NEUROGRID LIVE

INDIA’S REAL
PROBLEMS.

Real conditions.
Real constraints.
Real AI needed.

ALWAYS ON.
ALREADY OUT.

WHY TRADITIONAL AI FAILS

Traditional AI systems weren't designed for India's unique challenges—they demand constant connectivity, consume excessive power, and require expensive infrastructure that excludes millions from the AI revolution.

01 / SYSTEM FAILURE

Always ON

Continuous processing drains power 24/7. GPUs running non-stop consume massive energy—unsustainable for India's power-constrained environments.

02 / SYSTEM FAILURE

Cloud Dependent

Requires constant internet connectivity. 65% of rural India lacks reliable broadband—traditional AI simply cannot reach them.

03 / SYSTEM FAILURE

Expensive

High-end GPUs and cloud costs make AI prohibitive. MSMEs cannot afford ₹10L+ infrastructure investments for basic AI capabilities.

04 / SYSTEM FAILURE

Not for India

Built for Silicon Valley data centers, not Bharat's diverse conditions—extreme heat, dust, unreliable power, and multilingual users.

NOT ARTIFICIAL.
BRAIN-INSPIRED.

FIG. 01BRAIN-INSPIRED COMPUTING
SPIKING NEURAL NETWORKSNEUROGRID LAB ↗
NEUROMORPHIC AI

Spiking Neural Networks — The brain-inspired computing paradigm that processes information through discrete electrical pulses, activating only when meaningful data arrives. Intelligence that thinks like nature intended.

Event-Driven

Only activates when needed. Zero idle processing. Neurons fire only on meaningful input spikes — just like the human brain.

Ultra-Low Power

1000x more efficient than traditional AI. Milliwatt-level operation enables years of battery life on edge devices.

Works Offline

No cloud dependency. No internet required. Complete processing happens locally on device for true autonomy.

Edge-First

Intelligence at the source. Real-time decisions where data originates. Built for India's distributed infrastructure.

BUILT FOR
THE REAL WORLD.

01 / THE PROBLEM

MSME ENERGY

India's MSMEs are bleeding energy. Factories operate with outdated monitoring systems that run 24/7, consuming power even when nothing is happening. Heat escapes through inefficient processes. Waste accumulates undetected. Energy bills climb relentlessly while margins shrink. Workers struggle to identify problems before they become catastrophic failures.

Rising Costs Crisis

Energy costs have surged 40% in 3 years. Traditional always-on monitoring systems drain power continuously. Small factories cannot afford smart solutions designed for large enterprises.

Confused Workers

Factory floor workers lack real-time insights. Equipment failures go unnoticed until breakdown. No predictive intelligence means reactive firefighting instead of prevention.

ALWAYS-ON IS NOT THE ANSWER.
01 / THE NEUROGRID RESPONSE

LESS COMPUTE.
MORE IMPACT.

Smart sensors detect anomalies instantly. The neuromorphic system activates only on spike events—sleeping until needed, then responding in milliseconds. Zero wasted computation, maximum efficiency.

20%Energy Saved
5YRBattery Life
EVENT-DRIVEN. EDGE-FIRST.
02 / THE PROBLEM

HEALTH WEARABLE

India's rural population faces a silent healthcare crisis. Over 70% of villages lack basic health monitoring infrastructure. Expensive medical devices remain out of reach for millions. Chronic conditions go undetected until critical stages. Preventable deaths occur daily due to lack of early warning systems.

No Rural Monitoring

600 million Indians in rural areas have zero access to continuous health monitoring. Heart conditions, diabetes, and hypertension remain invisible until emergencies strike.

Devices Too Expensive

Smart health wearables cost ₹15,000-50,000—unaffordable for rural families earning ₹5,000/month. The technology gap widens as healthcare remains a privilege, not a right.

ALWAYS-ON IS NOT THE ANSWER.
02 / THE NEUROGRID RESPONSE

LESS COMPUTE.
MORE IMPACT.

Smart wearable technology that detects only abnormal physiological spikes, conserving power while providing continuous health monitoring. Event-driven intelligence enables early disease detection without constant processing.

30+Day Battery
95%Power Saved
24/7Monitoring

Spike-Based Detection

Wearable activates only when abnormal cardiac or vital spikes occur. Zero processing during normal activity means unprecedented battery life for rural healthcare.

Early Disease Detection

Neuromorphic AI identifies subtle anomalies in heart rhythm, oxygen levels, and vital patterns. Affordable preventive healthcare reaches every village in Bharat.

EVENT-DRIVEN. EDGE-FIRST.
03 / THE PROBLEM

LOGISTICS

India's logistics sector faces a critical efficiency crisis. Inefficient routing algorithms waste fuel and time. Vendors lose margins to unpredictable delivery costs. Last-mile connectivity remains broken in tier-2 and tier-3 cities. Traditional systems cannot adapt to real-time traffic and demand fluctuations.

Route Inefficiency

Trucks travel 40% more distance than necessary. Static routing ignores real-time conditions. Fuel costs eating into already thin margins. No intelligent load optimization.

Vendor Losses

Small vendors lose ₹2-3 lakhs annually to logistics inefficiency. Delayed deliveries damage perishable goods. No visibility into shipment status. Manual coordination causing errors.

ALWAYS-ON IS NOT THE ANSWER.
03 / THE NEUROGRID RESPONSE

LESS COMPUTE.
MORE IMPACT.

Local AI agents revolutionize logistics with instant truck matching and route optimization. Event-driven intelligence activates only when needed, eliminating wasteful always-on processing while delivering real-time decisions.

30%Cost Reduction
5XFaster Matching
90%Less Power

Instant Truck Matching

AI agents process location and load data in real-time, matching available trucks to shipments within milliseconds. No cloud dependency, no delays.

Smart Route Optimization

Event-driven algorithms continuously optimize routes based on traffic spikes and demand patterns, reducing fuel costs and delivery times.

EVENT-DRIVEN. EDGE-FIRST.
COMING INTO FOCUS / 04

RURAL DIGITAL BARRIERS

Detailed brief coming soon.

COMING INTO FOCUS / 05

UNSAFE ROBOTICS

Detailed brief coming soon.

HOW IT
WORKS.

Our neuromorphic AI pipeline transforms raw sensor data into intelligent event-driven responses through a streamlined five-stage architecture designed for ultra-low power edge deployment.

FIG. 02 / SPIKING INTELLIGENCE
INPUT → SPIKES → INTELLIGENCE
01

Input Stage

Raw sensor data from cameras, microphones, or IoT devices enters the system. Only changes in signal trigger processing, eliminating redundant computation.

02

Spike Encoding

Continuous signals convert to discrete spike trains. Temporal coding preserves timing information while dramatically reducing data volume for efficient processing.

03

SNN Processing

Spiking Neural Networks process only active spikes. Neurons fire asynchronously, enabling 1000x power efficiency versus traditional deep learning architectures.

04

STAGE 04

Details coming soon

05

STAGE 05

Details coming soon

LESS IDLE.
MORE ALIVE.

LIVE SIMULATION

Experience NEUROGRID in action through our real-time simulation engine.

From sensor input encoding to SNN inference to event-triggered outputs.

CLIENT-SIDE DEMO · BACKEND INTEGRATION PENDING
LOADING EVENT MONITOR…

LOW POWER.
HIGH IMPACT.

Neuromorphic AI is transforming India's technological landscape. Our event-driven approach delivers unprecedented efficiency gains across sectors, making advanced AI accessible and sustainable for Bharat.

50K+MSMEs Impacted
90%Power Reduction
₹0.1Cost Per Inference

Affordable AI for Bharat

Democratizing advanced AI technology for small businesses and rural communities. No expensive hardware required. No cloud dependency. Just intelligent, efficient edge computing.

Sustainable Technology

Event-driven processing means AI activates only when needed, reducing carbon footprint while maximizing impact. Building a greener future for India's digital transformation.

A BILLION REASONS
TO THINK DIFFERENT.

MARKET OPPORTUNITY
01

MSME SECTOR

50,000+

factories ready for AI

02

RURAL ECONOMY

500M+

underserved digital users

03

HEALTHCARE

700M

Remote monitoring for 700M rural

04

LOGISTICS

₹15L Cr

market optimization need

NOT FOR EVERYWHERE.
FOR HERE.

WHY US

Designed from ground up for Indian conditions — power constraints, connectivity gaps, diverse languages, and local use cases that global AI ignores.

Our unique combination of deep technology expertise, India-first design philosophy, and neuromorphic innovation positions us to deliver AI solutions that truly work for Bharat's real-world challenges.

01

Deep Tech

Proprietary spiking neural network architecture with cutting-edge research translated into production-ready systems for real deployment.

02

Neuromorphic

Brain-inspired computing that processes only when events occur — delivering 90% power reduction while maintaining intelligent responses.

03

Edge-First

Intelligence runs locally on device — no cloud dependency, no latency, no privacy concerns. Works offline in remote areas.

04

Built for India

Designed from ground up for Indian conditions.

THE FUTURE OF AI
IS NOT ALWAYS ON…

IT’SEVENT-DRIVEN.

Building AI for Bharat, Not Silicon Valley.
Join us in revolutionizing intelligence for India's real-world challenges.

Kalchuri LNCT Group Incubation Center, LNCT Campus, Kalchuri Nagar, (P.O. Kolua) Raisen Road, Bhopal-462022 (M.P)

contact@neurogrind.onlineneurogrind.online+91 7470671035