systellar-space offers synapse™, a hardware engineering platform that unifies system architecture, requirements, and verification in a single version-controlled environment. Built on SysML v2, it provides end-to-end traceability without requiring engineers to learn modeling languages. The platform enables teams to work collaboratively with live data, automated compliance checks, and AI agents that operate on the complete system model.
Funding
Funding not disclosed
Founders
Product
Problem
Engineering data is scattered across tools, files, and people. A requirement change can impact a mass budget in a spreadsheet, an interface in an ICD, an analysis in a script, and a decision in a slide deck, with nothing connecting them. Engineers manually reconcile these inconsistencies, and gaps surface late in review or testing, leading to costly rework and delayed projects.
Solution
synapse™ provides a unified platform where engineers design system architectures, manage requirements, documents, and verification in one place, always in sync with end-to-end traceability. The platform builds on SysML v2 underneath, offering a machine-readable description of the system without requiring users to learn a modeling language. Engineers work in familiar trees and tables while the SysML v2 model is constructed automatically, making the system scalable and accessible. Requirements are written against the architecture, checked live against current design values, and verification status flows up from linked actions and children. The platform includes version control with baseline and draft views, merge requests, and tagged releases, ensuring the baseline always contains approved work. AI agents can see the whole system model and act on it, creating architectures, validating requirements, running workflows, and tracing impacts.
Target Audience
Primary users are hardware engineering teams in aerospace, defense, automotive, and other complex systems industries, including systems engineers, subsystem owners, and program managers who need to manage requirements, architecture, and verification in a collaborative, version-controlled environment.
Features
- Unified system architecture with part hierarchies, interfaces, and attributes stored as a single model, eliminating separate ICDs and spreadsheets
- Live attribute recomputation using formulas and Python simulations, with provenance tracking for every value
- Requirements as live data with configurable hierarchies, parametrized references to system attributes, and automatic compliance grading
- Version control with baseline and draft separation, per-attribute diffs, merge requests with review locks, and tagged releases
- Subsystem libraries that can be imported across projects with full diff visibility on version updates
- AI agents with full system context that can create architectures, validate requirements, and run workflows
- SysML v2 standards-compliant model that can be exported as .sysml files, ensuring no vendor lock-in