The startup offers cloud-based satellite mission design software that enables the creation of digital twins through collaborative system modeling and data fusion. This technology allows engineers to automate complex design, testing, and operational tasks, resulting in faster development of high-fidelity simulations at a lower cost.
Funding
$950K 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.
LCFounders
Product
Problem
Aerospace and defense organizations face challenges in designing, testing, and operating complex systems due to disconnected engineering data and reliance on expensive, in-house simulation infrastructure. This often leads to delayed development cycles, increased costs, and difficulty in adapting to evolving mission requirements.
Solution
Sedaro offers a cloud-native platform for connected system simulation, enabling the creation of digital twins for aerospace and defense applications. The platform facilitates collaborative system modeling, simulation, and data fusion across teams and disciplines. By leveraging cloud-based, distributed compute clusters, Sedaro allows engineers to rapidly simulate complex systems at scale, integrate models with existing engineering tech stacks, and fuse external data for real-time operational decision-making. The platform's open APIs and Sedaro Protocol bridge the digital thread across lifecycle stages, from design and testing to operations and training.
Target Audience
The primary target audience includes aerospace and defense organizations, system engineers, and program managers involved in the design, simulation, and operation of complex systems.
Features
- Cloud-native architecture for scalable, faster-than-real-time simulation
- Multi-physics, multi-domain simulation capabilities, including GNC, thermal, power, comms, sensing, and autonomy
- Collaborative environment with Git-based model versioning and role-based access control
- Open APIs and Sedaro Protocol for integration with SysML, flight software, testbeds, and third-party simulators
- In-browser graphical user interfaces for administrative, modeling, and analytics tasks
- Python package and OpenAPI for integration and automation
- Support for edge deployment of simulations for on-orbit and real-time applications