The D-YOU Team

Full-Time Team

• Naoki Renford. Naoki previously served as the lead researcher for the Human Brain Project's Synaptic Biology division, where he spent 14 years developing multi-scale models of mammalian brain connectivity. Prior to that, he held a research fellowship at the RIKEN Center for Brain Science. His expertise lies at the intersection of connectomics, synaptic plasticity modeling, and functional neuroanatomy. At the project, Naoki bridges the gap between organic biology and machine learning by translating biological Hebbian learning rules and neuromodulatory decay functions (δ) into code parameters for artificial neural networks.
• Amara Vossen. Amara was a senior computational neuroscientist at the Allen Institute, where she specialized in co-simulation environments that link population firing-rate models with spiking neural networks. With 9 years of experience in advanced neuromorphic algorithm design, she is a pioneer in spike-based machine learning architectures. At the project, Amara translates biological synaptic data into mathematical software matrices, implementing e-propagation (e-prop) algorithms to achieve real-time plasticity on localized edge hardware without full-model failure.
• Christian Alderwyn. Christian spent 16 years in edge-compute semiconductor manufacturing, most recently as a senior micro-architecture designer for specialized industrial tensor processing units (TPUs) at a leading chip manufacturer. He holds numerous patents in low-power neuromorphic silicon design and hardware security enclaves. Christian sits at the intersection of neuroscience and electrical engineering, converting the mathematical requirements of the Relational Synaptic Graph (RSG) into highly efficient physical silicon processor maps inside the local D-CORE hub.
• Sarah Veylor. Sarah previously engineered high-fidelity, consumer-grade non-invasive neurodevices for a prominent bio-sensing startup, and spent years refining spatial acoustic processing systems for immersive audio. With 12 years of experience in embedded firmware and real-time operating systems (RTOS), she specializes in multi-directional sensory capture matrices. Sarah synchronizes sensory acquisition with data privacy parameters by designing the peer-to-peer encryption wireless bus that routes raw environmental logs safely from the D-YOU Wearable into the D-CORE's hardware-isolated security enclaves.
• Clara Westhaven. Clara was the lead designer for premium bio-wearable interfaces at a top-tier consumer electronics firm, where she focused on ergonomic integration and tactile feedback systems. With 10 years of experience in Human-Machine Interfaces (HMI) and user-centered design, she ensures that complex technological systems are comfortable and intuitive for end-users. Clara partners with security engineers to turn complex ethical constraints into physical design solutions, ensuring the wearable system is both functional and non-intrusive.
• Devon Halberg. Devon previously compiled investor-grade technology briefs and deep-tech architectural analyses for a leading frontier science network. With 8 years of experience in technical documentation and structural system auditing, he possesses a unique talent for interdisciplinary terminology translation. Devon distills dense neuromorphic equations, cryptographic parameters, and neurobiological benchmarks into publication-ready frameworks, serving as the critical link between the engineering team and external stakeholders.
• Dr. Elena Marrowe. Dr. Marrowe has spent 13 years managing hardware and R&D capital allocation profiles for emerging disruptive technology segments. She previously orchestrated funding strategies for deep-tech ventures, with a focus on resource optimization and independent bootstrapping models. As the project's financial architect, she structures financial roadmaps around long-term scientific milestones, ensuring funding allocations accommodate long hardware prototyping and software calibration cycles without standard venture extraction pressures.
• Dr. Aris Valeon. Dr. Valeon has spent 11 years advising international panels on the sociotechnical impacts of brain-computer interfaces, digital twins, and cognitive offloading. He is a leading voice in long-term technology forecasting and human agency preservation. Dr. Valeon combines legal, ethical, and sociological oversight with engineering pipelines, ensuring that the system's developmental milestones prevent user dependency and protect individual autonomy across generational lifespans. He serves as the project's primary guardian of decentralized biometric data sovereignty.
• Marcus Calder, PhD. Dr. Calder previously held a dual appointment in the Departments of Neurology and Biomedical Engineering, where he directed a lab focusing on closed-loop neural interface systems. With over a decade of experience in translational neurotechnology, he specializes in bridging pre-clinical research with real-world device application. At the project, Dr. Calder serves as the chief architect of the validation pipeline, designing rigorous testing protocols that ensure the D-CORE and D-YOU system's performance is both neurologically accurate and clinically safe for extended human use.