Compare ICP vs Algorand

ICP vs Algorand Scalability

Real-time TPS (1H)

ICP TPS is 170X higher than Algorand TPS

ICP logo
1,173 tx/s
Algorand logo
6.9 tx/s

Data from Chainspect

Max TPS (100 blocks)

ICP max TPS is 4.48X higher than Algorand max TPS

ICP logo
25,621 tx/s
Algorand logo
5,716 tx/s

Data from Chainspect

Max Theoretical TPS

ICP max theoretical TPS is 22X higher than Algorand max theoretical TPS

ICP logo
209,708 tx/s
Algorand logo
9,384 tx/s

Data from Chainspect

Transaction Volume (1H)

ICP transaction volume is 170X higher than Algorand transaction volume

ICP logo
4.22M txns
Algorand logo
24.9K txns

Data from Chainspect

Block Time (1H)

ICP block time is 82.94% shorter than Algorand block time

ICP logo
0.48s
Algorand logo
2.81s

Data from Chainspect

Finality

ICP finality is the same as Algorand finality

ICP logo
0s
Algorand logo
0s

Data from Chainspect

Type

ICP and Algorand are both layer 1 blockchains

ICP logo
Layer 1 blockchain
Algorand logo
Layer 1 blockchain

Data from Chainspect

New

Total Transactions

ICP has 80X more total transactions than Algorand

ICP logo
263B txns
Algorand logo
3.28B txns

Data from Chainspect

Launch Date

ICP was launched 2 years after Algorand

ICP logo
May 10, 2021
Algorand logo
Jun 12, 2019

Data from Chainspect

ICP vs Algorand Decentralization

Nakamoto Coefficient

ICP has no data, while Algorand Nakamoto Coefficient is 12

ICP logo
Algorand logo
12

Data from Chainspect

Validators

ICP has no data, while Algorand has 1,809 validators

ICP logo
Algorand logo
1,809

Data from Chainspect

Stake

ICP stake is 6.2X higher than Algorand stake

ICP logo
$2.123B
Algorand logo
$342.2M

Data from Chainspect

Consensus Mechanism

ICP is Proof of Useful Work, while Algorand is Pure Proof of Stake

ICP logo
Proof of Useful Work
Algorand logo
Pure Proof of Stake

Data from Chainspect

Governance

ICP and Algorand governance are both on-chain

ICP logo
On-chain
Algorand logo
On-chain

Data from Chainspect

ICP vs Algorand Developer Activity

Developers

ICP has 1.41X more developers than Algorand

ICP logo
759
Algorand logo
539

Data from Chainspect

Repos

ICP has 1.1X more repos than Algorand

ICP logo
182
Algorand logo
166

Data from Chainspect

Commits

ICP has 3.11X more commits than Algorand

ICP logo
117,279
Algorand logo
37,690

Data from Chainspect

Stars

ICP has 1.82X more stars than Algorand

ICP logo
9,311
Algorand logo
5,106

Data from Chainspect

Watchers

ICP has 2.34X more watchers than Algorand

ICP logo
2,153
Algorand logo
922

Data from Chainspect

ICP vs Algorand Financials New

Chain Revenue

ICP chain revenue is 149X higher than Algorand chain revenue

ICP logo
$48.36K
Algorand logo
$324

Data from Chainspect

Average Transaction Fee

ICP average transaction fee is 1.3X higher than Algorand average transaction fee

ICP logo
$0.0004713
Algorand logo
$0.0003621

Data from Chainspect

Price

ICP price is 50X higher than Algorand price

ICP logo
$8.787
Algorand logo
$0.1764

Data from Chainspect

Market Cap

ICP market cap is 3.06X higher than Algorand market cap

ICP logo
$4.741B
Algorand logo
$1.551B

Data from Chainspect

ICP vs Algorand Real-Time TPS Chart

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Other Comparisons

About Blockchains

About ICP

The Internet Computer is a decentralized cloud blockchain that pursues the $1+ trillion cloud market — hosting apps, websites and enterprise systems, fully onchain, where they benefit from extraordinary security and resilience, can do multi-chain token processing, and can be administered in a decentralized way for safety.

A core purpose is “self-writing cloud”, where AI creates apps for mass market users, which are sophisticated and secure, in response to instructions they provide over chat.

The ICP token is burned powering onchain apps, and is a cryptocurrency used in network governance staking.

It’s easy to try — use AI to create onchain apps (e.g. caffeine.ai) or use an online IDE to write serverless code yourself (e.g. icp.ninja)!

About Algorand

Algorand emerges as a blockchain platform committed to fostering transparency and enabling the growth of decentralized projects and applications. Operating as a public, decentralized blockchain, it leverages a Pure Proof-of-Stake (PPoS) consensus mechanism to uphold network security, efficiency, and decentralization. Powered by the Algorand Consensus Algorithm, the network employs a combination of cryptographic techniques and random selection to attain consensus, effectively addressing the constraints of traditional consensus mechanisms.

Blockchains Socials

ICP Socials

Algorand Socials