A robotics concept shaped around the real task and operating environment
02 / Robotics engineering
Robotics Solutions.
Built around the outcome.
ExaCkt builds robotics solutions around real operating tasks: movement, sensing, control, safety, integration, testing, and pilot deployment. We help customers move from a robotics idea or automation problem to a working prototype, demonstrator, or production-ready roadmap.
Direct ExaCkt deliveryScoped proposal before work startsMilestone-based execution
ROBOT TASKSense. Move. Decide.ROS · Vision · Controls · Pilot
robot base
vision
control
THE DELIVERY OUTCOME
Prototype hardware, controls, firmware, software, and integration plan
Pilot validation notes, risks, and a roadmap toward deployment
WHAT EXACKT CAN COVER
The work is clear.
The decisions are visible.
Every engagement is tailored to the brief, but the work is always organised around tangible engineering outputs and a transparent review path.
Robotics architecture
Define the robot type, payload, movement, sensing, control stack, safety assumptions, operating environment, and pilot objective.
Controls, firmware and software
Motor control, sensor fusion, embedded firmware, ROS/ROS 2 workflows, computer vision, teleoperation, dashboards, and diagnostics.
Prototype and pilot readiness
Build coordination, integration, validation, field constraints, operator workflow, serviceability, and next-version recommendations.
ROBOTICS CAPABILITIES
Robotics work that joins
hardware, code, and motion.
Robotics succeeds when the task, environment, control logic, sensing, physical build, and operator workflow are designed together.
Mobile robots and AMR prototypes
Autonomous or assisted mobile platforms for movement, inspection, lab demos, warehouse trials, campus movement, and controlled navigation.
Drive basenavigationobstacle sensingtelemetry
Robotic arm and pick-place cells
Manipulator concepts for sorting, part handling, simple assembly, loading/unloading, inspection positioning, and repeatable bench automation.
End effectormotion sequencesafety zonefixture
ROS and robotics software
ROS/ROS 2 nodes, robot state handling, sensor drivers, simulation support, teleoperation, logs, dashboards, and integration middleware.
ROS 2Python/C++robot statediagnostics
Computer vision and perception
Camera-based detection, object position, fiducial markers, inspection assistance, visual feedback, and practical perception pipelines.
OpenCVcameradetectioncalibration
Motor control and embedded robotics
Motor drivers, encoders, motion profiles, MCU firmware, safety inputs, power design support, and control-loop implementation.
BLDC/StepperencoderCANcontrol loop
Industrial automation prototypes
Machine-assist prototypes, conveyor interaction, sensor-driven control, PLC-adjacent integration, operator workflow, and trial cells.
I/OfixturesModbuspilot cell
SYSTEM STACK
From robotic task
to pilot-ready system.
We can support the full robotics stack: mobility, motors, sensors, embedded control, ROS/ROS 2 workflows, computer vision, teleoperation, diagnostics, and prototype validation.
MCU firmwareMotor controlROS / ROS 2Computer visionPath planningTeleoperationOperator dashboardSafety assumptions
PREBUILT SOLUTION DIRECTIONS
Starting points customers
can ask us to shape.
These are not fixed products. They are strong starting points that ExaCkt can scope, customise, prototype, and validate for a specific customer environment.
01Warehouse assist robot
Mobile platform for moving bins, tools, or material between defined stations.
Discuss this solution →
02Line-following logistics robot
Low-cost movement prototype for factories, labs, campuses, and training environments.
Discuss this solution →
03Robotic arm pick-and-place cell
Bench-scale or pilot cell for repetitive handling, sorting, or simple assembly.
Discuss this solution →
04Vision inspection robot
Camera-guided inspection setup for parts, labels, defects, alignment, or process evidence.
Discuss this solution →
05Agriculture field rover
Sensor-carrying rover prototype for soil, crop, greenhouse, or farm monitoring.
Discuss this solution →
06Security patrol robot
Controlled-environment patrol demonstrator with camera, alerts, and remote status.
Discuss this solution →
07Educational robotics kit
Custom robotics kit for colleges, labs, training centres, and innovation programmes.
Discuss this solution →
08Teleoperated service robot
Remote-controlled robotic platform for demonstrations, assisted handling, and field experiments.
Discuss this solution →
09Custom end-effector prototype
Gripper, suction, fixture, or tool interface for a specific handling task.
Discuss this solution →
10Solar panel cleaning robot
Panel-cleaning traversal system for solar farms, rooftops, industrial sheds, and dusty outdoor installations.
Discuss this solution →INDICATIVE ROBOTICS PRICING
Pricing changes with scope,
but the path stays clear.
These are starting bands for planning only. The site estimates currency from browser locale and confirms final pricing after technical review.
Concept Prototype
₹25,000+Task discovery, base architecture, small proof-of-concept, and prototype plan.
Start with this band →Functional Robotics Prototype
₹50,000+Hardware, controls, firmware/software integration, bring-up, and validation notes.
Start with this band →Pilot Robotics System
₹1,50,000+Pilot-ready build, operator workflow, safety assumptions, evidence, and deployment roadmap.
Start with this band →Currency shown in INR. Final quote depends on scope, parts, quantity, risk, and timeline.
HOW THE ENGAGEMENT MOVES
A deliberate path
from brief to delivery.
We establish the technical and commercial route before work begins, then keep progress connected to the decisions that matter.
Map the robotic task
We define what the robot must do, where it operates, what it interacts with, and what success looks like for the first prototype or pilot.
Design the system approach
The engagement identifies mechanical platform assumptions, electronics, firmware, software, sensors, actuators, safety, and integration dependencies.
Build and integrate
ExaCkt coordinates the prototype path across hardware, control logic, device software, perception, and operational interfaces.
Validate and plan deployment
The prototype is reviewed against the task, risks are captured, and the next path is defined for pilot, redesign, or production planning.
IS THIS THE RIGHT START?
This service is useful when you need:
✓Robotics proof-of-concept builds
✓Automation tasks that need a physical demonstrator
✓ROS, computer vision, motor control, and embedded integration
✓Mobile robot, robotic arm, and machine-assist prototypes
✓Pilot systems before larger automation investment
COMMON QUESTIONS
Before you begin.
A short consultation is the fastest way to establish whether this service is the right starting point.
Can ExaCkt build a full robot from an idea?+
Yes. We can begin with a task description and shape it into a phased robotics engagement: feasibility, prototype, validation, pilot, and deployment planning.
Do you support ROS and computer vision?+
Yes. Robotics engagements can include ROS or ROS 2 workflows, camera-based perception, sensor integration, teleoperation, dashboards, diagnostics, and embedded control.
A focused engineering conversation
Tell us what success
needs to look like.
Start a guided project brief for an initial delivery preview, or book a consultation with ExaCkt.