An Independent Semiconductor IP Foundry.
JSA LAABS Pvt. Ltd. develops proprietary semiconductor intellectual property for companies building the next generation of compute systems.
Our focus is differentiated processor architecture: adaptive computation, temporal processing, persistent state and local learning. We develop licensable IP that can become part of a customer's silicon architecture, rather than manufacturing finished semiconductor products ourselves.
Business Model
IP Licensing & Royalties
Structured IP rights and integration engineering collaboration.
Focus Technology
NeuroCore Processor IP
Event-driven MIMD architecture with hardware-resident learning.
Target Integration
Customer ASICs & SoCs
Standard bus interfaces (AXI, PCIe, CXL, NoC, Chiplets).
Engineering Scope
Verified RTL & Collateral
Implementation methodology across 7nm to 45nm standard-cell flows.
Pioneering Differentiated Processor Architecture for Global Silicon Innovators.
At JSA LAABS, our mission is to develop proprietary processor IP that enables our customers to incorporate adaptive intelligence, temporal context, and event-driven computing directly into their custom silicon architectures.
We operate as a disciplined, fabless IP provider. By decoupling core architectural innovation from the massive capital intensity of wafer fabrication, we deliver high-leverage IP that scales across automotive, industrial, defense, robotics, and edge computing markets.
Technology & Commercial Principles
- 01Focus on Processor IP: We invest deeply in microarchitectural differentiation rather than building merchant packaged chips.
- 02Customer Autonomy: Licensees retain complete ownership and control over their software stacks, chiplet topologies, and physical signoff.
- 03Measured Rigor: We publish verified engineering boundaries, distinguishing FPGA emulation telemetry from standard-cell synthesis targets.
- 04Collaborative Integration: We assist licensee silicon teams through architectural sizing, simulation testbenches, and physical methodology.
Proprietary Architecture & IP Asset Protection.
JSA LAABS develops proprietary semiconductor IP and protects its confidential design information, microarchitectural implementation, and verification collateral through rigorous intellectual-property, trade-secret, and contractual mechanisms.
Microarchitectural Know-How
Proprietary execution algorithms for fused SRAM local learning, hardware-resident e-prop synaptic plasticity, and asynchronous event routing that prevent idle clock waste.
Verified Implementation RTL
Synthesizable register-transfer level code tested under extensive verification testbenches, timing closure constraints, and physical synthesis scripts.
Contractual Licensing Moat
Detailed commercial agreements defining licensing scopes, evaluation terms, non-disclosure protocols, and royalty tracking for customer silicon production runs.
Sanidhya Patel
Founder & Director, JSA LAABS
Innovating How Intelligence Is Computed in Silicon.
Sanidhya Patel is a deep-technology entrepreneur and computer architecture innovator whose work focuses on adaptive AI hardware, event-driven processor design, and semiconductor supply chain execution.
Foundational Engineering & Digital Modeling
Began engineering at age 14, developing digital modeling solutions for government infrastructure projects (such as the Madhuban Dam Damanganga project). Trained extensively in computer vision and deep learning systems under Dr. Adrian Rosebrock (PyImageSearch).
Automotive Safety Systems & AIS-184 Standardization
Founded Emerging Technologies, developing driver monitoring algorithms with 99.7% accuracy across 4,400+ km of real-world road tests. Awarded 2 National Innovation Awards, featured on Times of India and NDTV, and contributed technical inputs toward India's AIS-184 automotive safety standard with ARAI and MoRTH.
Semiconductor Sourcing & Architecture Operations ($1.1M+ Volume)
During the global chip shortages, launched Emerging Components, successfully sourcing and supplying specialized microcontrollers and semiconductor parts to Tier-1 automotive and industrial manufacturers with operations exceeding $1.1 Million. Now channeling this hands-on silicon experience into NeuroCore processor IP.
Executive Leadership & Engineering Core
Combining deep computer architecture, neuroscience models, and VLSI physical design experience.
Sanidhya Patel
Founder & Director
Deep-technology entrepreneur and computer architecture innovator. Pioneer in Event-Driven MIMD compute architectures, autonomous safety systems, and national semiconductor supply chain solutions. Directing JSA LAABS proprietary processor IP roadmap.
Zac Carpenter
Chief Executive Officer
Neuroscience visionary and executive strategist. M.Sc. Neuroscience from University of Hartford. Bridging computational neuroscience brain models with commercial semiconductor IP execution and executive governance.
Samarth K
Chief Technology Officer
B.Tech Electronics & Communication. Former lead engineer at Avian Aerospace, specializing in real-time mission-critical embedded systems, digital control loops, and system-level silicon verification.
Sivatharshan S
VP of R&D
MIET (UK), B.M.Eng Researcher in Cognitive Electronics, Bioinformatics, and Neural Computing. Leading mathematical formulation and biological inspiration for hardware-resident adaptive learning models.
VLSI Design & Implementation Engineers
Bhuvan Raj P
VLSI Design Engineer
B.Tech EC — PES University
Specialty: RTL Architecture Design, Memory Subsystems & Clock Domain Gating
Ananthsriram
VLSI Design Engineer
B.E Electronics & Communication
Specialty: MIMD Core Interconnects & Event Bus Verification Flow
Chaitanya Varma
VLSI Design Engineer
B.E Electronics & Communication
Specialty: FPGA Prototyping & Silicon Physical Synthesis Evaluation
RTL-to-GDSII Physical Flow Synthesis Validation
NeuroCore microarchitecture has undergone synthesis, placement, and physical timing verification across standard-cell PDKs from 7nm to 45nm, alongside real-time hardware emulation on Xilinx FPGA accelerator platforms.
0.60 mm²
Ultra-low power edge AI & Wearable Subsystems
0.85 mm²
Automotive ADAS & Industrial Robotics Cores
1.32 mm²
Defense EW & High-Reliability Systems
FPGA Soft IP Evaluation
Real-time Single-Core Hardware Telemetry & Benchmarking
NeuroCore Corporate Presentation Deck
Explore all 29 original corporate slides detailing architecture foundations, benchmark methodology, and commercial strategy.
Initiate a Commercial IP Discussion
Connect with our business development and architectural team to review licensing frameworks, evaluation terms, and integration engineering support.