ELNA runs on ICP,
fully decentralised.
fully decentralised.
Unlike traditional AI assistants that are hosted on centralized servers, ELNA runs fully on the Internet Computer, a decentralized blockchain network. This ensures reliability, security, and transparency, as all interactions with ELNA are recorded on the immutable ICP blockchain.
Try Out
ELNA Today!
ELNA Today!
Experience the power of ELNA as it performs
transparently on the Internet Computer blockchain. Connect your ICP wallet and
start chatting with your AI companion now! Discover the convenience and trust
that comes with an AI assistant hosted on a decentralized network.
POWERFUL
PERFORMANCE
PERFORMANCE
The incorporation of an extremely efficient consensus
mechanism combined with a well-designed and scalable architecture, making it a
powerful and high-performing platform.
Elna's Features
Natural Conversations
Ask ELNA anything and get thoughtful perspectives powered by a state-of-the-art
neural network trained on diverse data.
Decentralized Hosting
ELNA is always available and resistant to failures as it's hosted on
decentralized canisters on ICP.
Everything on your IC-Wallet
Chat with ELNA instantly - no accounts or data collection needed, ensuring your
privacy.
Responsive AI
Engage in human-like conversations with ELNA, thanks to its understanding of
contexts.
Knowledgeable
ELNA draws knowledge from various sources, enabling coherent discussions on
multiple topics.
Continuous Improvement
ELNA's capabilities stay up-to-date with regular model updates.
Elna's Architecture
Experience the power of ELNA as it performs
transparently on the Internet Computer blockchain. Connect your ICP wallet and
start chatting with your AI companion now! Discover the convenience and trust
that comes with an AI assistant hosted on a decentralized network.
On the Internet Computer, a large language model canister stores the AI model
responsible for generating responses. This canister houses the advanced neural
network that makes ELNA's natural conversations possible.
To meter access and usage, a token canister is employed, allowing users to pay for
services and interactions using the native token of the network.
Motoko smart contracts validate token payments and ensure that transactions are
secure and transparent.
To enhance ELNA's capabilities, anonymized conversation logs are used for ongoing
model training. These logs do not contain any personally identifiable information,
maintaining user privacy.
To optimize canister memory usage and ensure efficient operation on the blockchain,
the AI model undergoes quantization and compression processes.