Deploy Algorand nodes in seconds at 85% lower cost
Participation, Archive, or Relay. Full control over OS, ports, and resources. Launch from Console or scale via API.
Spec
Requirement
Fluence est.
CPU
4-8 cores, 2 GHz
8 vCPU (2.5 GHz)
RAM
8-16 GB
16-32 GB (DDR5)
Storage
10–100 GB (NVMe)
16-32 GB (NVMe)
Network
Public IPv4. Open 4160 only if Relay. Keep 8080 private
Dedicated IPv4, free bandwidth
Cost
–
$42.27 / mo ≈ $1.41 / day
Deploy Algorand nodes in seconds at 85% lower cost
Participation, Archive, or Relay. Full control over OS, ports, and resources. Launch from Console or scale via API.
Requirement
Fluence est.
CPU
4-8 cores, 2 GHz
8 vCPU (2.5 GHz)
RAM
8-16 GB
16-32 GB (DDR5)
Storage
10–100 GB (NVMe)
16-32 GB (NVMe)
Network
Public IPv4. Open 4160 only if Relay. Keep 8080 private
Dedicated IPv4, free bandwidth
Cost
–
$42.27 / mo ≈ $1.41 / day
Battle-tested at large scale
Fluence unlocks a new level of speed and autonomy for SpoonOS developers. With on-demand access to enterprise-grade compute, they can deploy AI agents faster, scale globally, and stay in full control.
John Wang
Head of Neo Ecosystem Growth Managing Director of Neo EcoFund
Battle-tested at large scale
Fluence unlocks a new level of speed and autonomy for SpoonOS developers. With on-demand access to enterprise-grade compute, they can deploy AI agents faster, scale globally, and stay in full control.
John Wang
Head of Neo Ecosystem Growth Managing Director of Neo EcoFund
From sign up to dedicated node in 3 simple steps
1
Configure
Configure your instance, OS, ports, and SSH keys
2
Deploy
Deploy with a dedicated IPv4
3
Manage
Manage via Fluence Console
From sign up to dedicated node in 3 simple steps
1
Configure
Configure your instance, OS, ports, and SSH keys
2
Deploy
Deploy with a dedicated IPv4
3
Manage
Manage via Fluence Console
Save up to 85% on cloud costs
Fluence offers transparent, usage based pricing tailored for serious Algorand node operators.
Save up to 85% on cloud costs
Fluence offers transparent, usage based pricing tailored for serious Algorand node operators.
Algorand chain features
Attribute
Value
Chain
Algorand
Avg Fee (USD)
<$000.1
Block/Tx Time
4s (finality)
TPS
1,000
Consensus
Pure PoS
Smart Contracts & Languages
TEAL, PyTEAL, Reach (JS), Rust/C bindings
Node Types
Full, Light, Participation, History, Validator
Devs (Full-Time / Monthly)
39 / 123 ([EC])
GitHub Stars / Forks
⭐ 2.4K / 🍴 500 (go-algorand)
Public & Permissionless
✅ Yes
Tx Privacy
❌ No
Tx Visibility
Public
Tx Ordering
Consensus ordering
Algorand chain features
Attribute
Value
Chain
Algorand
Avg Fee (USD)
<$000.1
Block/Tx Time
4s (finality)
TPS
1,000
Consensus
Pure PoS
Smart Contracts & Languages
TEAL, PyTEAL, Reach (JS), Rust/C bindings
Node Types
Full, Light, Participation, History, Validator
Devs (Full-Time / Monthly)
39 / 123 ([EC])
GitHub Stars / Forks
⭐ 2.4K / 🍴 500 (go-algorand)
Public & Permissionless
✅ Yes
Tx Privacy
❌ No
Tx Visibility
Public
Tx Ordering
Consensus ordering
What you need to run Algorand nodes
Before deploying, ensure your server meets these requirements:
Mainnet spec
CPU
4 or more cores
Memory
8 to 16 GB
Storage
10 to 100 GB for non-archival. Multi-terabyte if archival
OS
64 bit Linux recommended
Network
Stable broadband. For Relay open 4160 on mainnet. Keep REST 8080 private
Ports and endpoints
Peer to peer staking port
4160 mainnet, 4161 testnet
algod REST
8080 keep private
Indexer REST
8980 keep private
kmd
7833 keep private
Node types
Participation (Full)
Connects to repeaters, validates, and serves local RPC
Archive
Retains complete history for analytics and indexing
Relay
Publicly reachable repeater that routes traffic to participation nodes
What you need to run Algorand nodes
Before deploying, ensure your server meets these requirements:
Mainnet spec
CPU
4 or more cores
Memory
8 to 16 GB
Storage
10 to 100 GB for non-archival. Multi-terabyte if archival
OS
64 bit Linux recommended
Network
Stable broadband. For Relay open 4160 on mainnet. Keep REST 8080 private
Ports and endpoints
Peer to peer staking port
4160 mainnet, 4161 testnet
algod REST
8080 keep private
Indexer REST
8980 keep private
kmd
7833 keep private
Node types
Participation (Full)
Connects to repeaters, validates, and serves local RPC
Archive
Retains complete history for analytics and indexing
Relay
Publicly reachable repeater that routes traffic to participation nodes
Deploy Algorand nodes across a distributed network
Fluence gives you access to Tier-3 and Tier-4 data centers worldwide, with resilient infrastructure, reliable uptime, and no vendor lock-in.
Deploy Algorand nodes across a distributed network
Fluence gives you access to Tier-3 and Tier-4 data centers worldwide, with resilient infrastructure, reliable uptime, and no vendor lock-in.
FAQ
Which Algorand node types can I run on Fluence?
What hardware profile is recommended?
Which ports should I open?
How do I deploy an Algorand node on Fluence?
Can I automate setup and scaling with the API?
Show more
FAQ
Which Algorand node types can I run on Fluence?
What hardware profile is recommended?
Which ports should I open?
How do I deploy an Algorand node on Fluence?
Can I automate setup and scaling with the API?
Show more
