Resources
Service robotics, written down properly
These guides explain how service robots work rather than why you should buy one. They are grouped into four clusters: what a service robot is, how a fleet is coordinated, where artificial intelligence genuinely applies in robotics, and how to evaluate a purchase without relying on vendor figures.
Service robots: what they are and how they work
The service robot cluster hub — what these machines do, how they navigate, whether they are safe around people, and how battery and charging shape a working day.
Service robots: what they are and how they work
The service robot cluster hub — what these machines do, how they navigate, whether they are safe around people, and how battery and charging shape a working day.
Are service robots safe around people?
What safety means for a robot sharing a floor with guests, children and luggage — stopping behaviour, speed, handovers, and the venue's own duties.
How service robots navigate
Mapping, named points of interest, route planning and obstacle avoidance — how a service robot finds its way, and why map drift is what actually breaks deployments.
Service robot battery life and charging
Why battery is an input to the dispatch decision rather than an alarm, how automatic charging works, and what charger placement does to a venue's effective capacity.
What is a service robot?
A service robot performs useful work alongside people rather than inside a cage. The definition, the categories, and where the boundary sits.
Intelligent robotics: coordinating a fleet
The cluster hub for multi-robot systems — how fleets are coordinated, how tasks are assigned, how you know a site is healthy, and how updates reach robots safely.
Intelligent robotics: coordinating a fleet
The cluster hub for multi-robot systems — how fleets are coordinated, how tasks are assigned, how you know a site is healthy, and how updates reach robots safely.
Multi-robot coordination, explained
Two robots are more than twice the problem of one. The failure modes that appear at the second unit, and what a coordination layer has to do about them.
Robot fleet monitoring and heartbeats
How a deployed site reports its own health — heartbeats, latency, service status and node redundancy — so problems are found before a customer reports them.
How robot task assignment algorithms work
Nearest-robot, first-come, and weighted scoring compared — why the dispatch rule you choose decides whether a fleet balances its work or exhausts one unit.
Staged update rollout for robot fleets
Why pushing one release to every site at once turns a small regression into a coordinated outage, and how per-project rollout changes the risk profile of shipping.
AI in robotics: what is real and what is marketing
The AI-in-robotics cluster hub. Where machine learning, computer vision and language models genuinely help service robots — and an honest account of what Hybot uses.
AI in robotics: what is real and what is marketing
The AI-in-robotics cluster hub. Where machine learning, computer vision and language models genuinely help service robots — and an honest account of what Hybot uses.
Computer vision in robotics
What cameras and depth sensors are actually used for on a service robot, what they are bad at, and the privacy questions a venue should ask before installation.
Conversational AI and service robots
The case for and against a talking robot in a noisy venue — what language models are good at, what fails on a restaurant floor, and what Hybot ships instead.
Edge AI in robotics
Why inference on the robot matters when a building's connection is unreliable, what belongs in the cloud instead, and how Hybot's architecture splits the two.
Machine learning in robot navigation
Where learned models genuinely improve how a robot moves through a crowded venue, where classical planning still wins, and what Hybot actually uses.
Smart robotic solutions: choosing and buying
The buying cluster hub — how to size a fleet, what really drives cost, how to calculate return honestly, and what multi-floor buildings change about the decision.
Smart robotic solutions: choosing and buying
The buying cluster hub — how to size a fleet, what really drives cost, how to calculate return honestly, and what multi-floor buildings change about the decision.
How many robots does a restaurant need?
Fleet size follows trip length and trip frequency, not floor area. A method for sizing a deployment before anybody quotes you a number of units.
A method for calculating service robot ROI
Take the baseline before you buy. A practical method for measuring what a service robot actually changes, using your own numbers instead of a vendor's model.
Service robots in multi-floor buildings
Lifts decide the shape of a multi-floor deployment. Per-floor maps, the survey question that matters most, and when a robot per floor is the better answer.
What drives the cost of a service robot?
The robot is one line of several. Site survey, mapping, integration, training and support all vary by venue — what to ask before comparing quotes.
Frequently asked questions
Who writes these guides?
- The people who build and deploy the system, writing about the parts they own. Each article carries a byline that resolves to a role at Hyrcan-Tech with the responsibilities behind it stated, so you can judge whether the author has standing to make the claim.
Are these marketing pages?
- They are published by a vendor, so read them with that in mind. What they deliberately avoid is the vendor habit of quoting performance figures, savings percentages and customer outcomes that cannot be checked. Where we do not have a number, we explain the method instead of inventing one.
Where should I start?
- If service robots are new to you, start with the service robots cluster. If you are comparing suppliers, start with the buying cluster. If you want to know what the artificial-intelligence claims in this industry actually mean, start with the AI in robotics cluster.
Have a question these do not answer?
If the answer is something we genuinely do not know, we will say so rather than guess at it.