AI + BLOCKCHAIN DEVELOPMENT
AI + blockchain. Engineered to work together.
Raum Network designs and develops AI applications, intelligent agents, smart contracts, and blockchain infrastructure. We turn complex requirements into connected products, from architecture and development to integration and launch.
Build an AI product, develop a Web3 platform, or bring both into one system.
Explore our services
What your product needs to connect
001AI models, retrieval, and application logicAI
002Agents, permissions, and approval workflowsCONTROL
003Smart contracts and protocol architectureONCHAIN
004Wallets, transactions, and user journeysWEB3
005Stablecoins, liquidity, and protocol integrationsDEFI
006Cross-chain messaging and asset movementCONNECT
007APIs, indexers, storage, and data pipelinesDATA
008Testing, observability, and failure handlingQUALITY
009Documentation and deployment workflowsDELIVERY
010Product iteration and ongoing engineeringEVOLVE
ONE PRODUCT. CONNECTED ENGINEERING.
Complex products need more than working parts.
An AI model is not a complete application. A smart contract is not a complete platform. The real work is connecting data, interfaces, infrastructure, permissions, and execution so the whole product works together.
We help bring those pieces into one development plan, with clear responsibilities, testable workflows, and a practical path from prototype to deployment.
The engineering behind your next product.
From AI applications to blockchain infrastructure, we build the components your product needs and connect them into a usable system. Start with a focused requirement or bring us the full product vision.
002 / AI Agents & Workflow Automation
Connect intelligent agents to the tools your business uses. We build task workflows, API integrations, and automation with defined permissions, approval steps, and visibility into what each agent does.003 / AI + Blockchain Integration
Bring AI-driven workflows and onchain execution together. We connect agents and applications to wallets, smart contracts, and blockchain data, with clear boundaries between recommendations, approvals, and transaction execution.004 / Smart Contract & Protocol Development
Develop the logic behind your blockchain product. Our work covers smart contracts, token systems, protocol architecture, access controls, testing, and application integration, with upgrade and deployment requirements considered from the start.005 / DeFi & Stablecoin Infrastructure
Build applications for trading, liquidity, staking, and stablecoin movement. We develop protocol integrations and transaction flows, alongside the dashboards, APIs, and interfaces that make them usable.006 / Cross-Chain & Web3 Infrastructure
Connect applications across blockchain ecosystems. We develop cross-chain workflows, wallet integrations, indexers, and developer tooling, accounting for network-specific behavior, transaction states, and recovery paths.007 / Enterprise Blockchain Solutions
Design blockchain applications around organizational workflows. We develop permissioned-network solutions, document-verification flows, and shared-record systems, with role-based access and integration into existing business applications.008 / Full-Stack Product Engineering
Bring the entire product together, from frontend and backend to data services, deployment, and documentation. We work across the application stack so users and operators get a coherent experience.See the engineering behind the interface.
Explore selected code samples from the Chrysalis V2 workspace. This preview offers a closer look at the structure behind a blockchain application; the public repository and documentation provide the implementation context.
Illustrative code preview. Not a live production environment.
README.md
01# 🌌 Chrysalis V20203Chrysalis V2 is a monorepo for a unified cross-chain settlement and protocol execution platform. It enables users and autonomous AI agents to seamlessly move stablecoins (USDC) between Arc Testnet and external chains (Ethereum Sepolia, Base Sepolia, Solana Devnet, and Stellar Testnet), and automatically execute protocol actions in a single atomic pipeline.0405The repository is built around five core product pillars, backed by a sophisticated multi-agent AI control plane and modular protocol adapters.0607---0809## 🚀 Key Product Pillars10111. **Arc as the Settlement Hub**: Leveraging Arc's native USDC gas model, EURC, Circle Gateway, CCTP V2, BridgeKit, Circle Paymaster, and EIP-3009/x402 nanopayment flows.122. **Pluggable Protocol Execution**: Every DeFi protocol is isolated behind an independent adapter contract or program. Adding a new protocol requires zero core router upgrades or state migrations.133. **Upgradeable Control Plane**: The main EVM router uses UUPS upgradeability (`ArcIntentRouterUpgradeable`) to register, pause, or replace protocol adapters.144. **AI Agent Automation**: Policy-aware agents automatically plan optimal routes, verify risk compliance, quote fees pre-flight, autonomously rebalance treasury assets, and generate human-readable audit narrations.155. **Quote-First Execution**: The system computes gas, bridge fees, protocol fees, slippage, and paymaster gas sponsorships, displaying alternatives and rejection reasons before a user commits signatures.
TERMINAL
~/raum-chrysalis-v2 > selected code samples
~/raum-chrysalis-v2 > preview only; no commands are executed here
~/raum-chrysalis-v2 > open GitHub for source and deployment details
STATIC PREVIEWNON-PRODUCTIONSOURCE ON GITHUB
Explore what we build.
Our product initiatives reflect the systems we work on, from multi-chain applications and liquidity infrastructure to decentralized storage. Explore the projects and our ecosystem profile below.
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$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ $ $ $ $$$$$$\ $$\ $$\ $ $ $$ __$$\ \__| $$ | $ $ $$ / \__|$$\ $$$$$$\ $$$$$$$\ $$ | $$$$$$\ $ $ $$ | $$ |$$ __$$\ $$ _____|$$ |$$ __$$\ $ $ $$ | $$ |$$ | \__|$$ / $$ |$$$$$$$$ | $ $ $$ | $$\ $$ |$$ | $$ | $$ |$$ ____| $ $ \$$$$$$ |$$ |$$ | \$$$$$$$\ $$ |\$$$$$$$\ $ $ \______/ \__|\__| \_______|\__| \_______| $ $ $ $ $$$$$$\ $$\ $$\ $$\ $ $ $$ __$$\ $$ |$$ |\__| $ $ $$ / $$ |$$ |$$ |$$\ $$$$$$\ $$$$$$$\ $$$$$$$\ $$$$$$\ $ $ $$$$$$$$ |$$ |$$ |$$ | \____$$\ $$ __$$\ $$ _____|$$ __$$\ $ $ $$ __$$ |$$ |$$ |$$ | $$$$$$$ |$$ | $$ |$$ / $$$$$$$$ | $ $ $$ | $$ |$$ |$$ |$$ |$$ __$$ |$$ | $$ |$$ | $$ ____| $ $ $$ | $$ |$$ |$$ |$$ |\$$$$$$$ |$$ | $$ |\$$$$$$$\ \$$$$$$$\ $ $ \__| \__|\__|\__|\__| \_______|\__| \__| \_______| \_______| $ $ $ $ $ $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$Circle AllianceECOSYSTEM MEMBERSHIPVIEW DIRECTORY PROFILE
How we approach the work.
Use AI where it improves the workflow. Use blockchain where shared state, ownership, or verification adds value. The product comes first; the technology should earn its place.
Define what a system can do, what requires approval, and how failures are handled. Useful automation needs clear permissions and visible execution.
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ON OUR ROADMAP · COMING SOON
Post-Quantum Cryptography
Preparing for the next chapter of digital security.
Post-Quantum CryptographyComing SoonPlanned areas of focus
We plan to introduce Post-Quantum Cryptography services for organizations preparing to evolve their cryptographic infrastructure. The focus will be practical readiness, migration planning, and integration engineering.
This is an upcoming service, not a currently available offering. We will share the service scope and availability as the offering develops.
001Cryptographic Readiness. Identify where cryptography is used and which systems, data, and dependencies need attention.
002Migration Planning. Map a staged transition around compatibility, operational needs, and evolving standards.
003Integration Engineering. Explore standards-based approaches for identity, secure communications, and application infrastructure.
004Crypto-Agile Architecture. Design systems so cryptographic components can be replaced or upgraded with less disruption.
One development partner. From idea to implementation.
from architectureto launchAI applications, blockchain systems, and connected products
Bring us a product idea, an integration challenge, or an existing codebase. We will work with you to define the scope, technical approach, and delivery milestones before development begins.
001Product discovery and requirements
002Architecture and technical planning
003AI, blockchain, or combined development
004Frontend, backend, and third-party integrations
005Testing and release preparation
006Documentation and knowledge transfer
007Post-launch engineering, as agreed in scope
Scope, timelines, and commercials are agreed for each project. Post-Quantum Cryptography is a future offering and is not included in current delivery scope.
Before we start building.
Q.001What does Raum Network develop?
We develop AI applications, intelligent agents, blockchain platforms, smart contracts, and full-stack products. We can work on a focused component or a broader product build, depending on your requirements.
Q.002Do you work on AI and blockchain separately?
Yes. Your product does not need both. We can build an AI application, a blockchain solution, or a system that combines them when there is a clear reason to do so.
Q.003Can you connect AI agents to blockchain applications?
Yes. We develop integrations between agents, blockchain data, wallets, and smart contracts. The scope defines what agents can access, which actions need approval, and how execution is monitored.
Q.004Can you work with our existing product or engineering team?
Yes. We can help extend an existing codebase, develop integrations, or take responsibility for a defined workstream alongside your team. The starting point is understanding your architecture, requirements, and delivery priorities.
Q.005Is your work limited to DeFi?
No. Our development scope also includes AI workflows, enterprise blockchain applications, document verification, developer tooling, and full-stack digital products.
Q.006How do you select the technology stack?
We start with the product requirements, existing systems, data constraints, and deployment environment. The proposed stack and integration scope are agreed during technical planning rather than assumed to be the same for every project.
Q.007Are Post-Quantum Cryptography services available now?
Not yet. Post-Quantum Cryptography is an upcoming offering. We plan to focus on readiness, migration planning, and integration engineering, with the scope and availability to be announced as the service develops.
Q.008Does this mean your current products are quantum-safe?
No. Announcing a future Post-Quantum Cryptography service does not make a security claim about our existing products or their underlying blockchains. Any future claims will need to be specific to the implementation and its evaluation.
Q.009Where can we explore your work?
The project section, public GitHub repositories, and documentation hub provide starting points. The code preview on this website is illustrative and should not be treated as a live production environment.
Q.010How do we start a project?
Email [email protected] with a brief description of your product, current stage, and what you need help building. We will use that context to discuss a suitable technical scope and next steps.