About
Deep tech that makes infrastructure smart.
Spondbyte Technologies is a deep-tech IoT enabler building edge AI, sensor networks, robotics, and command-layer software for governments and enterprises. We started with urban mobility and are expanding into industrial IoT, defence, and environmental intelligence.
What we do
Three pillars
Deep Tech & AI
Edge inference, computer vision, and machine learning models trained and hardened for Indian conditions: monsoon, dust, 55 °C ambient, unpredictable road behaviour.
IoT Infrastructure
Sensor networks, V2I communications, and real-time data pipelines. One vertically integrated stack from the field device to the command console.
Robotics & Automation
Autonomous sensing, automated enforcement response, and a forward robotics programme. Removing humans from the loop where speed and consistency matter.
Markets
Sectors we serve
Smart Cities & Urban Mobility
Signal synchronisation, V2I enforcement, and real-time traffic management across municipal corridors.
Highways & Transport
Corridor surveillance, incident detection, VMS, and command-centre integration for national and state highways.
Industrial IoT
Edge sensing and automated monitoring for manufacturing, logistics yards, and warehouse operations.
Defence & Critical Infra
Perimeter sensing, intrusion detection, and secure command-layer software for defence and critical infrastructure.
Environmental Intelligence
Distributed air-quality and weather sensor networks with real-time dashboards and CPCB-compliant reporting.
Founder
Why Spondbyte exists
India doesn't have a traffic problem. It has an infrastructure intelligence problem.
Every day, we lose time, safety, and efficiency — not because systems don't exist, but because they don't talk to each other. Most solutions are imported, fragmented, and not designed for how our cities actually function. We started Spondbyte to change that.
What we're building
We began with Spondit — a traffic signal controller that communicates with vehicles, other signals, and command centres in real time. But very quickly, it became clear: this wasn't just a traffic product. It was the foundation of something larger — a unified layer where infrastructure can sense, communicate, and respond.
Today, we are building an integrated ecosystem: intelligent traffic and mobility systems, surveillance and environmental sensing, smart lighting and EV infrastructure, command and control platforms, and AI-driven fleet and industrial observability. Every system connects to the same underlying fabric.
What this enables
When infrastructure starts communicating: emergency vehicles move faster through cities. Traffic adapts dynamically instead of staying static. Authorities see and respond to incidents in real time. Citizens receive meaningful, timely information. This is not optimisation. This is coordination at scale.
Data democracy
I believe infrastructure data should not sit in silos. It should be open, accessible, and useful to the people it serves. When a city understands itself — street by street, signal by signal — it can operate with clarity, speed, and accountability. When a commuter gets a fog warning before entering a highway, when a traffic authority can see every signal and every incident on one screen — that's data working for the public good.
Where we're going
Our goal is simple: every piece of public infrastructure should be connected, intelligent, and accountable. We're not there yet. But every corridor we deploy, every command centre we integrate, and every city we work with moves us closer.
Capabilities
Technology DNA
Edge AI
On-device inference for classification, detection, and decision-making at sub-100 ms latency.
Sensor Networks
Distributed sensing arrays with self-healing mesh connectivity and centralised telemetry.
V2I & IoT Protocols
MQTT over 4G/5G cellular, with C-V2X hardware ready. Low-latency protocols for vehicle-to-infrastructure and device-to-cloud communication.
Command Software
Operator consoles, GIS dashboards, and alert engines that unify every subsystem into one dashboard.
Robotics
Autonomous field units and automated actuation systems for sensing, enforcement, and maintenance.
Ecosystem
Our partners
NASSCOM CoE
Incubation partner
TERI
Partner
GVMC
Partner
Startup India
Recognised
Locations
Offices
HQ
Visakhapatnam, Andhra Pradesh, India
R&D
Bengaluru, Karnataka, India
Field operations
Regional desks across 8 states
Talk to us.
Whether you're exploring, procuring, or integrating, we'd like to hear from you.
