Japanese City to Trial Blockchain Voting System
Kaga, Ishikawa Prefecture, is looking at blockchain tech to solve problems in the city, starting with an e-voting system.

A Japanese city is turning to blockchain technology to allow residents to vote online in local elections.
According to an announcement on Thursday, Tokyo-based blockchain firm LayerX and digital ID solutions provider xID have teamed up to build a "safe and convenient" voting platform for the city of Kaga in Ishikawa Prefecture.
The city hopes the initiative will address some concerns with voting online and make it more convenient for elderly people living in more remote parts of the jurisdiction to vote on city policies.
LayerX has developed an e-voting protocol "that balances the transparency of the voting process and the confidentiality of voting content." Meanwhile, xID specializes in digital identity systems.
LayerX said "it is possible to build a highly convenient electronic voting technology" by combining the two solutions.
While voting via electronic means is already available and legal in Japan, the stability and cost associated with certain voting devices are an issue, according to the companies.
"Voting over the internet presents more challenges, such as preventing double voting, high technical hurdles to keep voting secrets, and the cost of voting devices," they said. The companies said blockchain was selected by Kaga city because it is "tamper resistant" and "transparent."
See also: Ohio Lawmakers Propose Blockchain Voting in Elections Overhaul Bill
Blockchain voting is a commonly cited use case for the technology and there have been various projects launched for the purpose. Most notably perhaps, voting platform Voatz has been involved in several U.S. city and state elections but has also been criticized over security issues with its app.
In Kaga, if the voting effort proves a success, other options for blockchain tech will be considered as a means to solve other problems in the city.
Meer voor jou
KuCoin Hits Record Market Share as 2025 Volumes Outpace Crypto Market

KuCoin captured a record share of centralised exchange volume in 2025, with more than $1.25tn traded as its volumes grew faster than the wider crypto market.
Wat u moet weten:
- KuCoin recorded over $1.25 trillion in total trading volume in 2025, equivalent to an average of roughly $114 billion per month, marking its strongest year on record.
- This performance translated into an all-time high share of centralised exchange volume, as KuCoin’s activity expanded faster than aggregate CEX volumes, which slowed during periods of lower market volatility.
- Spot and derivatives volumes were evenly split, each exceeding $500 billion for the year, signalling broad-based usage rather than reliance on a single product line.
- Altcoins accounted for the majority of trading activity, reinforcing KuCoin’s role as a primary liquidity venue beyond BTC and ETH at a time when majors saw more muted turnover.
- Even as overall crypto volumes softened mid-year, KuCoin maintained elevated baseline activity, indicating structurally higher user engagement rather than short-lived volume spikes.
More For You
Ethereum Foundation makes post quantum security a top priority as new team forms

EF researcher Justin Drake says a new post-quantum team will drive wallet safety upgrades, research prizes and test networks as quantum timelines shorten.
What to know:
- The Ethereum Foundation has elevated post-quantum security to a top strategic priority, forming a dedicated Post Quantum team led by Thomas Coratger with support from leanVM cryptographer Emile.
- Researcher Justin Drake said Ethereum is shifting from background research to active engineering, including biweekly developer sessions on post-quantum transactions and multi-client post-quantum consensus test networks.
- The foundation is backing new cryptography with funding and outreach, launching two $1 million prizes, planning post-quantum community events and education, and stressing that blockchains must prepare early for quantum threats despite their long-term nature.











