Strategic Partnership & Expanded Wireless Capabilities (Ongoing)
Through deep alliance with Device Solutions Inc. (post-merger with Raptor Wireless Labs), integrated advanced RF engineering, embedded systems, and patented wireless power technologies into client projects. This collaboration has enhanced end-to-end support—from antenna optimization and regulatory validation to production-scale integration—delivering seamless, high-performance solutions for automotive, defense, medical, and utility sectors.
Pioneering FCC & AT&T Approval Framework for Children's Wearable with 4G Connectivity (2011–2013)
The core Norseman team first collaborated in 2011 on a landmark project with Filip Technologies (now Xplora Technologies) to bring one of the earliest voice-capable child wearables to the U.S. market. Partnering directly with AT&T, we spearheaded the creation and validation of a new FCC testing standard tailored for wearables—addressing RF compliance, SAR considerations, modular integration, and full two-way voice capability via a 4G Telit modem in a compact, safety-focused device.
This resulted in the first formal FCC letter of approval for a wearable with unrestricted calling features, followed by carrier validation from AT&T. The testing protocols and groundwork we established continue to influence FCC guidelines and industry practices for consumer wearables today.
Multiple Patents in Wearable & Wireless Technology
The Norseman team brings a powerful collective patent portfolio in wearable technology, RF integration, antenna systems, and wireless hardware design, with Paal Selnaes contributing 12 patents and Anders Broms contributing 8 patents.
These innovations focus on compact, reliable connectivity solutions for regulated and battery-constrained devices. This deep intellectual property foundation enables us to help European clients avoid common design pitfalls, reduce long-term compliance risks, accelerate development cycles, and deliver more robust, market-ready products in MedTech, IoT, RF/Telecom, and defense-adjacent sectors.
Zero-Redesigned Certifications in Regulated Wireless Projects
Delivered pre-lab gap analysis, RF alignment, and documentation preparation that eliminated costly PCB respins, lab reruns, and redesign loops for multiple European IoT and MedTech clients entering North America. By identifying and mitigating risks early, we enabled first-pass FCC/ISED/PTCRB approvals—often shaving months off timelines and preserving budgets in high-stakes environments.
Secure Cross-Border Market Entries in MedTech, Defense & RF/Telecom
Guided European hardware teams through complex regulatory pathways—including ITAR/EAR export controls, FDA wireless guidance alignment, and carrier-specific requirements—to achieve full commercial launch in the U.S. and Canada. These projects highlight our strength in building product-specific roadmaps with built-in risk registers, stakeholder alignment, and predictable execution across sensitive sectors.
Strategic Partnership & Expanded Wireless Capabilities (Ongoing)
Through deep alliance with Device Solutions Inc. (post-merger with Raptor Wireless Labs), integrated advanced RF engineering, embedded systems, and patented wireless power technologies into client projects. This collaboration has enhanced end-to-end support—from antenna optimization and regulatory validation to production-scale integration—delivering seamless, high-performance solutions for automotive, defense, medical, and utility sectors.
Pioneering FCC & AT&T Approval Framework for Children's Wearable with 4G Connectivity (2011–2013)
The core Norseman team first collaborated in 2011 on a landmark project with Filip Technologies (now Xplora Technologies) to bring one of the earliest voice-capable child wearables to the U.S. market. Partnering directly with AT&T, we spearheaded the creation and validation of a new FCC testing standard tailored for wearables—addressing RF compliance, SAR considerations, modular integration, and full two-way voice capability via a 4G Telit modem in a compact, safety-focused device.
This resulted in the first formal FCC letter of approval for a wearable with unrestricted calling features, followed by carrier validation from AT&T. The testing protocols and groundwork we established continue to influence FCC guidelines and industry practices for consumer wearables today.
