AskSummu
Initializing circuit
ASKSUMMU TECHNOLOGIES · GOA, INDIA

Building the Future with AI, Robotics & Embedded Innovation.

We engineer intelligent systems — from copper traces and custom silicon to neural networks and autonomous robots — with the precision and polish of a world-class product studio.

40+
Products shipped
10
Disciplines
99.9%
Uptime
6+ yrs
Deep-tech
01 — ABOUT

A deep-tech studio building intelligence into the physical world.

AskSummu is an engineering-first technology company operating at the intersection of artificial intelligence, robotics, embedded systems and connected hardware. We take ideas from first sketch to shipped product — designing the silicon, routing the boards, writing the firmware, training the models and crafting the software that ties it all together.

Mission

To make advanced intelligence practical — embedding AI, robotics and connected hardware into products that improve everyday life.

Vision

A world where intelligent systems are as reliable as electricity: invisible, dependable and everywhere they add value.

Values

Engineering rigor, radical clarity and craftsmanship. We ship measurable, production-grade systems — never demos.

02 — SERVICES

Hardware modules, plugged into one motherboard.

Ten disciplines under one roof — each a module in the same board, so your product never falls through the gaps between hardware, firmware and software.

AI-ACCEL
Artificial Intelligence

Custom models, LLM integration, ML pipelines and applied deep learning.

ROBO-ARM
Robotics

Autonomous platforms, motion control and real-time perception systems.

ESP32-DEV
Embedded Systems

Firmware, RTOS, and bare-metal engineering for constrained hardware.

SENSOR-NET
IoT Solutions

Connected fleets, telemetry, OTA and secure device management.

PCB-LAYOUT
PCB Design

Schematic capture, multi-layer layout, DFM and hardware bring-up.

UI-PANEL
Mobile Applications

Native and cross-platform apps with device and sensor integration.

WEB-CTRL
Web Applications

High-performance dashboards, portals and real-time control planes.

CAM-VISION
Computer Vision

Detection, tracking, OCR and on-device visual inference.

CLOUD-NODE
Cloud & Edge AI

Hybrid inference, edge deployment and scalable ML infrastructure.

PROD-ENG
Product Engineering

End-to-end delivery from concept and industrial design to production.

03 — FEATURED WORK

Products emerging from glowing processor cores.

IC
CORE · IC AI · Health
IntelliCradle

AI-powered smart baby monitoring — cry detection, sleep analytics and vitals, all processed on-device.

EDGE·AI·CV·IOTCase study →
SH
CORE · SH IoT
Smart Home Automation

A full home-automation suite built on ESP RainMaker with voice, scenes and remote control.

ESP32·CLOUDCase study →
SL
CORE · SL Embedded
No-Code Smart Staircase Lighting

Configurable motion-reactive stair lighting with zero-code setup for installers.

EMBEDDED·SENSORSCase study →
VR
CORE · VR Robotics
AI Vision Robot

An autonomous mobile robot with real-time object detection, navigation and manipulation.

ROBOTICS·CVCase study →
II
CORE · II Industrial IoT
Industrial IoT Dashboard

Live monitoring for factory floors — machine telemetry, alerts and predictive maintenance.

IOT·WEB·CLOUDCase study →
RA
CORE · RA Automation
Robotics Automation Platform

A modular platform to orchestrate robotic cells, arms and conveyors from one control plane.

ROBOTICS·WEBCase study →
PCB
CORE · PCB Hardware
Embedded Systems & PCB Design

Custom multi-layer boards and firmware for demanding embedded deployments.

PCB·FIRMWARECase study →
AX
CORE · AX AI · IoT
Custom AI + IoT Solutions

Bespoke intelligent systems that fuse sensing, connectivity and machine learning end-to-end.

AI·IOT·EDGECase study →
04 — TECHNOLOGY STACK

Interconnected modules, wired across the full compute spectrum.

AI / ML
PyTorchTensorFlowONNXOpenCVTensorRT
Embedded
ESP32STM32FreeRTOSZephyrC/C++Rust
IoT & Connectivity
MQTTRainMakerBLELoRaMatter
Web & Mobile
Next.jsReactTypeScriptFlutterNode.js
Cloud & Edge
AWSDockerK8sEdge ImpulsegRPC
05 — ENGINEERING PROCESS

A signal travelling from concept to deployment.

STAGE 01
Discover

Deep dive into goals, constraints and success metrics.

STAGE 02
Design

System architecture, industrial design and UX foundations.

STAGE 03
Prototype

Rapid hardware and software proofs against real conditions.

STAGE 04
Engineer

Production firmware, models, PCBs and software — hardened.

STAGE 05
Deploy

Manufacturing, OTA, monitoring and continuous improvement.

06 — INNOVATION & RESEARCH

Holographic chips, assembling themselves with robotic precision.

Our applied-research group prototypes at the frontier — on-device inference, sensor fusion, edge robotics and low-power silicon — then hardens the winners into production-grade systems. Every experiment is measured against real deployment constraints: latency, power, cost and reliability.

Edge AI Sensor Fusion Low-power Silicon Autonomy
On-device Inference

Compressing and quantizing models to run in real time on microcontrollers and edge SoCs.

Sensor Fusion

Combining vision, IMU and RF signals for robust perception in the real world.

Low-power Autonomy

Squeezing robotics workloads into battery-powered, always-on power envelopes.

★★★★★

"AskSummu delivered a working AI prototype in weeks, then hardened it into a product we ship today. Rare to find hardware and ML depth in one team."

Product Lead · Consumer Robotics
★★★★★

"Their embedded and PCB work was flawless — first-pass boards that just worked. Communication was crisp the entire way."

CTO · Industrial IoT startup
★★★★★

"The polish is on another level. Everything from firmware to dashboard felt considered and premium."

Founder · Smart Home
0
Products shipped
0
Boards designed
0
Happy clients
0
System uptime
07 — FAQ

Questions, answered.

Do you handle both hardware and software? +
Yes — we take products end-to-end: PCB design, firmware, models, cloud and the apps on top. One accountable team across the whole stack.
What industries do you work with? +
Consumer devices, industrial IoT, robotics, health-tech and smart home. If it senses, computes or moves, we can help.
How do engagements usually start? +
Most begin with a short discovery sprint to align on scope, architecture and metrics, followed by a rapid prototype before full engineering.
Can you deploy AI on constrained hardware? +
Absolutely. On-device and edge inference is a core specialty — we optimize models to run within tight power, memory and latency budgets.
Where are you based? +
We are headquartered in Goa, India, and work with clients globally across time zones.
08 — CONTACT

Let's Build the Future Together.

Tell us about your product. We'll get back within one business day with a plan and a path forward.