Testing, analysis and security. For complex systems.

Fifteen guides to how Midair handles one specific problem, from embedded code analysis to device fleets and safety-critical verification.

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Software testing. Repeatable, with evidence.

Run repeatable tests across devices, machines and distributed environments, and keep the evidence behind every result.

Software testing Test embedded, networked and complex software with Midair. Embedded systems testing Test embedded software, firmware and hardware-dependent systems. Network hardware testing Test routers, gateways and connected devices under real traffic and multi-device conditions. Test automation Automate distributed testing across devices, machines and environments with TS Factory. Performance testing Run repeatable performance and load scenarios across distributed systems.

Static analysis. Before the code runs.

Find unsafe memory use, integer overflow and violations of your own project rules before the code runs.

parser.c

41size_t n = len * count;integer overflow
42char *buf = malloc(n);
43memcpy(buf, src, len * count);unsafe memory use
44buf[n] = 0;

Static code analysis Analyze source code before execution with Visao in Midair, and connect each finding with testing and runtime evidence. Static analysis for embedded systems Analyze embedded software with Visao before hardware integration. Static analysis tools What to look for in a static analysis tool, and how Visao handles execution paths and project rules.

Security. Code, tests and runtime.

Security testing for embedded, networked and complex software systems.

Cybersecurity testing Connect code-level security findings, targeted test scenarios and runtime evidence. Embedded security testing Test security-sensitive behavior across firmware, connected devices and hardware-dependent environments.

Embedded and devices. From one build to a fleet.

Test firmware and hardware-dependent behavior on real devices, and reproduce the failures that appear only there.

One firmware buildFirmware testing Find hidden firmware failures before production, across real devices and configurations. Firmware meets hardwareHardware-software integration testing Reproduce hardware-software integration failures across embedded test runs. A fleet of devicesIoT device testing Test IoT devices across firmware, network conditions and distributed environments.

Verification. The whole system, in context.

Validate complete system behavior and keep verification runs in context.

Whole-system behaviorEmbedded systems validation Validate complete embedded system behavior across firmware, hardware and changing environments. Critical systemsSafety-critical software Verify safety-critical software with connected static analysis, reproducible testing and runtime evidence.