LA Lagrange

Price of 1 Lagrange today (7 June)

$ 1.31

-20.03%

Price of Lagrange (LA)

Market Cap

$ 252.1M

#254

FDV

$ 1.3B

Trading Volume, 24h

$ 159.5M

-65%

Dominance

0.0073%

In circulation LA

192,474,305 19%

Max supply

1,000,000,000

Price Min/Max

24 hrs

$ 1.63

30 days

$ 0.253

$ 1.72

1 year

$ 0.253

$ 1.72

LA Sectors:

Lagrange does not belong to any sector.

Exchanges where LA is traded

	Exchange	Pair	Price	Volume, 24h
1	Bithumb	LA/KRW	$ 1.33 ₩ 1,816.00	$ 31,201,838	Go
2	Bybit	LA/USDT	$ 1.29 ₮ 1.2890	$ 28,583,407	Go
3	Bitget	LA/USDT	$ 1.29 ₮ 1.2936	$ 26,865,277	Go
4	MEXC	LA/USDT	$ 1.31 ₮ 1.3044	$ 14,333,476	Go
5	Coinbase Exchange	LA/USD	$ 1.3 $ 1.2982	$ 12,641,738	Go
6	Gate	LA/USDT	$ 1.29 ₮ 1.2940	$ 8,703,112	Go
7	Zoomex	LA/USDT	$ 1.27 ₮ 1.2724	$ 7,514,527	Go
8	Ourbit	LA/USDT	$ 1.32 ₮ 1.3156	$ 6,389,788	Go
9	OrangeX	LA/USDT	$ 1.3 ₮ 1.2946	$ 4,270,042	Go
10	Bitunix	LA/USDT	$ 1.3 ₮ 1.3002	$ 3,473,047	Go

Show All ➙

Today Lagrange (LA) is traded on 25 exchanges, including Bithumb, ByBit, Bitget, MXC and others. The maximum trading volume is observed for the trading pair LA/USDT and reaches 114.3 mln. dollar (71% of the total volume across all exchanges). During the week, the minimum price for Lagrange (LA) is fixed on Wednesday at 0.796 cents. Currently, the token Lagrange is trading in the range of 1.31 dollar or 102.91 ruble for 1 LA.

Calculator LA

USDT

1 LA = 1.31 USD

Full version

What is Lagrange?

Today, Lagrange has expanded its ZK Prover Network to power proof generation for ZK rollups, adding onto Lagrange’s existing ZK Coprocessor and State Committee offerings. With this new addition, Lagrange now unlocks proofs for anything – for rollups, apps, coprocessors and interoperability – as an infinite proving layer that enables anyone to prove everything at internet scale. Previously, Lagrange launched the first production-ready ZK prover network in the industry, operated by top operators including Coinbase, Kraken, OKX and more. Now, Lagrange’s ZK Prover Network is expanding to address key challenges faced by rollups and advance ZK adoption and utility.

The ZK Coprocessor can generate a proof of correct computation over arbitrary storage slots for arbitrary block ranges. For example, consider an application that wishes to compute the average on Ethereum for ETH / USDC pricing. A developer must first specify the memory slots and block range (~50,400) that they are interested in including in the data set. Next the developer writes the computations that is to be executed across the storage slots over the different blocks in parallel. Once the proof is generated, it will prove both the storage inclusion and the aggregated computation as valid with respect to a block header derived from smart contract information.