Click for use caseTraffic enforcement on a hybrid network

ENTERPRISE ALGORAND INFRASTRUCTURE

Your network.
Your control.
Ready for what’s next.

Build your future on Algorand. Private and hybrid networks, enterprise infrastructure, and a clear path to post-quantum readiness.

Discuss your deployment Explore network options

Private by designOpen-source foundationsExpert operations

NETWORK ARCHITECTUREHYBRID

Enterprise applications

PRIVATE ENVIRONMENT

Your Algorand networkPost-Quantum Secure. Defined participation. Dedicated infrastructure.

Controlled integration

Algorand public networkConnect where your use case requires

PRIVATE CONTROLPUBLIC POSSIBILITY

SUPPORTING BUILDERS ACROSS THE ALGORAND ECOSYSTEM

01 / NETWORKS

The right architecture.
On your terms.

Start with your business requirements. Choose the level of control, connectivity, and operational support your network needs.

CONTROL YOUR ENVIRONMENT

Private networks

A dedicated Algorand network with participation and access defined by your organization. Build around your data, governance, and operational requirements.

Permissioned participation
Dedicated nodes, APIs & explorer
Deployment tailored to your organization

Discuss a private network

CONNECT ON YOUR TERMS

Hybrid networks

Combine a private operating environment with selected public-network interactions. Define what stays internal, what is shared, and how systems connect.

Private and public network architecture
Explicit data and integration boundaries
Managed or jointly operated infrastructure

Explore a hybrid architecture

BUILD ON ALGORAND

Public infrastructure

Bring applications to the public Algorand network with managed node APIs, indexers, and data services backed by experienced infrastructure engineers.

Dedicated API & indexer services
SQL access & blockchain analytics
Public endpoints to get started

Explore infrastructure plans

02 / IN PRACTICE

Public services.
Private data.
Verifiable by everyone.

Traffic enforcement on a hybrid Algorand network. Evidence and personal data stay on a sovereign private chain, while citizens verify and settle fines on the public network.

Sovereign private chain for evidence and personal data
Smart-contract fine issuance with a full audit trail
One-way, encrypted proofs to the public network
Instant stablecoin settlement from standard wallets

Discuss a public-sector deployment

A roadside camera records a vehicle at 87 km/h in a 60 zone.Evidence is fingerprinted and stored on the government’s own private chain, built for 50,000 events per second.A smart contract verifies the evidence and issues the fine. Every step is signed and auditable.Only an encrypted proof crosses a one-way bridge to the public network. Personal data never leaves.The driver verifies the evidence against the public chain and pays in stablecoin from a standard wallet.One platform for many public services, each running on its own sovereign chain.

Animated example of a hybrid government network: A roadside camera records a vehicle at 87 km/h in a 60 zone. Evidence is fingerprinted and stored on the government’s own private chain, built for 50,000 events per second. A smart contract verifies the evidence and issues the fine. Every step is signed and auditable. Only an encrypted proof crosses a one-way bridge to the public network. Personal data never leaves. The driver verifies the evidence against the public chain and pays in stablecoin from a standard wallet. One platform for many public services, each running on its own sovereign chain.

One supply chain.
Private terms.
Every pack verifiable.

EU FMD serialisation on a consortium Algorand network. Manufacturers, distributors, pharmacies and the regulator share one custody record, while patients verify packs on the public network.

Consortium chain run by the supply-chain members
Signed custody handovers with cold-chain readings
Per-pack authenticity proofs on public Algorand
Cloned serials caught at the point of scan

Discuss a consortium network

Every pack gets a unique EU FMD serial number at the factory.The batch is registered and signed on a chain shared by the whole supply network.Every handover is signed by both sides, with cold-chain readings. The regulator sees it live.Only a per-pack proof goes public. Commercial terms never leave the consortium.Patients verify any pack in seconds, and a cloned serial is caught the moment it is scanned again.Competitors share one source of truth without sharing their business.

Animated example of a pharmaceutical supply-chain consortium network: Every pack gets a unique EU FMD serial number at the factory. The batch is registered and signed on a chain shared by the whole supply network. Every handover is signed by both sides, with cold-chain readings. The regulator sees it live. Only a per-pack proof goes public. Commercial terms never leave the consortium. Patients verify any pack in seconds, and a cloned serial is caught the moment it is scanned again. Competitors share one source of truth without sharing their business.

Paperless trade.
Private terms.
Paid while at sea.

MLETR-compliant electronic bills of lading on a consortium Algorand network. Title, letters of credit and tokenised-deposit settlement stay between members, while a public document registry stops double financing.

Electronic bills of lading as unique title tokens
Letters of credit that settle atomically on presentation
Public document registry against double financing
Cargo released on arrival with no paperwork

Discuss a trade network

The carrier issues an electronic bill of lading: a digital, MLETR-recognised title to the cargo.The importer’s bank opens a letter of credit as a smart contract, with tokenised deposits locked in escrow.Documents are checked automatically and paid in one atomic step, while the ship is still at sea.Only document fingerprints go public, so no invoice or title can be financed twice.On arrival, the importer surrenders the digital title and collects the cargo. No courier, no delay.A shared trade network where every document is unique and every payment is final.

Animated example of a trade-finance consortium network: The carrier issues an electronic bill of lading: a digital, MLETR-recognised title to the cargo. The importer’s bank opens a letter of credit as a smart contract, with tokenised deposits locked in escrow. Documents are checked automatically and paid in one atomic step, while the ship is still at sea. Only document fingerprints go public, so no invoice or title can be financed twice. On arrival, the importer surrenders the digital title and collects the cargo. No courier, no delay. A shared trade network where every document is unique and every payment is final.

Green claims.
Private data.
Provable by anyone.

Hourly EU Guarantees of Origin on a hybrid Algorand network. Meter data stays with producers and grid operators, while certificates are issued, traded and retired on the public network, ready for CSRD reporting.

Signed, grid-verified meter readings on a consortium chain
Hourly certificates for 24/7 clean-energy matching
Atomic stablecoin purchase of certificates
Public retirement that blocks double counting

Discuss an energy network

A wind farm’s smart meters record every hour of clean generation.Each reading is signed by the producer and confirmed by the grid operator. Raw data stays private.Every verified hour becomes a unique EU Guarantee of Origin on the public network.A data centre buys certificates matched to the hours it actually used power, paid in stablecoin.Retired certificates can never be resold or claimed twice, and auditors verify in seconds.One trusted record from turbine to sustainability report.

Animated example of renewable energy certificates on a hybrid network: A wind farm’s smart meters record every hour of clean generation. Each reading is signed by the producer and confirmed by the grid operator. Raw data stays private. Every verified hour becomes a unique EU Guarantee of Origin on the public network. A data centre buys certificates matched to the hours it actually used power, paid in stablecoin. Retired certificates can never be resold or claimed twice, and auditors verify in seconds. One trusted record from turbine to sustainability report.

03 / OPEN BY DESIGN

No lock-in.
Open at every layer.
Yours to keep.

Every component is open source, so your network runs with Nodely, in your own data centre or with any other operator. Software vendors add ledger features to the systems you already use through open SDKs, with no backend to build or run.

Open-source node, indexer, SDKs and explorer
Official SDKs for JS/TS, Python, Go and Java, plus community Rust, .NET and Swift
The same SDKs for private networks and permissionless public Algorand
Bubls by Allo: ask the ledger by voice or chat, then drag charts and tables onto dashboards. From chat to dashboard in hours.

Talk to our engineers

No black boxes. Every layer of the stack is open source.Run it with us, on your own servers, or with any other operator. Your network moves with you.ISVs add ledger features to the software you already use, through open SDKs.No backend to build or run. The ledger is the shared, always-on record.Ask the ledger in plain language with Bubls by Allo, then drag the answers onto a dashboard: hours, not months.Everything you build stays yours.

Animated overview of an open, lock-in-free platform: No black boxes. Every layer of the stack is open source. Run it with us, on your own servers, or with any other operator. Your network moves with you. ISVs add ledger features to the software you already use, through open SDKs. No backend to build or run. The ledger is the shared, always-on record. Ask the ledger in plain language with Bubls by Allo, then drag the answers onto a dashboard: hours, not months. Everything you build stays yours.

04 / POST-QUANTUM READINESS

Plan beyond
today’s security.

Long-lived assets need a long-term security strategy. Make post-quantum readiness part of your network architecture from the start.

Start a technical conversation

A foundation in post-quantum cryptography

Algorand uses Falcon signatures for State Proofs and supports Falcon-based post-quantum accounts. Build on these capabilities with a deployment plan that fits your use case.

Readiness across your architecture

Account signing is one part of the picture. Include key management, application dependencies, integrations, and network operations in your migration plan.

A deliberate path to production

Discuss protocol compatibility, deployment requirements, and an upgrade strategy with Nodely before moving critical workloads.

Explore Algorand’s post-quantum technology

05 / ENTERPRISE OPERATIONS

From architecture
to everyday operations.

Work with the team behind AlgoNode. Infrastructure expertise for the entire lifecycle of your Algorand deployment.

Dedicated infrastructure

Node and indexer services sized for your workload, with deployment options aligned to your operating model.

Data that works with your systems

Connect blockchain activity to existing applications, reporting, and analytics through APIs, SQL Direct, and data warehouse services.

Operational visibility

Understand network health and service behavior with telemetry, monitoring, and access to experienced infrastructure engineers.

Open-source foundations

Build on standard Algorand APIs and open-source tooling. Keep a clear path to operating your own infrastructure as your needs evolve.

LET’S BUILD YOUR NEXT NETWORK

Enterprise requirements.
An engineering conversation.

Tell us about your use case, operating environment, and timeline.
We’ll help you define the next step.

Talk to our team [email protected]

Building on public Algorand?Start with our free API Read the documentation

Your network.Your control.Ready for what’s next.

The right architecture.On your terms.