OKZOO is a decentralized AIoT (Artificial Intelligence of Things) machine network designed for real-world environmental data collection and incentivization, aiming to create an urban-scale, street-level environmental data network. It utilizes a decentralized AI infrastructure with interconnected physical machines, allowing users to contribute environmental data and earn incentives. ^[1]

Overview

OKZOO aims to address the challenges associated with centralized environmental data collection, where data can be vulnerable to subjective reporting and single points of failure. The platform introduces the concept of "AIoT," blending AI and decentralized Internet of Things (DeIoT) to distribute portable AIoT machines. These machines enable users to upload data and receive direct peer-to-peer incentives, fostering a grassroots network of physical infrastructure operated by a distributed community.

The OKZOO network utilizes micro sensor node devices, referred to as AIoT machines, to gather, validate, and distribute environmental data. These devices, such as the OK-mini, are designed to detect a range of environmental factors, including air quality, noise pollution, weather conditions, and humidity levels. The data collected is then validated and stored on-chain by validator machines within the OKZOO network, which in turn powers AI systems and applications. The platform also incorporates elements of entertainment to enhance user engagement and ensure the long-term sustainability of the AIoT machine network. ^[1]

History

OKZOO began designing and building its AIoT infrastructure in early 2024. The platform initially released Tamagotchi-like pet experience simulators in the form of OKZOO V1 and V2 to assess user response to playful pet apps. After observing an influx of 5 million users in OKZOO V1, AI pets were tested with OKZOO V2, which saw 700,000 users in less than a month. Following positive market confirmation, OKZOO introduced its AIoT machine network, which turns pet experiences into portable AIoT devices that provide urban-scale environmental data. The OK-mini machines combine compact sensor models with AI pet experiences, aiming to enhance user experience in a sustainable way. The AI pet experiences have been tested and used by 12 million users of OKZOO V1 and V2. ^[1]

Key Components

• AIoT Machines: Micro sensor node devices that collect environmental data
• OK-mini: An AIoT device that detects environmental changes and features an AI pet
• Validator Machines: Machines that validate and store environmental data on-chain
• AI Pets: Virtual pets within each device that behave based on the user’s environmental surroundings. ^[1]

Use Cases

• Environmental Data Collection: Gathering real-world environmental data through a network of AIoT devices
• AI Systems and Apps: Powering AI systems and applications with validated environmental data
• Behavioral Modeling: Creating a sensor grid for environmental insights and behavioral modeling ^[1]

Environmental Data Network

The Environmental Data Network within the OKZOO ecosystem utilizes OK-mini and micro sensor nodes to collect hyperlocal environmental data across diverse settings. This decentralized infrastructure addresses limitations in traditional environmental monitoring systems, particularly in regions where government-operated sensors are sparse or outdated.

Key environmental indicators captured by OKZOO devices include temperature, humidity, carbon dioxide (CO₂), volatile organic compounds (VOCs), noise levels, and light exposure. These sensors are deployable in both indoor and outdoor environments, facilitating the collection of real-time, granular data that can inform health, safety, and environmental analysis.

Several systemic challenges are addressed through this model:

• Limited Government Infrastructure: Many urban areas have inadequate public monitoring, with only a few sensors covering large distances. OKZOO's distributed network supplements this gap with community-generated data.
• Indoor Air Quality: Largely unmonitored by public agencies, indoor air quality can significantly impact health, particularly in schools, homes, and workplaces. OKZOO nodes provide insights into indoor conditions that public data often overlooks.
• Urban Heat Islands: Localized temperature variations in cities are not captured effectively by central monitoring. OKZOO enables more accurate detection of microclimate variations that affect vulnerable populations.
• Noise Pollution: A recognized environmental stressor, noise is infrequently measured at scale. OKZOO’s real-time sound level monitoring can contribute to understanding its impacts on sleep, stress, and development.
• Underserved Regions: Many developing regions lack environmental monitoring entirely. OKZOO’s network offers a decentralized alternative that operates independently of traditional infrastructure.
• Siloed Smart Home Systems: Existing smart home devices rarely coordinate environmental data across platforms. OKZOO integrates inputs across devices and provides actionable insights, creating a participatory system where users contribute to and benefit from a broader environmental intelligence network. ^[2]

OKZOO V2

OKZOO V2 is the first digital pet platform designed to integrate AI-powered virtual companions with physical AIoT hardware, specifically the OK-mini series. The system links virtual pets to environmental data collected through user-deployed sensors, aiming to create personalized, adaptive digital experiences.

OKZOO V2 features interactive AI agents whose behaviors and personalities evolve based on both user interactions and environmental inputs, such as temperature, light, humidity, and noise. Pets respond to this data with emotional expressions and behavioral changes, which are shaped through Adaptive Personality Modeling and real-time behavior adaptation mechanisms. TEST

The platform incorporates a progression system where pets evolve through five life stages, Protoform, Infantile, Juvenile, Adolescent, and Prime, each unlocking new environments and abilities. These transitions are governed by accumulated experience points based on user engagement.

Pets are managed through four core metrics—Happiness, Fullness, Hygiene, and Health—each influencing pet responsiveness and developmental outcomes. The system also includes a dynamic weather model and a mood engine that influence both short-term behaviors and long-term personality traits.

Game mechanics such as a Progressive Challenge System, AI-generated seasonal content, and personalized NPC interactions contribute to sustained user engagement. OKZOO V2 also provides a framework for developers to build decentralized applications (dApps) that incorporate personalized AI characters. ^{[3] [7]}

P-mini

P-mini o1

P-mini o1 (Physical Mini Operating System 1) is the initial hardware device in OKZOO’s AIoT ecosystem. Designed as a compact environmental sensor unit, it contributes to a decentralized, urban-scale data network by monitoring localized metrics such as air quality, noise levels, CO₂, and humidity. This micro-sensor platform aims to enhance the availability of hyperlocal environmental information, particularly in underserved or unmonitored areas.

The device also serves as the physical interface for virtual pets from OKZOO V2, displaying behavioral changes based on real-time environmental inputs. These behavioral cues provide visual feedback on the surrounding environment's condition such as increased pet discomfort during high pollution or happiness under favorable conditions.

P-mini o1 integrates motion and touch sensors, enabling gesture-based interactions such as petting, feeding, or playing. These inputs synchronize with the OKZOO digital platform, influencing pet metrics in real time. The system is supported by a built-in camera for object recognition and environmental interaction, as well as a projection system that enables immersive visual features like "Portal Mode" and "Social Projection" for device-to-device interactions. ^[4]

Tokenomics

OKZOO Token ($AOIT)

$AIOT serves as the native token within the OKZOO ecosystem, facilitating a range of functions including interaction with AIoT devices, participation in governance mechanisms, and incentivization of environmental data contributions.

• Total Supply: 1,000,000,000 $AIOT
• Initial Circulating Supply: 8%
• Blockchain: The token is deployed exclusively on the BNB Chain. ^[5]

Allocation

• Ecosystem Growth: Network expansion, partnerships, and AIoT infrastructure development – 29%
• Seed Round: Early supporters and strategic investors – 25%
• Game Reward: Incentives for ecosystem participation – 20%
• Team: Core team members and developers – 12.5%
• Strategic Incentive Reserve: Distribution across key growth initiatives – 3%
• Liquidity 2: Supporting future liquidity and market stability – 3%
• Advisors: Strategic advisors, community leaders, and industry experts – 2.5%
• Liquidity 1: DEX and trading pair liquidity – 2%
• IDO: Initial DEX Offering on PancakeSwap – 2%
• Marketing Campaign: Future promotional initiatives – 1% ^[5]

2025 Road Map

Q2 – P-mini o1 Launch & AI Integration: The release of the P-mini o1 marks the first deployment of OKZOO’s physical AIoT device. Equipped with holographic projection and environmental sensors, the device enables digital pets to react to real-world stimuli such as temperature, light, and motion. The integration of edge computing ensures low-latency, real-time behavioral responses.

Q2 – AI Engine Upgrade: An upgrade to the underlying AI model enhances pet behavior by introducing improved memory systems and personality modeling. Pets respond more accurately to historical care patterns, developing distinct emotional traits and behavioral preferences over time.

Q3 – OKZOO V3 & P-mini o2 Launch: The next phase includes the launch of OKZOO V3, which incorporates advanced personality development and blockchain-based NFT functionality for verifiable ownership and trading. A second-generation device, P-mini o2, is planned for release alongside V3, with further details pending.

Q4 – OKZOO World Expansion & Collective Learning: Virtual shared spaces will be introduced, enabling user-customizable environments and social interactions between pets. A distributed learning system will allow pets to adopt broader behavioral trends while retaining user-specific traits.

Q4 – Creator Tools: Tools for user-generated content will be added, allowing players to design custom challenges and environments. These features will be supported by adaptive AI systems to ensure balanced integration with the main gameplay framework. ^[6]