Rather than going with a traditional consensus mechanism such as Proof-of-Work (PoW) or Proof-of-Stake (PoS), Analog has opted to devise its own — Proof-of-Time (PoT).
Why? Let’s take a look at how these consensus mechanisms compare when it comes to handling the typical challenges that beset them.
Think you’ve got these PoT details down? Then head here for a quick quiz! 👉https://twitter.com/OneAnalog/status/1660854645516914688?s=20
In blockchain architecture, Layer 1 chains manage their own state and execution. An L0, by contrast, is responsible for how different chains interact: how messages are passed, how transactions are sequenced, and how execution is verified across systems.
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Blockchain platforms have always struggled with the balance between security, compatibility, and performance. We're excited to share how Analog's integration of PolkaVM technology is redefining these boundaries, achieving near native execution speeds for EVM contracts while maintaining full compatibility with the Ethereum ecosystem.
Read more
As Analog’s incentivized testnet progresses, we are focused on onboarding developers to build on our ecosystem. We are excited to announce the Analog Kairos Hackathon...
Read moreIn blockchain architecture, Layer 1 chains manage their own state and execution. An L0, by contrast, is responsible for how different chains interact: how messages are passed, how transactions are sequenced, and how execution is verified across systems.
Read moreBlockchain platforms have always struggled with the balance between security, compatibility, and performance. We're excited to share how Analog's integration of PolkaVM technology is redefining these boundaries, achieving near native execution speeds for EVM contracts while maintaining full compatibility with the Ethereum ecosystem.
Read moreAs Analog’s incentivized testnet progresses, we are focused on onboarding developers to build on our ecosystem. We are excited to announce the Analog Kairos Hackathon...
Read more
