01
Firmware and drivers
Implement device logic, peripheral integration, and hardware interfaces with explicit resource constraints.
Advanced Engineering
Embedded Systems & Firmware Engineering
Engineer firmware and embedded software that connect hardware behavior, device constraints, and the wider product system.
01Capabilities
From the challenge to the system.
Connected industrial systems, embedded software, robotics, simulation, and autonomy across the physical and digital worlds.
02
Embedded platforms
Develop on real-time or embedded Linux systems with boot, update, and diagnostic requirements in scope.
03
Hardware/software validation
Test timing, communications, failure handling, and system behavior on the intended hardware.
02Technology
A stack shaped by the work.
Tools are selected against your architecture, operating requirements, and existing systems. Explore the complete technology catalogue for the wider ecosystem.
03Delivery
One connected engineering process.
01
Discover
Map the current system, users, constraints, and the decision that the product must make possible.
02
Strategize
Choose the smallest architecture that can carry the next three years of growth, not just the next release.
03
Design
Shape information architecture, interfaces, and service flows so operators and customers can move with certainty.
04
Build
Engineer services, data, and interfaces with tests as part of the definition of done, not as a late gate.
05
Test
Prove behavior across devices, load, access control, and the messy paths real users take.
06
Launch
Ship behind observability, rollback, and a runbook the operating team can actually use.
07
Scale
Tune cost, reliability, and product iteration after the first customers are live.
04Advanced Engineering
Connected capabilities.
Industrial IoT & Industry 4.0
Connect equipment, industrial data, and enterprise systems to support smart factories and more visible operations.
Open service →
Industrial Automation & Robotics
Develop automation and robotic systems that connect sensing, control, and operational workflows in industrial environments.
Open service →
Digital Twins & Simulation
Connect virtual models and operational data to explore system behavior, validate changes, and improve asset understanding.
Open service →
Drones & Autonomous Systems
Engineer autonomous system software across perception, navigation, mission planning, and connected operations.
Open service →
FAQ
Questions about Embedded Systems & Firmware Engineering.
What does Advanced Engineering cover?
Connected industrial systems, embedded software, robotics, simulation, and autonomy across the physical and digital worlds. Services include Industrial IoT & Industry 4.0; Embedded Systems & Firmware Engineering; Industrial Automation & Robotics; Digital Twins & Simulation; Drones & Autonomous Systems.
How do you validate systems that interact with hardware?
Define the operating environment and system boundaries first. Use simulation, integration testing, hardware/software validation, and controlled trials appropriate to the system, with failure modes and handover requirements agreed in the project scope.
Put the next step in motion.
Talk to us about embedded systems & firmware engineering and the constraints your team is working with.