MissiondrivenTech develops a next‑generation brachytherapy platform for cervical and uterine cancers, featuring compact, modular applicators, real‑time imaging integration, and automated dose‑planning software. The system streamlines insertion, improves targeting accuracy, and reduces procedure time while remaining compatible with existing treatment suites, helping radiation oncology departments upgrade their brachytherapy capabilities.
Funding
$300K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Current brachytherapy solutions for cervical and uterine cancers are often bulky, difficult to position accurately, and rely on legacy technology, which can limit treatment precision and increase procedure time.
Solution
MissiondrivenTech is creating a next‑generation brachytherapy platform specifically for cervix and uterine cancers. The system integrates compact, modular applicators with real‑time imaging and automated dose planning to streamline insertion and improve targeting accuracy. By reducing device size and simplifying workflow, the platform aims to shorten procedure duration while maintaining or enhancing therapeutic outcomes. The technology is designed to be compatible with existing treatment suites, allowing clinics to adopt the solution without major infrastructure changes. Launched products demonstrate the company’s approach and provide early access to clinicians seeking more efficient brachytherapy options.
Target Audience
Primary customers are radiation oncology departments and hospitals that treat cervical and uterine cancers and are looking to upgrade their brachytherapy capabilities.
Features
- Miniaturized, ergonomically designed applicators tailored for cervical and uterine anatomy
- Integrated real‑time imaging (e.g., ultrasound or MRI compatibility) for precise source placement
- Automated treatment planning software that generates optimal dose distributions quickly
- Modular design enabling use with standard afterloaders and treatment rooms
- User‑friendly interface with step‑by‑step procedural guidance to reduce operator dependence
- Enhanced safety features, including radiation shielding and fail‑safe source control mechanisms