Custom Hardware Development Services

Get real-time visibility into equipment performance and operating conditions without sending anyone on-site. Your operators see what’s happening in the field as it happens and can react before small issues become expensive.

Connect sensors, controllers, and edge devices into one unified architecture. Instead of managing fragmented device networks, your team controls everything through a single hardware platform that scales as you grow.

Stay connected to your vehicles with continuous data on location, usage, and technical condition. Give your dispatchers and fleet managers the information they need to make faster, better-informed decisions on the road.

Automate lighting, HVAC, access, and energy management across your facilities from one place. Set it to schedule or let it respond to live inputs automatically. Either way, your team spends less time on manual control.

Stay informed about where your assets are and how they’re being used across warehouses and supply chains at any time. Reduce losses from missing or underused equipment and give your operations teams a reliable foundation for resource planning.

Process data directly on the device when connectivity is limited or latency can’t be tolerated. Your critical operations keep running without depending on constant cloud access.

Monitor equipment condition continuously and catch early signs of failure before they become breakdowns. Shift your maintenance team from reactive fixes to planned interventions and keep your operations running on schedule.

Compliance is tested at the end. Failures force redesigns that push launch by months.

Compliance requirements are built into the architecture from sprint one. Audits confirm, not surprise.

Firmware and board design happen in parallel silos. Integration issues surface late and cost weeks.

One team owns both layers. Hardware and firmware evolve together, so integration is continuous, not a phase.

Prototypes work on the bench but fail on the assembly line. Yield issues and BOM surprises appear at scale.

DFM and BOM optimization start at the schematic stage. Production ramp-up is a formality, not a crisis.

Single-source parts and EOL surprises stall production mid-run.

Every BOM entry has an approved alternative. Supply chain disruptions are a planning scenario, not an emergency.

Prototypes often work in the lab but fail on the assembly line. We apply strict Design for Manufacturing (DFM) principles to eliminate assembly errors and ensure high yield rates during mass production.

Chip shortages and End-of-Life (EOL) parts disrupt production. We analyze your Bill of Materials (BOM) to select available, long-lifecycle components and design flexible circuits that support alternatives.

Failing compliance tests forces expensive redesigns. We conduct thermal modeling and pre-compliance testing early in the design phase to ensure you pass certification on the first attempt.

Inefficient PCB layouts inflate costs at scale. We optimize board density, layer stack-up, and component selection to minimize the BOM cost without compromising device performance.

With over 17 years in engineering and more than 85 successful hardware projects delivered, we build OEM-grade devices for demanding environments. Companies such as Bosch, Toyota, and RAKwireless rely on our team to solve complex engineering challenges and deliver systems that hold up in production.

We work closely with technology leaders such as ARM and Raspberry Pi. These relationships give us early access to platforms, reference designs, and engineering support to reduce the risks and speed up development.

Our hardware design services prepare your device for real production conditions and consistent manufacturing. We apply DFM (Design for Manufacturing) process to increase yield rates, minimize assembly errors, and reduce production risks from the first prototype.

Yalantis operates under ISO 9001, ISO 13485, and ISO 27001 standards. We design architectures that meet regulatory and security requirements from the beginning, so certification does not turn into a redesign phase.

We connect hardware with firmware, cloud, and applications into one system. Your device integrates into the broader product without gaps between components or teams.

We control costs at the design stage. To maximize your margins, our team selects components, optimizes the BOM, and designs the system architecture with unit economics and scaling in mind.