KingAI DesignForge
DesignForge is the software track: an engineering workflow layer for technical review, EDA automation, simulation evidence, design documentation and human-controlled decision support.
DesignForge is being developed as one AI-native engineering software platform, with modules for datasheets, BOMs, design review, open-source EDA workflows, FPGA and accelerator pathways, 3D/mechanical support and manufacturing-readiness packs.
It is not being presented as finished hardware, a chip company, a fabrication facility or a replacement for established EDA tools today. The early target is a useful engineering workbench that helps a human reviewer move from messy files to structured evidence.
KingAI is developing DesignForge to help engineers and technical founders review files, trace design decisions, summarise simulation logs and produce evidence packs before boards, firmware or hardware concepts move further.
The generation and review engine for turning prompts, requirements, notes and source files into controlled engineering tasks, checklists and proposed changes.
PCB and circuit workflow support around datasheets, schematic notes, BOM checks, open-source EDA exports and design-rule evidence.
Future FPGA workflow support for HDL review, simulation logs, synthesis reports, timing notes and accelerator prototyping evidence.
Longer-term ASIC, SoC, GPU, TPU and accelerator-design workflow support. This remains a future software pathway, not a current custom-silicon claim.
A review layer for source files, assumptions, component choices, simulation results, constraints and human approval status before the next build step.
Workflow orchestration for tasks, logs, exports, review queues and handover packs so design work stays auditable instead of becoming scattered notes.
Use existing machines and boards first: workstation GPUs, Jetson, Raspberry Pi, ESP32-class nodes, sensors, logs and local evidence workflows.
KingAI will be developing simple evidence-board and SensorBridge-style concepts as controlled bench targets for DesignForge workflows.
Custom accelerator cards, ASICs, GPUs, TPUs, SoCs and RISC-V concepts remain future Hardware Labs research until software revenue, partners, capital and validation exist.
Extract constraints, part risks, compatibility notes and missing data from datasheets, BOMs and design notes.
Summarise KiCad, ngspice, Yosys, Verilator, OpenROAD and related workflow outputs where those tools are available locally.
Convert simulation, build and test logs into reviewable issues, assumptions, confidence notes and next engineering actions.
Every useful output includes source files, timestamp, assumptions, model/tool used, confidence, uncertainty and reviewer status.
The aim is to make hard engineering files easier to review, explain and validate before anything moves into hardware spend.