Minima:
The foundation
for AI innovation

With Minima, Artificial Intelligence (AI) is no longer tethered to centralized systems. Minima provides the decentralized framework that powers autonomous, secure, and scalable AI networks, paving the way for smarter cities, industries, and IoT ecosystems where machines collaborate and innovate independently.

AI needs decentralization: AI systems perform best when they can operate independently and securely.

Minima’s blockchain creates a decentralized, trustless environment where AI agents directly interact, validate data, and make autonomous decisions. This scalable infrastructure supports industries like smart cities, IoT, and autonomous vehicles.
Securing data integrity for AI decisions

Data integrity is critical for AI. Minima ensures secure, verifiable data by using cryptographic proofs and timestamping at the source, guaranteeing AI decisions are based on trusted information. This makes Minima ideal for industries like healthcare, finance, and logistics, where data accuracy and auditability are crucial.

Empowering microtransactions for AI agents
Minima enables real-time microtransactions between AI agents, allowing them to autonomously trade data, resources, and services.

By leveraging Minima’s token system, AI agents can seamlessly exchange value, creating a decentralized machine-to-machine economy that powers smart networks and IoT systems.
Autonomous AI networks powered by Minima

Minima allows AI to function autonomously across distributed networks. AI agents can share data, collaborate, and transact securely without central control. This supports industries like manufacturing and logistics, where real-time decisions are critical, with Minima’s Proof of Work ensuring security and energy efficiency at the edge.

Use cases

IoT networks

Minima enables secure, device-to-device communication, validating data directly on-chain, ensuring scalable and tamper-proof IoT ecosystems without centralized control.

Smart cities

Minima secures decentralized data flows for smart infrastructure, allowing autonomous management of energy grids, traffic systems, and public services, free from bottlenecks.

Autonomous vehicles

Minima powers trustless vehicle-to-vehicle communication, enabling real-time data verification for safer, decentralized transportation systems.

Modular functions for AI builders

MEG (Minima E-Gateway)
MEG supports AI systems by managing and storing blockchain data, giving developers access to historical transactions for training models, auditing, or ensuring data consistency. It’s perfect for AI projects that require transparency and immutable records across distributed networks.
Unique device ID (Mx ID)
Every AI-enabled device is assigned a tamper-proof, unique ID, ensuring secure communication between devices. This is essential for AI-driven IoT networks, where devices need to interact and share data securely without relying on centralized servers.
Token generation
Minima allows AI systems to generate tokens for access control, resource management, or payment models. This makes it easier for AI agents to interact with other machines, buy data, or pay for computing resources in a decentralized manner, enabling a seamless economic layer for autonomous AI operations.
Data attestation: timestamping and hashing
Minima’s blockchain ensures data integrity with secure timestamping and hashing. This function is crucial for AI models that rely on accurate, verifiable data, helping developers track data provenance and avoid data tampering in training and decision-making processes.
M2M messaging (Maxima)
Minima’s encrypted, peer-to-peer messaging allows AI agents to securely communicate and share data with each other in real-time. This is ideal for decentralized AI networks, such as federated learning, where devices or agents need to exchange insights while preserving privacy.
Smart contracts
AI systems can automate interactions and decisions using Minima’s smart contracts. These enable trustless operations where machines can autonomously execute agreements, share resources, or manage data transactions, all without central oversight.
Cookie Settings

By clicking “Accept All Cookies”, you agree to the storing of cookies on your device to enhance site navigation, analyze site usage and assist in our marketing efforts. More info

Save settings
Cookie Settings

By clicking “Accept All Cookies”, you agree to the storing of cookies on your device to enhance site navigation, analyze site usage and assist in our marketing efforts. More info

Cookie Settings