From its commencement, Analog has experienced remarkable expansion to accomplish our intended goals. Throughout this journey, significant progress has been made, and we are actively working towards reaching pivotal development milestones in the near future.
With that in mind, let’s delve into the current roadmap for Analog:
Internal Timechain testnet and Launch Partners Program go live
The first iteration of the Timechain, used internally by the team, is launched. Internal devs and selected partners can now test the following capabilities:
Timechain: A sovereign blockchain built on top of Substrate SDK that currently powers Analog Watch
Node Tooling: A set of tools for deploying an internal cluster for the Timechain instance and Analog Watch
Analog Watch: A full-stack indexing & query protocol that runs on the Timechain. It comprises the Watch SDK and the Watch UI
Launch Partners Program: This initiative, which identifies, supports, and mentors current and potential projects that use the Timechain, is rolled out
Timechain architectural updates
The following features of the Timechain architecture are updated and optimized:
ROAST protocol (i.e., TSS module)
Task management and execution
Dynamic sharding
Further software development and releases
A number of key software suites are released and optimized:
GMP Partners Release: The first iteration of the GMP protocol is released internally and shared with selected partners
Polygon Connector: A toolkit that onboards Polygon blockchain onto the Analog Watch is released, allowing users/applications to deploy and query data from the Polygon blockchain
Timechain Explorer: The first version of the Timechain Explorer is released
Analog Watch optimizations: Analog Watch undergoes a series of improvements related to usability and features
Timechain Testnet public release
The Timechain public Testnet is released to the public and undergoes audits and patches as needed.
Timechain Mainnet public release
A significant milestone for Analog, The Timechain Mainnet goes live.
This roadmap will be updated from time to time to reflect the project’s ongoing development.
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.
Read more
See how Proof-of-Time is able to handle challenges that overcome other consensus mechanisms rather than going with a traditional consensus mechanism such...
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Analog is expanding. With @solana support coming to Timechain, we're taking another step toward a more unified and liquid blockchain ecosystem where assets, messages, and dApps can move seamlessly across chains, without compromising on security, speed, or user experience.
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 moreSee how Proof-of-Time is able to handle challenges that overcome other consensus mechanisms rather than going with a traditional consensus mechanism such...
Read moreAnalog is expanding. With @solana support coming to Timechain, we're taking another step toward a more unified and liquid blockchain ecosystem where assets, messages, and dApps can move seamlessly across chains, without compromising on security, speed, or user experience.
Read more
