagnose and resolve incidents remotely without exposing the network or increasing operational risk. As infrastructures become geographically distributed and regulatory pressure grows, remote access is no longer a secondary tool. It becomes a core architectural concern.

Many organizations still rely on legacy VPNs, manual port exposure or generic remote desktop tools that were never designed for large-scale industrial environments. This creates:

• unnecessary attack surfaces;
• fragmented access control;
• limited visibility into who accesses what and when.

Instead of exposing inbound services, devices establish secure outbound connections to the platform. This eliminates the need to open ports or deploy complex VPN infrastructures. The platform centrally manages and authenticates access, making it fully traceable and enabling organizations to maintain control while reducing operational complexity.

ThinRemote.io does not replace existing platforms. It complements them by adding a secure intervention layer to environments that already manage data, operations or distributed processes.

Organizations can also deploy ThinRemote.io independently in other sectors, where secure remote access is a critical requirement within a controlled and scalable architecture. The ThinRemote page explains how it relates to Thinger.io.

If you work in industrial IoT, edge computing or distributed technical support, we would love to connect.