Truly Technologies

Truly Technologies

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Private Company

Funding information not available

Overview

Truly Technologies is a University of Washington spinout founded in 2021, focusing on a novel osmotic bioprocessing platform. The company's passive, power-free device concentrates and purifies biomolecules like diagnostic biomarkers and therapeutic nanoparticles with high yield and purity, addressing key bottlenecks in sample preparation. Targeting the digital health and AI/machine learning sectors, Truly aims to enable more sensitive diagnostics and efficient biomanufacturing through its versatile and scalable technology. The company is in an early, pre-revenue stage, building partnerships and validating its platform across multiple applications.

Digital HealthAI / Machine Learning

Technology Platform

Passive osmotic processor using a semipermeable membrane and polymer solution to concentrate and purify biomolecules via osmotic pressure difference. The device features an ultra-thin fluid layer design for rapid processing, is scalable from microliters to liters, requires no power, and uses selectable membrane pore sizes for different targets.

Opportunities

The growing demand for sensitive, point-of-care diagnostics and efficient, scalable purification in biomanufacturing creates a large addressable market.
The technology's passive, low-cost, and versatile nature makes it attractive for use in resource-limited settings and for integrating into automated workflows.

Risk Factors

Key risks include overcoming entrenched sample preparation methods, demonstrating robust performance across diverse real-world samples, and securing partnerships and funding to scale.
The company's reliance on a partnership-driven model creates dependency on external validation and adoption timelines.

Competitive Landscape

Truly competes with established sample preparation methods like centrifugal filtration, dialysis, and tangential flow filtration from large players like Thermo Fisher and Sartorius. Its differentiation lies in passive operation, speed, simplicity, and cost, but it must prove superior performance and reliability to displace incumbent technologies.