PowPeg is the enhanced security model for the 2WP, by which the HSM devices can distinguish correct signature requests originated in the two-way peg contract from forgeries. It also validates that requests have enough proof-of-work, otherwise they are rejected.

This security feature let RSK nodes isolate other misbehaving nodes, contributing to the overall health of the network.

Gasless clients can interact with RSK contracts without users needing R-BTC to pay for transaction fees.

PowPeg node source code will be made publicly available in code repositories, fostering a more transparent 2WP model

RIF Tools - RIF Plugin with an easy to use interface for hardware wallets, RNS integrated and Lumino Integrated

RIF Directory API for service Providers

Release of the first version for RIF Communications node

Integration of Storage Pinning services into the Marketplace

Armadillo 2.0 enables the definition of a well defined set of alarms that can be broadcast over the RSK network. It is part of a set of improvements to build a merge-mining system that resists all kinds of attackers (see Strong fork-aware merged mining).

Production-ready version for the Rskj garbage collector feature already available in beta. This feature attempts to reclaim historical persisted data that is no longer critical for the operation of the node under certain scenarios, resulting in a reduced required disk space.

Rapid growth of space requirements needs to be addressed in several ways. Complementing blockchain compression features, storage rent establish the right economic incentives so that today's users cannot abuse the blockchain storage, at the expense of future users, leading to a sustainable blockchain. It also makes sure that block verification remains fast and within the limits of a standard laptop. The next step, called storage hibernation, will enable freeing old unused data to shrink the blockchain state even more.

Protocol improvements in the native Bridge contract will allow wallets to support 2WP peg-in transactions to any RSK address defined by the user

RSK VM opcodes to support subroutines, providing compatibility with changes introduced in Ethereum's Berlin hard fork.

Native contract to efficiently perform operations such as BLS signature verification and perform SNARKs verifications, providing compatibility with changes introduced in Ethereum's Berlin hard fork.

Native contract to support BLAKE2b hash function, providing compatibility with changes introduced in Ethereum's Istanbul hard fork.

rLogin is a single sign on solution backed by a self sovereign identity

RIF Lumino release with a new and improved transport layer. RIF Communication makes Lumino more descentralized, scalable and secure

Oracle solution available to all our community

RIF Triggers allow to make actions and/or notify external systems based on smart contracts events.

RIF schedulers will allow the smart contracts deployed on RSK to get notified on certain time events.

Strong Fork-Aware Merge-Mining is the conjunction of several consensus changes that, together, provide a stronger persistence guarantee for merge-mined blockchains.

Brings economic incentives to those running RSK full nodes, favoring the network decentralization.

The Lumino Compression Protocol reduces transaction size & blockchain storage as well as increasing network’s TPS (transactions per second).

Ethereum/RSK trustless token bridge is the decentralized evolution for the already productive Ethereum/RSK token bridge.

Having all critical nodes running the latest version of the RSK client is crucial for the security and health of the network. This feature (although optional) gives node operators the possibility of having their nodes automatically updated.

Improvements to the 2WP will let user do peg-in transactions from bech32 segwit addresses