Pluto Systems is an electronics and control-systems house. We take work from the first feasibility conversation through schematic, firmware, panel and commissioning — and we stay on for the field trials.
We sit with your team to turn a rough idea into a buildable specification — technology selection, system architecture, compliance constraints, bill-of-materials costing and a realistic delivery plan. Useful whether you are validating a brand-new concept or auditing a design that has stalled.
Multi-layer schematic capture and layout for mixed-signal, power and RF boards. We handle impedance control, EMC-aware routing, thermal planning, design-for-manufacture review and complete fabrication packages — Gerbers, drill files, pick-and-place and assembly drawings — ready to hand to your fabricator.
Production firmware for ARM Cortex-M, ESP32, STM32 and AVR targets — drivers, communication stacks (Modbus, CAN, MQTT, LoRa), power management, secure over-the-air update paths and hardware-in-the-loop test rigs. Delivered with source, documentation and a maintainable build pipeline.
End-to-end development: industrial design, electronics, enclosure and mechanical work, firmware, pilot production and field trials. We take the whole loop — prototype, test, revise — and hand over a product with the documentation, test jigs and supplier relationships needed to manufacture it repeatedly.
Design, build and commissioning of three-phase distribution and control panels — motor starters, VFD integration, power factor correction, earthing and lightning protection, and protective relay coordination. Executed to standard with full as-built drawings and commissioning records.
Automation for manufacturing and process plants: PLC programming, SCADA and HMI development, sensor and actuator instrumentation, line data acquisition, and integration with existing ERP or reporting systems. We retrofit legacy machinery as readily as we commission new lines.
Precision-agriculture systems built around our own sensing hardware: NPK and soil moisture telemetry, automated and scheduled irrigation, greenhouse climate control, pump automation, and remote monitoring over GSM or LoRa where there is no reliable internet. Designed for dust, monsoon and unstable grid power.
Instrumentation and control for dams, canals and hydropower intakes — water-level and flow measurement, automated and manual gate control, spillway and desilting sequencing, redundant alarm and early-warning paths, and a supervisory interface that operators can run around the clock from a control room or remotely.
