ARIOT Technologies researches autonomous robotics, develops connected IoT products, and is building the engineering workspace and component supply that local innovators need.
What we do
From autonomous R&D to the workspace and components that support every builder in Bangladesh.
We research and build autonomous robots — starting with an industrial floor-cleaning system currently in prototype and testing stages.
Learn moreA planned co-working and engineering space for students, engineers, and research teams building hardware in Bangladesh.
Learn moreWe are building a component supply for development boards, sensors, motors, robotics parts, and IoT modules.
Learn moreConnected devices for home safety, smart energy control, and environment monitoring — designed for South Asian conditions.
Learn moreFuture product lines covering household automation and precision agricultural robotics, planned once core R&D matures.
Learn moreA self-mapping, low-noise floor-cleaning robot designed for industrial and commercial floors.
CleanBot is our first autonomous platform. It learns the layout of a space, plans efficient cleaning routes, and returns to its charging dock — no tether, no dedicated operator. Repetitive floor cleaning consumes thousands of operator hours a year in offices, factories, and institutions across Bangladesh; CleanBot is engineered to take on that cycle from the ground up.
CleanBot is in active prototype validation on real floors. We are not shipping units yet, and we will not take pre-orders until field trials clear.
Prototype · In active R&D
CleanBot — mapping a real floor
From the embedded board to the cloud dashboard — we own the full chain and test in real conditions.
We design control loops, planning, and obstacle handling that work on real floors and real factory aisles. Our systems are tested in environments where surfaces, lighting, and layout change.
We select the silicon, lay out the PCB, and write the firmware — every signal chain matched to how the device actually operates in the field, not just in a demo environment.
Authentication, telemetry, and OTA updates designed for flaky regional networks — with offline fallback so field devices remain useful when connectivity drops.
We are building a robotics co-working workspace for students, engineers, and research teams who need proper bench space, tools, and a technical community.
We are building a components supply for development boards, sensors, motors, and IoT modules — available for request now, online ordering coming later.
Microcontroller and microprocessor boards for embedded and robotics projects.
ExploreDistance, motion, environmental sensors and wireless connectivity modules.
ExploreMotors, motor drivers, chassis frames, and structural parts for mobile robots.
ExploreBundled learning kits for robotics courses, workshops, and maker programmes.
ExploreOur current product line — from early concept to prototype validation. Status labels reflect where each product actually stands.
A self-mapping, low-noise cleaning robot for industrial and commercial floors — currently under R&D and prototype validation.
Connected smoke, gas, and motion sensing with phone alerts and a local siren — no cloud-only dependency.
Switch, schedule, and meter common appliances over Wi-Fi from one app, with offline fallback.
Prototype-to-product engagements for institutions, integrators, and industry pilots — from concept to validated build.
From single homes to small factory floors — hardware designed for the environment, not just the demo.
Safety, energy visibility, and smart appliance control for connected households across South Asia.
See solutionEnvironment monitoring, access-aware workflows, and appliance control for small-to-medium offices.
See solutionRobotics labs, classroom kits, and infrastructure for engineering education programmes.
See solutionCompact automation, sensor networks, and energy monitoring for small-batch production environments.
See solutionTailored prototype-to-deployment builds for research groups, integrators, and enterprise pilots.
See solutionWe use status labels, not invented statistics. Numbers will appear when we have verified evidence to share.
The newest published engineering notes — build logs, R&D findings, and field reports.
How designing autonomous robots for real South Asian environments changes imported engineering assumptions.
Read onDesigning field telemetry for smallholder farms with intermittent connectivity and practical alerting.
Read onThe case for building hardware knowledge inside Bangladesh rather than importing solutions.
Read onWhether it is a quote request, a workspace enquiry, a component order, or a research collaboration — get in touch and we will route you to the right person.
