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Capabilities

We design. We build. We verify.

Embedded software, FPGA and hardware design, connectivity, test and measurement, functional safety and security: the engineering behind an embedded product, from the board up, led from Bengaluru.

Discuss your projectWhat we do
  1. 01 What we do
  2. 02 How we work
  3. 03 The proof
01 What we do

The engineering behind an embedded product, layer by layer.

Grouped by what a programme needs: build the system, connect it, prove it. Each discipline lights the part of the product it covers.

An embedded product, layer by layer Five layers from board to application: board, processor and logic, RTOS and firmware, connectivity, application. Functional safety and security wrap the whole stack, verification covers the logic, firmware and application, a test and measurement bench probes the board, and your team sits underneath. An embedded product, layer by layer Functional safety Security Verification Application Edge AI · vision · product logic Connectivity CAN · LIN · Ethernet · IIoT RTOS and firmware BSP · drivers · bootloader Processor and logic Arm SoC · FPGA · RTL Board Power · high-speed PCB T&M Your team Training · enablement
Hover a capability to see where it sits

Build the system

  1. 01

    Embedded Software Engineering

    Full-stack firmware from BSP bring-up to production-ready RTOS integration. Arm Cortex-M/A, RISC-V, AUTOSAR, Linux BSP, and IoT connectivity.

    • Firmware
    • RTOS
    • AUTOSAR
    • Linux BSP
    • Bootloaders

    Authorized Arm + SEGGER toolchain partner
  2. 02

    RTOS Development

    SEGGER embOS, Keil RTX, FreeRTOS, and Zephyr integration: kernel selection, BSP development, RTOS-aware debug, and safety-certified kernel deployment.

    • embOS
    • Keil RTX
    • FreeRTOS
    • SystemView

    Authorized SEGGER + Arm partner
  3. 03

    Hardware Design & PCB Engineering

    Schematic capture through production-ready Gerber output. High-speed layout, signal integrity, power delivery, DFM review, plus turn-key product development from concept to production.

    • PCB Layout
    • Signal Integrity
    • Power Design
    • DFM

    GSAS-branded hardware, designed in-house
  4. 04

    FPGA Design & Verification

    RTL design, synthesis, UVM testbenches, timing closure, and PS-PL integration on Xilinx Zynq/Versal and Intel platforms.

    • VHDL
    • SystemVerilog
    • UVM
    • Timing Closure

    Xilinx + Intel platform coverage
  5. 05

    Edge AI & Vision Engineering

    From sensor to inference: vision pipelines, model optimisation, and edge inference on Xilinx (Zynq UltraScale+, Versal AI Edge, Kria SOM), NVIDIA Jetson Orin, and Arm Cortex-M + Ethos-U platforms.

    • Vitis AI
    • NVIDIA Jetson
    • Arm Ethos
    • TinyML

    Xilinx + NVIDIA + Arm platform coverage
  6. 06

    Single-Board Computers and Dev Platforms

    Digilent FPGA development boards (Basys, Arty, Cmod, Zybo, Nexys), Arm MPS2+/MPS3/MPS4 Cortex-M prototyping, and AutoPi telematics SBCs with INR invoicing and GeM registration.

    • Digilent
    • Arm MPS
    • AutoPi
    • Zynq-7000

    GeM-registered procurement

Connect it

  1. 07

    CAN and LIN Bus Testing

    CAN FD capture up to 8 Mbit/s, J1939/UDS/OBD-II decode, LIN 2.x analysis, physical layer validation, and fleet telematics for automotive OEMs and Tier-1 suppliers.

    • CAN FD
    • J1939
    • UDS
    • LIN 2.x

    Total Phase + AutoPi + Pico partner
  2. 08

    Automotive Ethernet

    In-vehicle Ethernet from the physical layer up: 100BASE-T1 and 1000BASE-T1 validation, capture chains that preserve VLAN tags and timestamps, SOME/IP and DoIP analysis in Wireshark, and gPTP time sync verification.

    • 100BASE-T1
    • SOME/IP
    • DoIP
    • TSN

    Standards-grounded: IEEE 802.3, ISO 13400, AUTOSAR
  3. 09

    Industrial IoT & Machine Connectivity

    Industrie 4.0 from the machine to the cloud: Modbus, OPC-UA, MQTT and CAN connectivity, edge gateways, machine data acquisition, and MES integration with IEC 62443 security.

    • Modbus
    • OPC-UA
    • MQTT
    • Edge Gateway

    Edge-to-cloud on real GSAS toolchains

Prove it

  1. 10

    Testing & Validation

    Automated unit testing with MC/DC coverage, static analysis for MISRA C/C++ compliance, HIL/SIL test design, and protocol conformance.

    • Klocwork
    • MISRA C
    • MC/DC
    • HIL/SIL

    Authorized Perforce Klocwork + Perforce QAC partner
  2. 11

    FPGA Verification Tools

    Questa FPGA Essentials (QuestaSim), RTL lint, UVM testbench development, and FPGA prototyping platforms from Siemens EDA, Digilent, and Arm.

    • Questa
    • UVM
    • SystemVerilog
    • RTL Lint

    Authorized Siemens EDA partner
  3. 12

    Test & Measurement Integration

    Production-ready measurement workflows, automated test stations, flash programming, power profiling, and protocol analysis. Bench to factory floor.

    • PicoScope
    • Total Phase
    • Joulescope
    • SCPI

    PicoScope + Total Phase + Joulescope partner
  4. 13

    Functional Safety & Compliance

    Safety lifecycle support: hazard analysis, FMEA, safety case development, tool qualification, and evidence packages prepared for your assessor.

    • ISO 26262
    • IEC 61508
    • DO-178C
    • IEC 62304

    ISO 26262 · IEC 61508 · DO-178C · IEC 62304
  5. 14

    Security Engineering

    Secure boot, TrustZone/HSM configuration, crypto integration, and work toward automotive and product cybersecurity regulations.

    • Secure Boot
    • TrustZone
    • UNECE R155
    • EU CRA

    ISO 21434 · UNECE R155 · EU CRA
02 How we work

One partner from the first assessment to the support desk.

Every engagement runs the same four steps, whether the work is a tool chain rollout, a custom board or a qualification campaign.

  1. 01

    Discovery

    We assess your development workflow, compliance requirements, silicon targets, and team capabilities.

  2. 02

    Solution design

    A toolchain and service plan mapped to your standards, timeline and budget, with proof-of-concept validation.

  3. 03

    Implementation

    Tool deployment, CI/CD integration, team training and the first compliance workflows, all working before handoff.

  4. 04

    Ongoing support

    Same-timezone application engineering, tool updates, compliance consulting and continuous improvement.

Beyond services

We build our own hardware too.

From sun, Earth and star sensors delivered for ISRO to digital microscopes used on production lines, GSAS designs, builds and supports GSAS-branded products. When we recommend a tool chain or an architecture, it is one we have used to ship hardware ourselves.

Hardware design GSAS products
GSAS PCI-DIO digital I/O board with GSAS silkscreen
GSAS sun and star sensor hardware
GSAS custom embedded board design
GSAS digital microscope system
GSAS IoT connectivity modules
GSAS power electronics design
Specialists, engineering led from Bengaluru
40+
In 9 Indian cities
11 offices
Half-acre build and test site, Bengaluru Rural, opened 2026
Doddaballapur
Certified by TÜV Rheinland
ISO 9001:2015
03 Proof

What the work looks like when it ships.

ISRO’s letter of appreciation, case studies with a published write-up, and the tool vendors who authorise GSAS to sell and support their products in India.

As a valuable industry partner, you have … significantly contributed in the realization of hardware and testing of systems as per the schedule.
ISRO LEOS · August 2024

Through its founding team, GSAS has supported ISRO since the 1990s, including hardware and test systems for Chandrayaan-3 and Aditya-L1.

Space and satellite work

Authorised partner tool chains

All partners →
Arm AutoPi Binho BQR Cadence Digilent Elprotronic Elsyca GW Instek Hitex Joulescope Microtest Perforce Pico Technology ProMik ProT Ar-Ge Razorcat REYAX Saleae SEGGER Sensepeek Siemens EDA Solid Sands Total Phase Xeltek
04 Where we work

Led from Bengaluru, on site across India.

The applications team works inside Bengaluru’s embedded ecosystem and travels to customer labs from offices across the country.

The GSAS engineering team in Bengaluru
The GSAS team Bengaluru, Karnataka

Semiconductor design centres, automotive Tier-1 R&D, aerospace electronics, EV systems and medical devices all sit within reach of the Bengaluru team. The ecosystem guide tells how the city got here and where GSAS fits.

The Bengaluru ecosystem guide

Offices

  • Bengaluru
  • Hyderabad
  • Chennai
  • Pune
  • Mumbai
  • Coimbatore
  • Delhi NCR
  • Visakhapatnam
  • Vadodara
05 Contact

Have an engineering challenge?

Tell us the board, the firmware or the standard you are working to. GSAS replies from Bengaluru with an engineer, not a brochure: scope, the right tool chain and a proposal.

Discuss your projectBrowse tools

sales@gsasindia.com +91 80 6590 1783

Questions

Engineering capabilities at GSAS

Does GSAS only supply tools, or does it take on engineering work?

Both. GSAS is a value added distributor/reseller for its partners’ products, with a dedicated FAE team ready to help with custom built solutions. It also takes on engineering work itself: embedded software, FPGA and hardware design, test benches and verification, led from Bengaluru.

Where is the engineering done?

Engineering is led from Bengaluru, with a half-acre build and test site at Doddaballapur, Bengaluru Rural, opened in 2026. GSAS has 11 offices in 9 Indian cities.

Can GSAS certify our product to ISO 26262 or IEC 61508?

No. Certification is issued by an independent assessor. GSAS supports the safety lifecycle work around it, such as hazard analysis, FMEA, tool qualification and qualified tool chains, so the evidence is ready for your assessor.

How can we buy from GSAS?

Through the channels Indian engineering teams already use. GSAS is registered on GeM and works on SAP Ariba, Coupa and TReDS.

What quality certification does GSAS hold?

GSAS is ISO 9001:2015 certified by TÜV Rheinland.