Guarantee deterministic behavior where Linux alone is not enough.
Edge Pulsar designs and integrates real-time software architectures for systems where control loops, latency, predictability, and safety-related behavior cannot be left to best effort.
The pain point we solve
Many connected products start on Linux because it is flexible and fast to prototype on. But when critical timing constraints emerge, jitter, scheduling uncertainty, and mixed-criticality behavior can turn Linux into a liability if the architecture has not been designed for deterministic execution.
Signs you need this
Control loops are sensitive to latency or jitter.
Linux is being asked to do both rich computing and time-critical supervision.
Certification or safety expectations are becoming harder to satisfy.
The system must remain safe even when higher-level intelligence behaves unpredictably.
Our Approach
Identify which functions truly require deterministic execution and which do not.
Define the execution architecture across Linux, RTOS, MCU, or split-domain environments.
Implement and integrate the real-time layer with the rest of the system.
Validate timing behavior, control responsiveness, and failure-handling logic.
What you walk away with
A clearer real-time architecture.
Deterministic execution paths for critical functions.
Reduced timing risk in production systems.
A stronger foundation for certifiable or safety-relevant behaviors.
Relevant technologies
Book a Real-Time Architecture Session
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