The Engineering Power Behind Complex Embedded Systems
Spikedge A.Ş. is a deep-tech engineering firm developing predictable, field-proven embedded software architectures and Edge AI integrations for industrial automation and autonomous systems platforms.
Whether engineering high-speed industrial robotic networks that respond in microseconds, or designing autonomous agricultural systems in constantly changing environmental conditions — the real potential of modern hardware depends on the architectural integrity of its underlying system software. At Spikedge, we transform the complex ecosystem between hardware layer and application software — Custom BSP, RTOS, Edge AI — into an invisible, reliable and sustainable foundation, enabling enterprises to bring next-generation products to market confidently and on time.
Our solutions target continuous field operation, not theoretical scenarios. We possess deep engineering expertise across a broad silicon portfolio ranging from lean microcontrollers (bare-metal MCU) to multi-core heterogeneous processors (SoC) such as NXP i.MX, NVIDIA Jetson and Texas Instruments Jacinto. This hardware-agnostic architectural approach gives our clients resilience against global supply chain constraints and the freedom to select optimum power, thermal budget and processing capacity for each project.
Operating within corporate NDA frameworks, we apply IP security as a structural standard: project-specific isolated development environments, air-gapped code repositories and end-to-end encrypted data management for every client engagement.
Our Value Focus Areas
Five core principles we embody as a strategic engineering partner, not just a technology vendor
Hardware & Software Co-design
“We scale software architecture from the ground up, fully aligned to the thermal and physical constraints of the hardware it runs on.”
Our BSP optimization reducing boot time from 18.4s to 1.8s directly demonstrates the impact of hardware-software co-design on BOM cost and time-to-market.
Uncompromising Predictability (Hard Real-Time)
“In mission-critical scenarios, we build control loops with zero tolerance for timing variation — timing guaranteed at the OS level.”
With 4.2 µs worst-case IRQ latency and 0.3 µs jitter, we design systems that operate with identical predictability every cycle.
Layered Security Approach (Defense-in-Depth)
“From hardware-level encryption and secure boot, through to OS isolation, we build structures that minimize cyber vulnerabilities.”
We operate with project-specific air-gapped Gitea repositories, hardware-based encryption and ISO 27001-compliant DevSecOps processes.
Field-Tested Resilience
“Every kernel module and driver we develop is based on real-world data tested under demanding environmental conditions and long industrial lifecycle requirements.”
All performance data obtained on real hardware under repeatable conditions, proven with oscilloscope verification.
Data-Driven & Analytic Transparency
“We back design projections with metrics — clearly reporting memory usage, CPU load and ISR latency profiles via measurable parameters.”
Every optimization is oscilloscope-verified, every benchmark proven with terminal logs. Engineering data, not marketing jargon.
11+ Years of Engineering Expertise
Founded — Embedded software engineering services launched
First major project — EtherCAT motor drive and industrial control system
Edge AI and computer vision competency established
Relocated to Ulutek Technopark, R&D center established
Incorporated as A.Ş., rebranded to Spikedge
International market expansion focused on industrial & agricultural technology
Let's architect the foundation of your next-generation platform together.
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