Lumera is a purpose-built infrastructure protocol for decentralized AI, storage, and compute. Its three core modules are Cascade (permanent storage), Inference (distributed AI compute), and Sense (authenticity and content verification). These are not separate products. They are layers of a single infrastructure network, each one extending what builders can do on top of a decentralized foundation.
The integration with Injective begins with Cascade. Storage is where the most immediate need exists for dApp builders today, and it is the most natural starting point for connecting two networks over IBC. Sense and Inference are the next integrations planned, coming shortly after. Developers who connect to Cascade now are building on infrastructure that will expand to cover AI compute and on-chain verification without requiring them to add new providers later.
What Cascade Is
Cascade is Lumera’s decentralized permanent storage module. Files are chunked, sharded, and distributed redundantly across Lumera’s network of SuperNodes. Each SuperNode is continuously audited by random quorums of peers through Lumera’s Proof of Service mechanism. Nodes that store data correctly earn rewards. Nodes that fail audits get slashed. This is how Cascade guarantees permanence: the economic incentives make consistent, correct storage the only rational behavior.
The result is storage that is self-healing, redundant, and permanently online without relying on any single provider, datacenter, or cloud platform. Once data is stored on Cascade, it stays there.
What the Integration Delivers Today
Lumera Protocol and Injective have completed an IBC integration that gives Injective dApp developers direct access to Cascade. The integration is live on mainnet. Builders can store application data, files, metadata, proof records, and NFT assets permanently across Lumera’s SuperNode network, paying in INJ or LUME.
For Injective developers, this means a centralized backend is no longer a requirement for persistent data. Cascade handles redundancy, permanence, and verifiability at the infrastructure level, leaving builders free to focus on application logic rather than storage operations.
What Injective Builders Can Store
Any dApp on Injective can use Cascade as its storage backend. Concrete use cases that work today:
NFT metadata and media. Store the actual asset files and metadata records permanently on Cascade rather than on IPFS (where pinning can lapse) or centralized object storage. Ownership on-chain, content on Cascade.
On-chain proof records. Store verifiable audit trails, execution logs, or compliance records permanently. Cascade provides cryptographic proof of storage, not just a promise.
DeFi application data. Orderbook snapshots, historical price data, portfolio records, and trade history can all be stored off-chain on Cascade with on-chain references, keeping Injective’s execution layer clean while preserving full data access.
User files and application state. Any dApp that needs users to store documents, credentials, or persistent state can route that data through Cascade rather than building or renting centralized storage infrastructure.
How the Integration Works
The connection between Injective and Lumera runs over IBC. Developers interact with Cascade through Lumera’s API and SDK. Injective dApps call the Cascade API to upload data and receive a permanent content identifier in return. That identifier can be stored on-chain as a reference, used in smart contracts, or shared publicly.
Payment is flexible: builders can pay in INJ or in LUME. The cross-chain mechanics are abstracted away, so from the developer’s perspective it is a storage call regardless of which token they use.
Full integration documentation, including SDK setup, upload methods, and content retrieval, is coming shortly.
Why Decentralized Storage Matters for dApp Builders
Most decentralized applications still depend on centralized infrastructure for persistent data. AWS S3, Google Cloud Storage, and similar services handle the storage while the application logic runs on-chain. That creates a meaningful gap between the decentralization promise and the actual architecture.
Cascade closes that gap. When a dApp stores data on Cascade, that data is held by a distributed network of independent operators, verified continuously, and guaranteed to remain available. There is no single company to subpoena, no datacenter to take offline, no storage provider who can terminate your account.For builders on Injective, a high-performance DeFi chain with institutional users and real financial data, that kind of resilience is not a nice-to-have. It is a reasonable expectation.
About Lumera Protocol
Lumera Protocol is a high-performance blockchain purpose-built for AI-driven Web3 economies, integrating a Validator-SuperNode architecture to enable decentralized AI services, trustless computation, and secure data storage. Built on cometBFT Proof-of-Stake (PoS), Lumera ensures cross-chain compatibility, efficient AI data sharing, and scalable interoperability.
At its core, Lumera’s SuperNode-powered infrastructure extends beyond validation to support LLM hosting, autonomous agents, task verification, and cross-network communication, with governance driven by a stake-weighted system. Its adaptive tokenomics dynamically adjust inflation based on network participation, ensuring economic sustainability.
Lumera also introduces an Action & Agent Framework, powering› decentralized AI services through specialized Actions (e.g., Cascade for storage, Sense for verification) and Agents (e.g., Inference for AI computation). By merging AI, decentralized computation, and blockchain security, Lumera sets a new standard for AI-powered applications and autonomous services in Web3.
For more information on Lumera, follow us on Twitter, Telegram, Discord and visit https://lumera.io.
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