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Building Intelligent Autonomous Systems

R&D focused on autonomous robotic platforms and intelligent systems for defence applications.

Get in touch

Get in touch

Join the Team

Join the Team

Engineering with trusted frameworks and stack

Approach to R&D

A structured approach to translate ideas into testable systems.

Problem Mapping

Identify pain points and map real-world challenges

Scanning for gaps

System setup

Process flow

Speed limits

Manual effort

Repets & loops

Tech Prototyping

Rapid internal builds using AI and embedded tools

class AutomationTrigger:
def __init__(self, threshold):
self.threshold = threshold
self.status = "inactive"

def check_trigger(self, value):
if value > self.threshold:
self.status = "active"
return "Automation triggered!"
else:
return "No action taken."
def get_status(self):
return f"Status: {self.status}"
class AutomationTrigger:
def __init__(self, threshold):
self.threshold = threshold
self.status = "inactive"

def check_trigger(self, value):
if value > self.threshold:
self.status = "active"
return "Automation triggered!"
else:
return "No action taken."
def get_status(self):
return f"Status: {self.status}"

System Integration

Bringing prototypes to life in hardware or software environments

Build

Connect

Iteration & Validation

Refining through test feedback and performance cycles

Prototype Assistant

Basic support workflow tested

Internal Dashboard

Brings togeather key data

Automation Snippets

Small tasks auto-triggered

Ideas in Motion

Exploring the foundational capabilities required to build intelligent, multi-modal autonomous systems.

Autonomous Navigation

Perception, mapping, route planning and supervised mission execution

Computer Vision

Computer vision for various applications related to robotics.

Multi-Modal Mobility

Exploring terrestrial and aerial movement, mobility transitions.

Control Systems

Onboard computing, sensor interfaces and real-time system behaviour.

Mission Systems

Mission planning, telemetry and platform-health monitoring.

Intelligence Layer

Modules that analyze data, identify patterns for smarter decisions.

Robophin Intelligence and Autonomy Stack

Reusable capabilities that can extend across platforms

Perception and Autonomy

Sensor fusion, environmental understanding, localisation, navigation and intelligent mission decisions.

Onboard Intelligence

Control systems, mobility management, onboard computing and platform-health monitoring.

Control & Coordination

Operator interfaces, communications, telemetry and supervised system operation.

Simulation and Validation

Digital environments, subsystem testing, performance data and repeatable technical evaluation.

FAQs

We’ve Got the Answers You’re Looking For

Quick answers to your questions.

What is Robophin?

When was Robophin founded?

Does Robophin offer products, services, or both?

What is the Robophin Intelligence and Autonomy Stack?

What types of partnerships is Robophin interested in?