EOS RAM Review: Leveling Up EOS Infrastructure

Key highlights:

• EOS RAM acts less like cryptocurrency and more like computing “infrastructure” – it’s the essential system memory powering apps on the blockchain.
• To keep RAM availability and prices just right, EOS relies on the Bancor algorithm, the blockchain’s invisible co-pilot keeping supply and demand in harmonic sync.
• Projects like Defibox proved RAM’s versatility, while cultural NFT habitats and virtual worlds consume ever more of this valuable digital real estate.

While many focus on the flashier areas of decentralized finance like NFTs, metaverses, and new blockchain projects, one resource continues to quietly underpin the rapid growth of the EOS blockchain-based economy. EOS RAM has established itself as the mysterious backbone powering a slew of innovative applications behind the scenes. Let’s do a deep dive into this oft-overlooked corner of the EOS ecosystem to understand its evolving role.

RAM 101: A resource unlike any other

EOS RAM is unlike other digital assets or cryptocurrencies. It’s not meant for speculation or investment in the traditional sense. Rather, RAM is the lifeblood keeping applications running smoothly on the EOS network. Conceptualizing RAM requires stepping away from preconceived notions of what a “cryptocurrency” is supposed to be.

At its core, RAM is physical computer memory allocated to smart contracts and accounts on the EOS blockchain. Without RAM, applications simply could not function or store important data on-chain. It serves as the crucial working storage layer that powers everything from simple account creation to sophisticated distributed applications.

In that sense, RAM is more akin to basic computing infrastructure like bandwidth or server space. It’s a utilitarian resource user “rent” from the network to support their activities rather than something traded for profit. The fixed and limited supply of 64GB also lends RAM intrinsic qualities of a scarce asset.

From abundance to scarcity

When EOS first launched in 2018, annual RAM inflations of 64GB aimed to keep costs low for users. However, over-supply concerns emerged as available RAM ballooned over 400GB. More RAM meant lower hardware demands and costs for blockchain validators, but it also risked undervaluing the resource.

The BP MSIG proposal to stop RAM inflation on #EOS has passed! ?️

A brief explanation and history ?

? The RAM marketplace on EOS is a free market on the #EOSNetwork that is powered by an $EOS<>EOSRAM Bancor relay. It allows users to buy and sell the EOS RAM, an integral… pic.twitter.com/QXS82m8cwf

— EOS Network Foundation (@EOSNetworkFDN) December 18, 2023

In late 2023, a consensus-passed proposal halted further RAM issuance based on these considerations. This single change kicked off a revolution in how the blockchain community perceives EOS RAM. Freed from infinite annual expansions, RAM’s hard cap coupled with increasing adoption triggered monumental price rises. It shifted RAM from an abundant afterthought into a prized scarce commodity driving new use cases and opportunities.

Enter the Bancor algorithm: Taming a free market

Given its critical nature, EOS employs an innovative free market system for RAM allocation rather than centralized control. The Bancor algorithm governs this delicate balancing act, maintaining equitable pricing and liquidity as supply dwindles.

Functioning similar to a constant product market maker, Bancor links RAM to the blockchain’s EOS tokens in a special liquidity pool. As RAM reserves decrease, the ratio of EOS per RAM unit rises algorithmically to clear the market. This embedded relay prevents shortages while discovering RAM’s true economic value derived from supply and demand.

It’s an elegant solution befitting the open, permissionless ethos of blockchain. Individual users participate in RAM trading freely without oversight. Meanwhile, the invisible hand of Bancor’s math ensures the market continues serving the greater good of the network during times of volatility or crisis. Much like the protocols that power them, decentralized systems can achieve coordinated outcomes through consensus and cleverly designed incentives.

The rise of DeFi infrastructure tokens

One project leveraging Bancor’s protocol to maximize RAM liquidity is Defibox and its bRAM token. By issuing limited certificates representing real on-chain EOS RAM, bRAM expands RAM into liquid DeFi markets through its various applications.

Holders gain revenue-generating options like depositing bRAM into money market protocols or using it as loan collateral. Traders appreciate bRAM’s cross-chain interoperability, finding liquid bRAM pools on Ethereum Layer 2s and centralized exchanges. This unprecedented degree of flexibility revolutionized how people appreciate and interact with a fundamental blockchain resource.

The bRAM experiment spawned copycats on several networks, propelling “infrastructure tokens” into their ascendant sector. Rather than siloed resources, these hybrid assets integrate basic blockchain components into wider Defi protocols. In the process, they generate greater economic feedback loops and yield opportunities for participants while strengthening the protocols themselves. Expect future innovations in composability and cooperation between interwoven pieces of the complex decentralized financing puzzle.

An (R)evolution in usage

As RAM ownership disaggregates through tokens, its consumption diversifies in kind. EOS RAM underwrites a whole universe of activity beyond imagination in the network’s early days. Flagship Dapps like Ultra now use over 7GB of RAM to power their sprawling virtual economies.

The advent of EOS EVM brought a new surge of demand from Ethereum migrants and their smart contracts. Dedicated organizations like Greymass use EVM fee revenue to purchase RAM, directly linking the growth of one part of the ecosystem to strengthening another.

NFT projects dominate the latest cycle of RAM usage. While artwork NFTs require less storage than complex tokens, their proliferation means mushrooming RAM footprints. As creatives continue migrating to web3, such cultural works will find increasingly supportive infrastructure built on the backs of early resources and communities like EOS.

In a sense, RAM’s scarcity-encoded value incentivizes precisely the kinds of cooperative behaviors and reuses that move blockchain networks toward sustainability. Rather than short-term extractive mindsets, participants recognize the long-term benefits of reinvesting today to empower tomorrow. When economic and environmental interests align, progress tends to follow.

The bottom line

From its beginnings as an abundant afterthought, EOS RAM has grown into the bedrock stealthily undergirding a thriving independent blockchain meta-economy. Through community evolution and innovative applications of clever algorithms like Bancor, RAM transitioned to a recognized store of value driving new opportunities across the EOS ecosystem and beyond. Adaptability, reuse, and finding higher-level synergies between interdependent parts promote long-term resilience over individual optimizations.

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