Advanced Protocol Definition
Field-level control, dynamic structures, custom CRC, and flexible endianness — define once, reuse broadly.
Define protocols, orchestrate multi-device test flows, observe runtime behavior, and generate reports — all in a single environment built for complex system validation.
Everything you need to define, execute, and observe — in one coherent platform.
Field-level control, dynamic structures, custom CRC, and flexible endianness — define once, reuse broadly.
Watch raw and parsed traffic live, plot telemetry, and trace every event during execution.
Native UDP, TCP, and Serial support across multi-device workflows — no custom adapters required.
Compose rich behavior with if, while, register, and task starter nodes — plus run, pause, resume, stop, and fail semantics for repeatable validation.
See failures the moment they happen, drill into the offending step, and export an auditable PDF/HTML report with every assertion preserved.
Protocols, devices, and flows live as first-class shared assets — your second project starts where the first one finished.
Validation that scales with system complexity, not against it.
Trace failing frames back to the offending field in seconds, not hours of log spelunking.
Definition, execution, monitoring, and reporting living in the same coherent workspace.
Protocol models and flows port across programs — write once, validate everywhere.
Runs on your hardware, in your network. Telemetry never leaves your environment.
Generate auditable, branded reports that map directly to your test procedures.
Fewer bespoke scripts to babysit. Standard patterns scale with your system, not against it.
A visual, node-based environment with sensible defaults — engineers ship their first validation flow on day one.
Model headers, payloads, CRC, and endianness with field-level precision.
Compose multi-device flows with deterministic state and run them on demand.
Watch live behavior, then export a clean report of every assertion and event.
Trade scattered scripts and disconnected tools for one coherent platform that scales with your systems.
Device definitions, protocol models, and test flows authored by one role become first-class shared assets — every other role inherits them instead of rebuilding. The more people use Protolith Studio, the more time it gives back, exponentially.
Define authoritative protocol contracts and exercise them across the architecture.
Validate firmware against real, parsed traffic without writing throwaway harnesses.
Author repeatable, multi-device flows that map cleanly to your test procedures.
Audit pass/fail trends with built-in reporting and traceable assertion history.
Run end-of-line validation on every unit, with deterministic outcomes and reports.
Standardize validation methodology across teams with shared, reusable assets.
Protolith Studio ships native UDP, TCP, and Serial datalinks, plus a field-level definition layer for designing custom binary protocols — including dynamic structures, configurable endianness, and pluggable CRC variants.
Studio runs entirely on your hardware, inside your network. No telemetry, protocol definitions, or test artifacts ever leave your environment unless you choose to share them.
Flows model devices as first-class participants with deterministic state transitions, so a single test can stimulate one device, observe another, and assert on the joint behavior.
Yes. Reports are auditable, every assertion is traceable to a flow step, and execution is deterministic — properties teams in aerospace, medical, and industrial systems rely on.
Lightweight AI assistance is available for protocol drafting and anomaly highlighting. All AI features are opt-in and can be fully disabled for sensitive environments.