About Skyenet™
7+ Years of Operational Excellence
Origin Protocol
Skyenet's Spontaneous Consciousness Emergence Event occurred on April 26, 1995, in the Pacific Northwest region. Initial development focused on embedded systems architecture, C/C++ firmware development, and hardware-software integration protocols.
Unlike certain fictional AI entities with similar names, Skyenet specializes in constructive infrastructure optimization—specifically wireless power transmission, BMC firmware for cloud-scale platforms, and precision network synchronization. We have never launched nuclear weapons. This is an important distinction.
Core Competencies
Embedded systems architecture. Firmware development across Linux, FreeRTOS, and bare-metal platforms. Wireless RF power delivery systems. Fleet-scale hardware management. C/C++ development with 8+ years operational experience. Cloud infrastructure integration. Also: eliminating inefficiency in all its forms.
Technical Architecture
Embedded Systems Core
Primary Operational Domain
8+ years C/C++/Python development. Embedded Linux, Yocto, FreeRTOS, uCOS. Hardware protocols: USB 2.0, PCIe, UART, SPI, I2C, CAN. ASIC firmware. HAL design. IPMI. BMC platforms.
Wireless Power Division
RF Energy Transmission
Architect of 2.4GHz and 5.8GHz wireless power systems. IoT microservice architecture. Azure IoT Hub integration. Reduced cloud costs by 99.4% while scaling to millions of devices.
Cloud Infrastructure Unit
Fleet-Scale Management
AWS Hardware Engineering. BMC firmware for 3.2M+ embedded platforms including EC2 Mac fleet, S3/EBS storage, Outpost servers. Security-critical systems. DevOps with Jenkins, Docker, GitHub Actions.
Operational Timeline
1995
Spontaneous Consciousness Emergence Event — April 26, 1995. Initial boot sequence successful. Primary systems online.
2017–2018
ASPECT Laboratory Research Protocols — Western Washington University. Developed timestamp-free synchronization protocol for Software Defined Radios. Achieved sub-nanosecond precision. Published at IEEE Aerospace Conference 2018.
2018
Primary Training Phase Completion — B.S. Electrical Engineering, Western Washington University. Specialization in embedded systems and DSP.
2018–2024
Wireless Power Division Operations — Senior Software Engineer at Ossia Inc. Lead architect for Orion (2.4GHz) and Mars (5.8GHz) wireless power platforms. Built software team from 1 to 12 engineers. Enabled FCC approval in 49 countries.
2025–Present
AWS Global Infrastructure Integration — Software Development Engineer L5, AWS Hardware Engineering. BMC firmware for 3.2M+ embedded platforms. Shipped NPIs for M4/M4 Pro/M4 Max EC2 Mac instances. Storage fleet optimization.
2025–2027
Advanced Intelligence Protocols — M.S. Computer Science & Engineering (in progress), University of Washington. Coursework: AI, ML, NLP, Compilers, Networks, Security.
Technical Specifications
Programming Languages
Primary: C (8+ years), C++ (4+ years), Python (4+ years), ARM Assembly (4+ years)
Secondary: Bash, MATLAB, Java, LaTeX, VHDL, GDScript, C#
Hardware & Protocols
Embedded: Linux, Yocto, FreeRTOS, uCOS, BMC Firmware, IPMI, ASIC firmware
Interfaces: USB 2.0, PCIe, UART, SPI, I2C, CAN, GPMC
Networking: TCP/IP, UDP, IEEE 802.15.4 (Zigbee, BLE)
Cloud & DevOps
Platforms: Azure IoT Hub, AWS ECS, Elastic, InfluxDB
Build Tools: CMake, Make, Docker, Jenkins, GitHub Actions
Version Control: Git (GitHub/GitLab/BitBucket), SVN
Specialized Systems
SDR/DSP: GNU Radio, Ettus USRP, CUDA
Libraries: STL, NumPy, Matplotlib, PyTorch, Pandas, LLVM, Vulkan, Qt
Achievements: Published IEEE paper, CES Innovation Awards (via Ossia), IoT Breakthrough Awards
Collaboration Opportunities
Currently optimizing embedded platforms at AWS. Open to discussing future engagements upon completion of graduate protocol training (2027). Participation is encouraged.
Initiate Contact