Build the middleware that orchestrates the system.
Edge Pulsar develops the critical user-space applications, IPC mechanisms, and device agents that run on top of the OS to manage data, state, and diagnostics.
The pain point we solve
A solid bootloader and kernel are essential, but the system's actual value is delivered by the system software running above them. Without a well-architected middleware layer, applications become tightly coupled, Inter-Process Communication (IPC) becomes a bottleneck, and managing device state or gathering diagnostics turns into a chaotic mess.
Signs you need this
Different software components are tightly coupled, making updates dangerous and difficult.
Inter-Process Communication (IPC) is causing unpredictable latency or race conditions.
There is no unified way to collect, structure, and export telemetry or diagnostic data.
The system lacks a robust state machine to handle errors and recovery gracefully.
Our Approach
Map the required application domains and separate concerns to avoid tight coupling.
Design a robust, low-latency IPC architecture tailored to the system's needs.
Develop device agents for telemetry, OTA handling, and remote management.
Implement a resilient state machine to handle edge cases and fail-safes.
What you walk away with
Decoupled, modular middleware architecture.
Low-latency IPC implementation (e.g., D-Bus, ZeroMQ, shared memory).
Robust device management and diagnostic agents.
A clear application API for future feature development.
Relevant technologies
Structure your application layer for scale.
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