Our Solutions
Tailored co-design solutions for ASIC, FPGA, and COTS customers.
ASIC Solutions
Optimize high run-rate products with full-custom ASIC designs, comparing performance and cost against COTS and FPGA configurations.
FPGA Solutions
Analyze AI models across COTS, FPGA, and ASIC setups to identify high-value, semi-custom solutions for telecommunications and defense applications.
COTS Solutions
Evaluate AI models across CPU, CPU/GPU, and CPU/NPU configurations using platforms like NVIDIA Jetson and Qualcomm RB5 for cost-effective, scalable products.
Capability Tiers
Micro-Autonomy (1-10W)
Drones, handheld scanners, and smart IoT.
Industrial Edge (10-30W)
Factory floor AMRs, cobots, and automated sorting.
Embodied AI (30-100W+)
Level 4 self-driving, humanoid robotics, and complex world-model simulation.
Embodied AI Architect
Branes AI Platform Silicon Explorer
Custom Compiler & Runtime
Custom KPU
How It Works
Our Eight-step process ensures rapid, reliable co-design solutions.
#1
Model Submission
Submit your AI model to initiate the co-design process, tailored to your project’s needs.
#2
Configuration Alignment
Collaborate with our team to define energy, performance, and cost (EPC) priorities.
#3
Exploration & Analysis
Our Design Explorer analyzes thousands of configurations in minutes, identifying optimal solutions
#4
Comprehensive Recommendations
Receive detailed compute metrics and actionable co-design plans.
#5
Iterate & Finalize
Refine configurations to ensure the solution aligns perfectly with your goals.
#6
Custom Accelerators Build
Generate compiler and runtime for the custom Instruction Set Architecture (ISA)
#7
Virtual Platform
Bundle compiler, runtime, and platform simulator to create a virtual platform for application development.
#8
Custom Silicon
Purpose-built, application-specific, tailored Instruction Set Architecture, highly energy efficient silicon (CPU/GPU/KPU) aided by custom compiler/runtime accelerators