Full-Stack Robotics + AI Platform
Proprietary computer vision and physical AI modules powering intelligent facility operations.
AI Decision Engine
Real-time scene processing with autonomous decision making for complex facility environments.
Computer Vision
Advanced object detection, fixture recognition, and multi-surface stain detection for quality verification.
Autonomous Navigation
AI-driven obstacle avoidance and multi-floor path planning for seamless facility operations.
Cloud Platform
Scalable infrastructure for fleet management, analytics, and remote operations.
Edge Computing
On-robot processing for real-time decisions without network dependency.
Continuous Learning
ML pipelines that improve performance from operational data across all deployments.
Multi-Layer Software Stack
A modular, scalable architecture designed for enterprise facility management.
Application Layer
Services Layer
Intelligence Layer
Hivebotics is building application intelligence modules for different tasks in facilities management:
Restroom Cleaning
AI-powered fixture detection, cleaning validation, and hygiene scoring
Security
Patrol routines, access monitoring, and incident detection
Maintenance
Predictive maintenance, equipment inspection, and anomaly reporting
Landscaping
Outdoor area monitoring and maintenance scheduling
Autonomy Layer
Hardware Abstraction
Autonomy-as-a-Service Platform
A modular, tiered services ecosystem designed to drive recurring revenue and operational intelligence.
Cleaning Robot as a Service (CRaaS)
Recurring subscription covering autonomous cleaning robots with base autonomy stack.
Fleet Management & Analytics
Remote monitoring dashboard, robot health diagnostics, and performance benchmarking.
Data Collection & Compliance
Hygiene scorecards, audit-ready reports, and historical cleaning performance data.
Advanced Autonomy Modules
Multi-floor navigation, lift integration, door automation, and complex route planning.
Security Mode (Premium)
Facility patrol routines, door lock checks, access card tapping, and incident detection.
Remote Teleoperation
High-performance monitoring infrastructure for backend operations and robot management.
Human × AI × Sustainability
Human × Robot Collaboration
Robot handles repeated, standardized tasks. Humans handle exceptions and complex tasks. Elevate staff from execution to supervision.
Measurable, Audited Hygiene
AI agents measure, validate, and report hygiene workflows, improving outcomes objectively with full compliance reporting.
Environmentally Sustainable
Reduces water utilization with steam and targeted dispersion. Reduces chemical utilization and contamination.
Powered By Industry Leaders
PickNik Robotics (USA)
- ISO Standard Safety - Real-time robot arm control infrastructure used by NASA & US Space Force
- Strategic partner cutting R&D time by months
- Collaborative development of industry-leading algorithms
Kärcher (Germany)
- World's largest cleaning equipment manufacturer
- MOU partner and supplier for professional cleaning tools
- Integration of high-pressure steam, vacuum & chemical systems
Purpose-Built Hardware
While software is our core focus, we design and control our hardware in-house to ensure seamless integration with our autonomy stack.
Custom AMR Platform
Designed specifically for tight spaces like restrooms, with precision navigation and compact footprint.
Multi-Tool Management
Proprietary tool-switching system enables steam, vacuum, spray, and wipe operations from a single platform.
Modular & Expandable
Scalable architecture allows hardware expansion for new use cases — security sensors, inspection tools, and more.
Software-first, hardware-enabled: Our robots are vehicles for our autonomy platform — designed for reliability, not complexity.
Zero-Shot Setup Autonomy
Most robots claim "full autonomy" but require hours of manual mapping and programming. We're building robots that configure themselves — eliminating hidden deployment costs.
Spatial Discovery
Multi-sensor SLAM with semantic segmentation to detect fixtures and topology automatically.
Auto-Identification
AI models trained on global restroom variations — no human needs to label assets.
Self-Generated Plans
Converts semantics to task graphs, optimized for coverage, time, and battery.
Protected Innovation
Patent Pending: WO 2023/075687 A2
Proudly Developed & Assembled in Singapore