Capabilities · RTOS Development
Kernel selection, SEGGER embOS and Keil RTX integration, RTOS-aware debug and trace, safety-kernel deployment and training, from an authorized SEGGER and Arm engineering partner in India.
Each card lights the part of a running system it deals with, on a scheduler trace like the one SystemView or a µVision RTX view draws.
A kernel choice your team can defend at every lifecycle review.
embOS brought up on your board with the middleware your product needs.
The CMSIS-RTOS reference kernel that ships with Keil MDK, set up and migrated cleanly.
See which thread ran when, where priorities inverted and why a deadline slipped.
Integration of embOS Safe, which SEGGER supplies with IEC 61508 SIL 3 and ISO 26262 ASIL D documentation.
On-site workshops on your hardware and your codebase.
Choosing a kernel
The kernel shapes timing, memory, licensing and certification for the product’s whole life. GSAS evaluates the candidates against your device and writes the trade-offs down, so the choice holds up at every review.
Four stages, each leaving something your engineers keep: the reasons for the choice, a running port, a trace of real timing, and the training to carry it on. Hover a stage to find it on the line.
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A decision with its reasons
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Threads running on your board
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Timing you can see, not guess
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A team that owns the kernel
Related: Embedded software · Functional safety · Security engineering · Training
GSAS supplies the RTOS and the trace tools it uses, so the people who integrate your kernel are the ones who support the licence.
Authorized SEGGER engineering partner in India Listed on SEGGER’s website: J-Link, J-Trace, Flasher, Embedded Studio, SystemView, embOS and the em* middleware. 
Authorized Arm development tools engineering partner For India, the UAE and Sri Lanka: Keil MDK, Arm Development Studio, ULINK and DSTREAM, with application engineering and workshops. RTOS and trace tools, available from GSAS in India
SEGGER embOS Priority-controlled RTOS, royalty-free 
SEGGER SystemView Real-time recording of RTOS events 
SEGGER J-Link PRO RTOS-aware debug probe 
SEGGER J-Trace PRO Streaming trace for Arm and RISC-V 
Arm Keil MDK Keil MDK with RTX and Event Recorder 
Arm ULINKplus Debug adapter with power measurement Hand GSAS the kernel work, license the RTOS and trace tools, or have your engineers trained on them.
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Selection, port or migration
Bring the board and the constraints. GSAS selects or reviews the kernel, ports it, integrates the middleware and hands back traced, documented firmware.
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SEGGER and Arm
embOS, SystemView, J-Link, J-Trace, Keil MDK with RTX and ULINKplus, from an authorized SEGGER and Arm engineering partner in India, with INR quotes and GST invoices.
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Workshops on your hardware
From multitasking basics to priority inversion, memory protection and trace-driven debugging, taught on your boards and your codebase.
Tell us the MCU, the kernel and what the timing should be. GSAS replies from Bengaluru with scope and a proposal: selection, integration, trace and training.
It depends on timing, memory, safety evidence, middleware, tool chain and licensing. GSAS weighs those against your MCU and product and documents the trade-offs, across SEGGER embOS, Keil RTX5, FreeRTOS, Zephyr and ThreadX.
Yes. GSAS is an authorized SEGGER engineering partner in India and integrates embOS on custom boards, plans interrupt priorities, and brings up emFile, emUSB, emNet and emWin.
Yes. GSAS sets up Keil MDK and RTX, migrates code from CMSIS-RTOS v1 or legacy kernels to the v2 API, and configures Event Recorder for RTOS trace.
With RTOS-aware tools: J-Link with RTOS awareness, SEGGER SystemView for event timelines and µVision RTX views. They show which thread ran when, where priority inversions happened and why deadlines were missed.
Yes. SEGGER supplies embOS Safe with IEC 61508 SIL 3 and ISO 26262 ASIL D documentation and MPU-based fault isolation. GSAS integrates it and supports freedom-from-interference analysis and evidence for your safety case.
Yes. GSAS runs on-site workshops on your hardware and codebase, from multitasking fundamentals to priority inversion, memory protection and hands-on debugging with J-Link and SystemView.
Blog
How Indian medical device teams use SEGGER SystemView to turn qualitative RTOS reassurance into quantitative, auditable evidence for IEC 62304 Class B and Class C design history files.
Why battery-powered Indian IoT designs, smart meters, asset trackers, agri-sensors, wearables, need tickless RTOS scheduling to hit sub-10 µA idle currents, and how SEGGER embOS implements it cleanly on STM32L4, nRF52840, and other low-power Cortex-M targets.
SystemView V4 reads the firmware ELF file directly, meaning less instrumentation code in your target, smaller ROM, and automatic resource naming out of the box. Here's what the V4 release means for Indian automotive, medical, and industrial RTOS teams.
How Indian wireless IoT teams use SEGGER SystemView with FreeRTOS-Plus-TCP to debug MQTT latency spikes, socket stalls, stack overflows, and BLE/Wi-Fi coexistence.
