End-to-End Embedded Product Engineering
Aktis delivers complete embedded systems engineering services, integrating hardware, firmware, software, PCB design, validation, and manufacturing support into a unified development process. Our multidisciplinary team transforms innovative concepts into intelligent, connected, and production-ready electronic products optimized for performance, reliability, and scalability.
Our Embedded Systems Capabilities
Delivering end-to-end embedded engineering services that transform innovative concepts into intelligent,
connected, and production-ready products.
Comprehensive
AI-Enabled Services
Accelerating digital transformation
with AI-powered applications
Comprehensive Embedded Engineering Solutions
AI-powered industrial solutions that improve operational efficiency, enhance quality,
and enable smarter, data-driven manufacturing.
Comprehensive Embedded Engineering Solutions
Comprehensive Embedded Engineering Solutions
AI-powered industrial solutions that improve operational efficiency and data-driven manufacturing.
Embedded Product Engineering
Design and develop intelligent embedded systems with expertise in digital, analog, mixed-signal, FPGA, and RF designs. Our capabilities span ARM, MIPS, microcontrollers, RTOS, Linux, BSP development, firmware, IoT, PLC programming, and hardware-software integration for production-ready electronic products.
High-Speed PCB Design & Signal Integrity
Design advanced multilayer PCBs with SI/PI analysis, thermal optimization, impedance-controlled routing, DFM/DFT compliance, and IPC standards. Our expertise includes DDR3/4, PCIe, USB, HDMI, MIPI, CAN, Ethernet, Flex & Rigid-Flex PCBs, and high-density BGA designs up to 24 layers.
Silicon Validation & Board Bring-up
Accelerate silicon enablement through board bring-up, functional validation, PVT characterization, automated test development, and customer evaluation platforms. We validate USB Type-C/PD, PCIe Gen3/4, Ethernet PHY/Switches, and high-speed interfaces to ensure reliable silicon performance and certification readiness.
Embedded Firmware & Software Development
Develop high-performance firmware and embedded software using C, C++, Python, Qt, and JavaScript across ARM, MIPS, RTOS, Embedded Linux, BSP, bootloaders, Linux kernel, device drivers, middleware, and test automation for reliable embedded platforms.
IoT Connectivity & Edge Intelligence
Build secure connected products with IoT devices, edge computing, cloud applications, industrial communication protocols, remote diagnostics, PLC integration, and smart enterprise solutions for Industry 4.0 and intelligent automation.
Embedded Development Process
From Electronics Design to Production
Embedded Development Process
From Electronics Design to Production
Requirements & System Architecture
Define hardware architecture, software requirements, connectivity, and product specifications.
Hardware & PCB Development
Develop schematics, component selection, PCB layout, and engineering validation.
Firmware Development
Implement embedded firmware, communication protocols, RTOS, and application software.
Integration & Verification
Integrate hardware, firmware, sensors, cloud platforms, and perform comprehensive testing.
Production & Manufacturing Support
Deliver manufacturing documentation, compliance validation, production testing, and lifecycle support
Requirements & System Architecture
Define hardware architecture, software requirements, connectivity,
and product specifications.
Hardware & PCB Development
Develop schematics, component selection, PCB layout, and engineering validation.
Firmware Development
Implement embedded firmware, communication protocols, RTOS, and application software.
Integration & Verification
Integrate hardware, firmware, sensors, cloud platforms, and perform comprehensive testing.
Production & Manufacturing Support
Deliver manufacturing documentation, compliance validation, production testing, and lifecycle support
Advanced Electronics Manufacturing Capabilities
From PCB assembly to complete box-build integration, we deliver high-quality manufacturing solutions
with advanced inspection, rigorous testing, and end-to-end production traceability.
Advanced Electronics Manufacturing Capabilities
Low-to-Medium Volume Production
Support flexible manufacturing for prototypes, NPI, and low-to-medium volume production with rapid turnaround and consistent quality.
Advanced PCB Assembly
Expertise in SMD, Through-Hole, mixed-technology assemblies, PCB surface finishes, and high-density component placement for complex electronic products.
Quality Inspection & Testing
Ensure product reliability through Automated Optical Inspection (AOI), In-Circuit Testing (ICT), Flying Probe Testing, and comprehensive functional verification.
Advanced Assembly Technologies
Support complex assemblies including POP (0.4 mm & 0.6 mm pitch), 32 BGA packages, and boards with up to 10,000 components for high-density electronic applications.
Box Build & Production Services
Provide complete box-build assembly, conformal coating, encapsulation, mechanical enclosure integration, testing, packaging, marking, and end-to-end manufacturing traceability.
Low-to-Medium Volume Production
Support flexible manufacturing for prototypes, NPI, and low-to-medium volume production with rapid turnaround and consistent quality.
Advanced PCB Assembly
Advanced PCB Assembly
Expertise in SMD, Through-Hole, mixed-technology assemblies, PCB surface finishes, and high-density component placement for complex electronic products.
Quality Inspection & Testing
Ensure product reliability through Automated Optical Inspection (AOI), In-Circuit Testing (ICT), Flying Probe Testing, and comprehensive functional verification.
Advanced Assembly Technologies
Support complex assemblies including POP (0.4 mm & 0.6 mm pitch), 32 BGA packages, and boards with up to 10,000 components for high-density electronic applications.
Box Build & Production Services
Provide complete box-build assembly, conformal coating, encapsulation, mechanical enclosure integration, testing, packaging, marking, and end-to-end manufacturing traceability.
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Frequently Asked Questions
AI-enabled services use Artificial Intelligence, Machine Learning, and automation to optimize business processes, improve decision-making, reduce manual effort, and increase operational efficiency.
AI automates repetitive processes, minimizes human errors, optimizes resource utilization, reduces downtime, and improves productivity, leading to significant cost savings.
Yes. AI solutions can integrate with CAD, ERP, PLM, CRM, MES, IoT platforms, and other enterprise applications to create connected and intelligent workflows.
Computer Vision uses AI-powered image analysis to detect defects, verify dimensions, identify anomalies, and automate quality inspection with greater speed and accuracy.
Yes. Generative AI assists engineers by generating designs, creating technical documentation, automating code, summarizing engineering data, and accelerating product development.
Implementation timelines vary based on project complexity, data availability, and system integration requirements. Most AI projects begin with an assessment and a phased deployment approach.
