We guarantee the security of the entire flow of the data within our platform, from the collection from our sensors to the final storage in our servers. Data is encrypted end-to-end.
We strictly follow and adhere to security industry standards like SOC1,2,3 and ISO27K for risk-management, communication,monitoring,access to data, system operations, and change management.The integrity and privacy of any personal data complies with the General Data Protection Regulation, GDPR.
Our platform is fully redundant and provides a high availability of our services with an uptime of 99.98% worldwide.We also provide a multi-region data and service availability to ensure a full disaster recovery to cover the worst scenarios.
Data protection and privacy are built into our ecosystem by design. We ensure the security of the entire data lifecycle within our platform — from the moment it is collected by our sensors to its final storage on our servers. All data is encrypted end-to-end.
We strictly adhere to leading industry security standards, including SOC 1, 2, and 3, as well as ISO 27000 series, covering risk management, communication, monitoring, data access, system operations, and change management. The integrity and confidentiality of personal data are fully compliant with the General Data Protection Regulation (GDPR).
The defence sector is not a strategic priority at the moment. Our efforts are mainly focused on civilian sectors with high safety and reliability requirements (industry, emergency services, civil security, energy, etc.). All the algorithms developed by Wearin’ are proprietary, immutable and entirely designed in-house, thus guaranteeing complete traceability and the impossibility of modification or unauthorized use by third parties. In the event of future collaboration with military or security actors, we are committed to strictly applying the policies, controls and recommendations of SECO (State Secretariat for Economic Affairs, seco.admin.ch), including exporting, ethical use and regulatory compliance of technologies. This approach preserves the principles of accountability and transparency that guide our business.
The Wearin’ platform has been built to the highest standards in cybersecurity, strictly applying industry best practices. In particular, we follow a reference framework that allows us to audit potential vulnerabilities internally and to remedy them quickly in a logic of continuous improvement. Our services run on the infrastructure of a cloud partner certified to the main international security standards: SOC 1, SOC 2, SOC 3, ISO 27001, ISO 27017, ISO 27018, as well as the C5 (European Sovereign Cloud in Germany) and FedRAMP (USA) frameworks. These devices provide multi-layered protection against hacking, remote manipulation and any attempt at unauthorized access, even in critical situations. The security and resilience of our systems are at the heart of our design and maintenance approach.
Our solutions have been specifically designed to ensure maximum reliability in extreme environments, even in the event of network loss, harsh weather conditions or operations at altitude. The platform is fully redundant and engineered for high availability, delivering a global uptime of 99.98%. We offer multi-region data and service availability to ensure robust disaster recovery capabilities — even in the most extreme scenarios.The Wearin’ central module has a local storage capacity to keep and secure critical data in the event of a connectivity outage or interruption. This data is automatically synchronized with the central platform as soon as the connection is restored, ensuring lossless information continuity. In addition, the system is based on a multi-modal communication architecture, capable of dynamically adapting connectivity according to the availability of the networks. It supports 4G, 5G, 5G Private Network, Radio Mesh, Wi-Fi protocols, as well as non-terrestrial networks (NTN) such as Starlink or EchoStar, via the integration of an external dongle. This hybrid approach ensures complete redundancy of communication channels, increased resilience to extreme conditions, and continuous operational readiness, even in remote or degraded areas.