Redefining How Intelligence Is Computed.
JSA LAABS Pvt. Ltd. is pioneering Event-Driven MIMD computing solutions. Building the silicon foundation for next-generation AI hardware across autonomous systems, robotics, defense, and hyperscale edge compute.
$800B+
AI Hardware Market by 2032
10×
Perf-per-Watt vs. SOTA
142 µs
Active Adaptation Speed
7nm–45nm
Verified Physical Flows
Company Overview
Building the Next Generation of Cognitive Silicon.
Traditional CPUs and GPUs process data in clock-synchronous cycles, consuming excessive power and bottlenecking real-time AI workloads. JSA LAABS solves this fundamental challenge with NeuroCore — an Event-Driven MIMD Cognitive Processing Unit.
The Challenge
Global AI data centers consume over 200 TWh of electricity annually. Sequential clock pipelines cause high idle power draw and multi-millisecond latency penalties in autonomous systems and robotics.
The JSA LAABS Solution
NeuroCore unifies compute & SRAM memory in one single die (zero HBM reliance), eliminating idle data shuffling while supporting all industry-standard interfaces (AXI/AMBA, PCIe, CXL, NoC, Chiplets) for effortless plug & play integration.
Plug & Play Industry Standard Interfaces
NeuroCore is engineered to drop seamlessly into existing customer designs, custom ASICs, independent AI accelerator cards, and heterogeneous SoC fabrics without custom bridge hardware.
AXI / AMBA
512-bit Native Bus
PCIe Gen 5 / 6
High-Speed Host
CXL 3.0
Coherent Memory
NoC Fabric
Multi-Core Interconnect
Chiplets
Die-to-Die PHY
USB / SPI / UART
Control & Debug
Our Purpose
Vision & Mission
To Pioneer the Next Frontier of Cognitive Computing
Delivering intelligent, event-driven hardware architectures that redefine how machines perceive, process, and act — enabling a smarter, faster, and more energy-efficient technological future.
We envision a world where AI hardware transcends conventional limitations — powering autonomous systems, intelligent robotics, edge devices, and Hyperscale Compute with unmatched precision and scalability.
Engineering Excellence & Performance-First Silicon
At JSA LAABS, our mission is to pioneer Event Driven MIMD computing solutions that redefine the boundaries of cognitive processing across the most demanding real-world applications.
We drive forward with an unwavering dedication to rigorous research, engineering excellence, and performance-first design — empowering industries to meet the AI challenges of tomorrow, today.
Sanidhya Patel
Founder & Director, JSA LAABS
Innovating How Intelligence Should Be Computed.
Sanidhya Patel is a deep-technology entrepreneur and computer architecture innovator whose work sits at the intersection of AI systems, semiconductor architecture, and national technology infrastructure.
Early Beginnings & Govt Infrastructure
Began building at age 14, developing automated billing systems for construction vendors and digital modeling for infrastructure projects like the Madhuban Dam (Damanganga project) under the Govt of Gujarat. By 17, trained in AI/Computer Vision under Dr. Adrian Rosebrock (PhD, CEO PyImageSearch).
Automotive Safety & AIS-184 Standard
Founded Emerging Technologies, developing the Safe EYE Driver Monitoring System (99.7% accuracy across 4,400+ km tests). Won 2 National Innovation Awards, featured on Times of India, NDTV, and helped shape India's national AIS-184 automotive safety standard with ARAI and MoRTH.
Semiconductor Sourcing & Architecture ($1.1M+ Operations)
During the global chip crisis, launched Emerging Components, supplying rare NXP and Infineon microcontrollers to automotive giants like Mahindra & LS Automotive with orders exceeding $1.1 Million. Now translating deep silicon insights into NeuroCore COPU.
Leadership & Engineering
Meet Our Executive Team & Engineers
A cross-disciplinary team of neuroscientists, VLSI engineers, corporate strategists, and computer architects.
Sanidhya Patel
Founder & Director
Deep-technology entrepreneur and computer architecture innovator. Pioneer in Event-Driven MIMD silicon, autonomous safety standards (AIS-184), and national semiconductor supply chain solutions.
Zac Carpenter
Chief Executive Officer
Neuroscience visionary and Founders Coach. M.Sc. Neuroscience from University of Hartford, Florida. Translating cognitive brain models into commercial semiconductor execution.
Alpesh Patel
Director
30+ years of executive leadership in commercial real estate, strategic M&A deals, and high-level government & industrial partnerships across India and global markets.
Rytham Patel
Head of Business Development
MBA in Marketing. Directing strategic IP licensing partnerships, commercial growth, and international business development for JSA LAABS.
Samarth K
Chief Technology Officer
B.Tech Electronics & Communication. Former lead engineer at Avian Aerospace, specializing in real-time embedded systems, hardware control loops, and mission-critical compute.
Sivatharshan S
VP of R&D
MIET (UK), B.M.Eng Researcher in Cognitive Electronics, Bioinformatics, Synthetic Biology, and Mathematics. Driving bio-inspired neural compute models.
Silicon Engineering
VLSI Core Design Team
RTL · Physical Synthesis · Verification · FPGA
Bhuvan Raj P
VLSI Design Engineer
B.Tech EC — PES University
RTL Design, Memory Subsystems & Clock Gating
Ananthsriram
VLSI Design Engineer
B.E Electronics & Communication
MIMD Core Interconnects & Event Bus Verification
Chaitanya Varma
VLSI Design Engineer
B.E Electronics & Communication
FPGA Prototyping & Silicon Physical Synthesis
Physical Design & RTL Verification
Fabless IP Core Verification
Tested across robust RTL to GDSII flows from 7nm to 45nm process nodes and verified on physical Xilinx FPGA accelerators.
0.60 mm²
Ultra-low power edge AI & Wearables
0.85 mm²
Automotive ADAS & Industrial Robotics
1.32 mm²
Defense EW & High-Reliability Systems
FPGA Soft IP
Real-time Single-Core Hardware Benchmarking
Market Impact
Addressing a $700B+ Market Gap
Autonomous Vehicles
Sub-1ms
Sensory Fusion Response
NeuroCore's event-driven MIMD architecture eliminates latency bottlenecks by processing only relevant road events, drastically boosting reaction speeds for dynamic conditions.
Industrial Robotics
50× Lower
Thermal & Energy Footprint
Enables continuous on-device learning and precision motor control without bulky liquid cooling loops or high-power thermal budgets.
Defense & Aerospace
Zero-Shot
EW Signal Isolation
Proven under live BEL electronic warfare tests to filter radar jammer noise with 142µs active adaptation, guaranteeing secure mission execution.
Hyperscale Edge AI
90× Efficiency
Vs. Standard GPU Clusters
Scales linearly across multi-core node fabrics to handle streaming token inference and continuous neural adaptation at microwatt baseline power.
NeuroCore Corporate Deck
Browse through all 29 original corporate slides detailing architecture, benchmarks, and market strategy.
Ready to Accelerate the Future of Cognitive Computing?
We welcome investors, semiconductor partners, automotive OEMs, and defense clients to connect with our core team.