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Robotics Engineering for Real Estate and Building Operations

Make facility robots work with the building you already run.

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Tell us the building, the task and what gets in a robot's way; a short description is enough.

Find out whether your floors, lifts, doors and building systems will support cleaning or delivery robots before committing a portfolio. Nestack surveys one building, designs a fair pilot and builds bounded interfaces, read-only data bridges, capture rigs and technician tools, tested on the bench first. Live lifts, doors and controls are reached only through routes your lift contractor, system maker and owner permit; we never alter them.

Explore engineering packages

Who this page is for

What are you working on?

Where this page stops: building works, fit-out and site robotics sit with Construction, in-home trades and appliances with Home Services, and patrol robots, surveillance and guarding, including their lift use, with Security & Risk. Store floors sit with Retail, hotel guest robots with Travel & Hospitality, and hospital and laboratory robots with Healthcare. Property management, listings, CRM and AR software sit with our existing Real Estate software page.

Discuss a project for facility management companies

Four decisions, four owners

Did it pass its agreed test? May it run on these floors and hours? Does a change need permission? Does full cost beat today's method?

Robots are sold on cleaning rate. In an occupied building the limits sit elsewhere: thresholds and ramps, lift car size and waits, access readers, glass walls, weak Wi-Fi in lift lobbies, charging space, lunchtime crowds and staff time spent rescuing a stuck machine. Measure those first and compare the robot with today's method.

Engineering acceptance
Did the deliverable pass its agreed test? Technical leads.
Building release
May the robot run on these floors and hours? Owner and FM lead, plus lift contractor and fire adviser where relevant.
Statutory approval
Does a lift, fire or egress change need permission? Lift contractor, fire engineer and the state authority, never Nestack.
Commercial decision
Does full cost beat today's method? Owner, FM company and procurement.

Any lift alteration needs the contractor and, in states such as Maharashtra, the lift authority's prior permission.

Illustrative scopes

Four building tasks, each with a stated limit

These illustrative scopes are starting points for discussion, not completed client engagements.

A of D
Illustrative scope

Building robot-readiness and lift/door interface survey

Your challenge
Robots are wanted across floors, but nobody knows whether the building will support them.
Possible scope
A measured walk-through of one building: thresholds, slopes, corridor and lift-car widths, floors, lighting, Wi-Fi, doors, readers, charging space, and the lift make and any maker robot interface. No control is touched.
You receive
Annotated plans, measurement log, screened photographs, issues split into facility fix, robot choice and operating rule.
Acceptance
Each criterion measured or its gap explained; repeat measurements agree within tolerance. Boundary: no robot-ready certificate or vendor choice.
Discuss a Building Operations Project

Feasibility and operating economics

Price the robot against the building you actually run

Name the building, its zones, hours and the task people now do, with its time and quality checks. A Building Operations Feasibility Assessment returns a constraint survey, measured baseline, option comparison and pilot plan with stop criteria. Better kit for the existing crew is a valid answer.

01
Constraint survey
The building sets the limits, not the robot brochure, and each building needs its own survey.
02
Measured baseline
The current task: hours per shift, area cleaned or deliveries made, rework and complaints.
03
Option comparison
The robot route costed in full: lease, fleet software, lift-maker fees, integrator time, network changes, charging space, consumables, supervision, recovery, training, downtime and removal.
04
Pilot plan with stop criteria
Utilisation matters as much as rate: carpets, crowds and lift waits cut useful hours. It ends in a plain call: pilot, fix the building or schedule first, or stop.

Build, buy, adapt or integrate

  • Change the method
  • Buy as supplied
  • Adapt the operation
  • Integrate
  • Build
Discuss a Building Operations Project

Looking for property management, listings or CRM software instead?See Real Estate Industry

Engineering packages

Seven building packages your FM team can check

Integration belongs to specific controllers and software versions, not a protocol name. Record makers, models, versions and interface owners; build against a simulator or test controller; and connect live equipment only through the maker's gateway with written permission. Credentials stay with the owner. Judging a crack or corroded bracket stays with a qualified inspector.

  • Building and task feasibility

    • Task baseline
    • Zone and constraint survey
    • Options
    • Pilot decision
  • Robot evaluation and pilot design

    • Vendor-neutral test plan
    • Acceptance criteria
    • Intervention log sheet
    • Pilot report
  • Lift, door and access interface engineering

    • Interface contract
    • Adapter prototype
    • Simulation and bench fault tests
    • Live link only through the maker
  • BMS and operations data

    • Read-only gateway
    • Point list
    • Alarm mapping
    • Dashboard views
    • Test log
  • Inspection and condition capture

    • Rig and mounts
    • Capture-point plan
    • Metadata schema
    • Inspector review sheet
  • Maintenance-technician tools

    • Bench-tested fixtures
    • Carrying or positioning aids
    • Test jigs
    • Use and inspection notes
  • Handoff and retest planning

    • Versioned configuration
    • Maps and records
    • Recovery procedures
    • Retest triggers
    • Training

Staged delivery and trial design

Stage the pilot from desk to closed floor

  1. 01
  2. 02
  3. 03
  4. 04
  5. 05

01 Survey

Walk-through and a measured baseline of the current task.

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Safety, building data and IP

Protect occupants, building systems, data and designs

Fire alarms, door releases and evacuation routes override any robot task, and our trials run only in closed or cordoned areas.

  • Zone the building before choosing a robot

    Classify each area as public (lobbies, tenant corridors) or restricted (plant rooms, loading docks) and list who may be present, including children and wheelchair users. Back-of-house goods movement and occupant-facing robots draw on different standards; the supplier states which applies. Our trials run only in closed or cordoned areas.

  • Life-safety systems come first

    Fire alarms, door releases and evacuation routes override any robot task. A robot must not hold a fire door, block an exit or refuge area, or ride a lift in fire or service mode. Lift, egress door, turnstile and fire interlock changes belong to the lift contractor, fire engineer and authority.

  • Plan the recovery before the robot moves

    For each route, define how the robot is stopped, pushed or carried, how a held door or lift is released, who is called out of hours and how interventions are logged. Rehearse low battery, map drift, a dirty sensor and lost connectivity. Lift faults go to the lift contractor only. A fire alarm or evacuation signal means the robot clears exits and stays out of lifts.

  • Networks

    Start read-only, segment robot traffic from BMS, fire and lift networks, and remove vendor access at handover. Agree who reports cyber incidents.

  • Building data and file rights

    Maps, images and access logs belong to the owner and are personal data when people are identifiable: capture only what the task needs, blur faces and agree retention and deletion. Cleaning robots are not turned into surveillance tools. Contracts separate new code and rigs from vendor software and our existing tools.

Proof and evidence

Results hold only for the building, routes, robot, software version, hours and occupancy tested.

In Development.

  • Mechanical design
  • Embedded control
  • Actuator integration
  • Prototype testing

Further examples are published once the artefacts, results and permissions are approved. Each example states its status.

Nestack Robot Development Programme · Internal R&D

Dedicated engineers

Place engineers inside one building-operations work package

  • Systems integration

  • BMS and OT data

  • Robotics test

  • Embedded, hardware and mechanical

  • Technical lead

  1. Describe the package
  2. Available engineers
  3. Interview
  4. Agree the terms
  5. Onboarding

Engineers follow your permit-to-work and network policies. They hold no lift, fire or electrical licences for your building and do not replace your maintenance contractors.

Handoff and support

Handoff to the FM team

Handover includes survey records, interface specifications, versioned code and configuration, maps, test logs with failures, recovery procedures and a named owner per part.

Records and specifications

3 files

  • Survey records
  • Interface specifications
  • Test logs with failures

Code, configuration and recovery

4 files

  • Versioned code and configuration
  • Maps
  • Recovery procedures
  • A named owner per part

Training for supervisors and cleaners

2 files

  • Stop, move and recover the robot
  • Act on a fire alarm or lift fault

Retest triggers

4 files

  • Lift modernisation
  • BMS or robot software changes
  • A fit-out
  • A new FM contractor

Ways to work together

  1. Building Operations Feasibility Assessment

    A constraint survey, measured baseline, option comparison and pilot plan, ending in pilot, fix the building or schedule first, or stop.

  2. Engineering package

    One interface, read-only data bridge, capture rig or technician tool, tested on the bench first.

  3. Dedicated engineers

    Engineers placed inside one building-operations work package, interviewed by you.

  4. Support after the pilot

    Agree who maintains the gateway and who may connect remotely; prototype support is not a helpdesk, spares stock or fleet service.

FAQ

Frequently asked questions

Showing 8 of 8 questions

  1. Engineering for running completed buildings: a robot-readiness survey, a pilot design for cleaning or delivery robots, a lift or door interface tested in simulation and on the bench, a read-only robot-to-BMS bridge, a condition-capture rig for plant rooms and car parks, and tools for technicians. Building works sit on our Construction page, patrol robots on Security & Risk, and property software on our Real Estate software page.

Contact

Tell us about the building and the task

Describe the building, the task and what gets in the way: lifts, doors, crowds or recovery effort. A paragraph is enough; plans and images come later, after data terms are agreed.

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Open times

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Please do not send floor plans, passwords or images at this stage. Read our privacy notice