Static code analysis for embedded systems
Find code-level issues before embedded software reaches hardware integration with Visao.
Analyze source code, execution paths and project-specific rules before testing begins on the target environment.
Why static analysis matters in embedded systems
Embedded software often becomes much harder to inspect once it is running on target hardware. Limited observability, timing constraints and hardware-dependent behavior make some failures expensive to isolate after integration.
Visao analyzes the source before that stage, so code-level issues and project-specific rule violations can be investigated before device testing begins.
Challenges in embedded systems
Limited observability during runtime
Debugging and instrumentation may be limited once software is running on the target device.
Tight coupling between hardware and software
Code behavior can depend on drivers, peripherals, device state and assumptions about the hardware.
Real-time constraints
Timing-sensitive software benefits from finding code-level problems before runtime testing begins.
Late-stage defects
Problems found only after hardware integration are usually harder to isolate because code and device behavior have to be investigated together.
How Visao fits into embedded development
How the analysis itself works is on static code analysis. This is where it sits in an embedded project.
Analyze before hardware integration
Visao
Analyze embedded source code and project-specific rules before the software is exercised on target hardware.
Investigate concrete findings
Visao
Review findings such as unsafe memory use, integer overflow and violations of project-specific rules in the source that produced them.
Carry relevant findings into device testing
Midair
When a finding needs runtime validation, keep it connected to the test scenario used on the device.
Compare against runtime evidence
TS Factory · Delta
TS Factory can rerun the relevant device scenario, while Delta provides runtime evidence from the execution.
Before hardware integration
A static finding can become the starting point for a device-level test instead of ending as an isolated report.
What this changes in an embedded workflow
Find issues before device debugging
Investigate code-level problems before they are mixed with hardware behavior.
Apply project-specific checks
Encode failure conditions and constraints that matter to the actual embedded project.
Reduce debugging after integration
Enter hardware testing with known code-level findings already separated from runtime behavior.
Turn static findings into testable hypotheses
Carry relevant findings into Midair and check them against repeatable device runs and runtime evidence.
Start your pilot
Start with your embedded codebase and see how Visao findings can continue into device testing and runtime investigation in Midair.
Community
€0
Run Visao and TS Factory on a shared instance and review the findings.
Most popularPro
€90per month
Your own Midair instance for the team, with Delta, MCP and AI analysis of results.
RecommendedBusiness
€990per month
Add SBOM and vulnerability analysis, team performance metrics and self-hosted instances.
For complex environmentsEnterprise
Custom
Adapt Midair to a large-scale, embedded or regulated environment.
Compare the plans and pick one on the pricing page. Prices are monthly, in euros.