Base Capacitor

1. Abstract

Base Capacitor (CAP) is a fair-launch mineable token deployed on the Base network. Inspired by Bitcoin's core economic principles — fixed supply, predictable issuance, and halving cycles — CAP brings a store-of-value model to one of the fastest growing Layer 2 networks in the Ethereum ecosystem.

Unlike Bitcoin, CAP does not require dedicated mining hardware or the consumption of raw energy. Instead, users participate by converting ETH — itself a product of real energy expenditure through Ethereum's proof-of-work history — into CAP rewards through an on-chain mining dashboard. This creates an energy-efficient participation model that preserves the economic spirit of proof-of-work without its environmental cost.

With a maximum supply of 21,000,000 CAP, a 4-year halving schedule, a renounced contract, and gas-sponsored transactions via the Base Paymaster, Base Capacitor is designed to be accessible, transparent, and fair from day one.

2. Introduction

2.1 The Problem

Bitcoin demonstrated that a fixed-supply, algorithmically issued digital asset with no central authority could function as a credible store of value. However, Bitcoin's proof-of-work model carries significant barriers to entry — specialised hardware, high energy consumption, and a mining ecosystem dominated by large operators.

For everyday users, participating in Bitcoin's monetary system as a miner is effectively out of reach. The result is that most people interact with Bitcoin only as buyers on exchanges, missing the participatory and fair-distribution aspect that made early Bitcoin compelling.

2.2 The Opportunity

The Base network — a Layer 2 built on Ethereum — offers fast, low-cost, and secure transactions with a growing ecosystem of users and developers. The vast majority of ETH in circulation today was itself mined using real-world energy under Ethereum's original proof-of-work consensus. This ETH carries the embedded value of that energy expenditure.

Base Capacitor leverages this insight: by requiring users to spend ETH — energy-backed value — to participate in CAP mining, the project maintains a meaningful economic cost of participation without requiring new energy consumption. Users are effectively recycling the value of already-expended energy into a new, scarce digital asset.

3. Token Economics

3.1 Fixed Supply

CAP has a maximum supply of 21,000,000 tokens — identical to Bitcoin's 21 million BTC cap. This supply ceiling is hardcoded into the smart contract and cannot be changed. No pre-mine, no team allocation, no investor reserve. Every CAP token in existence is earned through the mining mechanism.

3.2 Block Rewards & Halving

The mining reward structure mirrors Bitcoin's halving model:

• Starting block reward: 50 CAP per block
• Halving interval: every 4 years
• After first halving: 25 CAP per block
• After second halving: 12.5 CAP per block
• Continues until the 21 million supply cap is reached

This predictable, transparent issuance schedule ensures that early participants are rewarded while long-term scarcity is mathematically guaranteed.

3.3 Mining Cost & Treasury

Each miner pays 0.0001 ETH per block to participate. This fee serves as the economic cost of mining — equivalent in spirit to the energy cost in proof-of-work systems.

To understand Base Capacitor's approach to the ETH collected through mining, it helps to look at Bitcoin's early years. In Bitcoin's first four years, BTC was mined cheaply using everyday computers and graphics cards — long before the era of ASICs and industrial mining farms. The enormous energy input that backs Bitcoin's value today did not exist at the beginning. Bitcoin's early phase was about building the network, distributing coins fairly, and establishing the foundation before the world took notice.

Base Capacitor takes the same phased approach. During the first four years, ETH collected through mining fees will be converted to USDC and held in a project treasury. This treasury exists solely to cover the real-world infrastructure costs that keep the platform running — Coinbase Paymaster gas sponsorship, Alchemy RPC services, Cloudflare, AWS, and other backend costs — ensuring the platform remains free and accessible to all users throughout the early growth phase.

Once the treasury is sufficiently funded to sustain ongoing operations and a meaningful liquidity pool has been established to support healthy trading of CAP on decentralized exchanges, the project will transition to Phase 2. At that point, incoming ETH will begin building a diversified asset portfolio designed to back the value of CAP. This portfolio will be allocated approximately as follows:

• 30–50% ETH — the primary reserve asset
• BTC and select altcoins — diversified crypto exposure
• USDC — stable reserve earning yield

Full transparency is a core principle of this approach. The asset portfolio will be publicly viewable on the Base Capacitor website, giving any holder or prospective participant real-time visibility into what backs the project — at any time, with no barriers.

3.4 Miner Limits

To ensure fair distribution and prevent whale domination, each wallet is limited to a maximum of 25 active miners. This design choice reflects the ethos of accessibility and fairness that underpins the project.

3.5 Token Summary

4. Synthetic Hashrate

4.1 Redefining Mining Power

In traditional proof-of-work systems like Bitcoin, hashrate is a measure of raw computational power — determined by the number and quality of mining machines a participant operates. It is a proxy for burned electricity and capital spent on hardware. The more you spend on ASICs and energy, the more hashrate you have, and the larger your share of the block reward.

Base Capacitor introduces a fundamentally different concept: Synthetic Hashrate. In this model, hashrate is not measured in terahashes per second — it is measured in ETH committed per block. Each active miner represents a unit of Synthetic Hashrate. A user's share of the block reward is proportional to the number of miners they operate relative to the total active miners on the network at that time.

This is not a compromise on the proof-of-work model — it is an evolution of it. The economic incentives are preserved. The competitive dynamic is preserved. The energy waste is eliminated.

4.2 ETH as Energy

In Bitcoin, participants spend capital on electricity and hardware to compete for block rewards. That capital leaves the ecosystem entirely — it goes to power companies and hardware manufacturers. In Base Capacitor, the "energy" required to mine is ETH. Crucially, this ETH does not leave the ecosystem. It flows directly into the project treasury, where it is converted to USDC to sustain infrastructure and ultimately build the asset portfolio that backs CAP's value.

This creates what can be described as a Value-Inbound Engine. In traditional mining, spent capital is gone. In Base Capacitor, spent capital becomes stored value. Every unit of Synthetic Hashrate deployed by a miner is simultaneously a participation in CAP distribution and a contribution to the treasury that underpins CAP's long-term value.

4.3 The Self-Regulating Economy

Like Bitcoin's difficulty adjustment, Base Capacitor's Synthetic Hashrate model contains a natural self-correction mechanism that keeps the ecosystem in balance:

• As more miners join, the block reward is shared across more participants — individual yield per miner decreases
• When the cost of operating a miner exceeds the market value of the CAP reward, rational miners deactivate — reducing total active miners
• As total miners decrease, the reward per remaining miner increases — making mining profitable again
• This draws new miners back in, and the cycle continues

The result is a living, self-regulating economy where mining profitability naturally finds equilibrium without any central intervention. No admin can adjust difficulty. No committee votes on parameters. The market does it automatically.

4.4 Democratized Participation

One of the most significant advantages of Synthetic Hashrate over traditional proof-of-work is accessibility. In Bitcoin mining, a participant without access to industrial-grade ASICs and cheap electricity cannot compete meaningfully. The barrier to entry has grown so high that individual participation is effectively impossible.

In Base Capacitor, the barrier to entry is 0.0001 ETH per block — a fraction of a cent in transaction terms on the Base network. Any wallet holder anywhere in the world can deploy a miner and earn a proportional share of the block reward. There is no hardware to buy, no electricity bill to pay, and no mining pool to join. The playing field is as level as it can be, bounded only by the 25-miner-per-wallet cap that prevents any single participant from dominating the network.

Synthetic Hashrate does not just replicate Bitcoin's economic model — it opens it to everyone.

5. The Mining Mechanism

4.1 How It Works

• Step 1 — Connect: Users connect their wallet (MetaMask, Coinbase Wallet, or Base Smart Wallet) to the Base Capacitor dashboard at basecap.org.
• Step 2 — Create a Miner: Users deploy one or more miners by funding them with ETH. Each miner costs 0.0001 ETH per block to operate.
• Step 3 — Earn Rewards: Active miners earn CAP rewards each block. Rewards accumulate and can be claimed at any time directly to the user's wallet.
• Step 4 — Manage: Users can fund, pause, or deactivate miners at any time through the dashboard. The system is fully non-custodial.

4.2 Fair Launch

There was no presale, no private round, and no insider allocation. The contract was deployed and immediately renounced — meaning no admin keys exist and no party, including the creator, can modify the contract's behaviour. Every CAP token must be earned through the mining process.

4.3 Gas-Sponsored Transactions

To lower the barrier to entry for new users, Base Capacitor integrates with the Coinbase Paymaster system. Users connecting via a Base Smart Wallet have their transaction gas fees sponsored by the project — they see "Sponsored by Base Capacitor" in their wallet approval screen.

6. Technical Architecture

5.1 Smart Contract

The Base Capacitor smart contract is deployed, verified on Basescan, and renounced — ownership has been transferred to the zero address, making it permanently immutable. No upgrades, no admin functions, no back doors.

5.2 Backend Infrastructure

• AWS Lambda: Handles JWT token issuance for authenticated paymaster requests. Each connecting wallet receives a short-lived signed token that authorizes gas sponsorship.
• Cloudflare Worker Paymaster Proxy: Verifies JWT tokens, enforces rate limiting (10 ops/min per wallet), strips client headers, and injects Base Capacitor sponsor branding into paymaster responses.
• Coinbase Developer Platform Paymaster: Sponsors gas fees for Base Smart Wallet users with whitelisted contract functions.
• Server Wallet: A CDP-managed server wallet handles automated backend operations.

5.3 Security Design

• JWT tokens expire after 1 hour and are signed with a secret never exposed to the browser
• The Cloudflare Worker fails closed — any error results in a blocked request
• The CDP API key is never exposed client-side — all paymaster calls are proxied
• Rate limiting prevents abuse of gas sponsorship by any single wallet
• The smart contract is immutable — renounced with no admin functions

7. Why Base

Base is a Layer 2 network built on Ethereum and developed by Coinbase. It offers:

• Low transaction fees — fractions of a cent per transaction
• Fast finality — transactions confirm in seconds
• Ethereum security — inherits the security of the Ethereum mainnet
• Growing ecosystem — rapidly expanding user base and developer activity
• Coinbase integration — seamless onboarding for millions of Coinbase users

Base's combination of low cost, high speed, and strong institutional backing makes it an ideal home for a mining-based token where users are making frequent small transactions.

8. CAP vs Bitcoin — Similarities & Differences

7.1 Similarities

• Fixed maximum supply — 21 million units
• Predictable issuance — block rewards with a 4-year halving schedule
• Fair launch — no pre-mine, no insider allocation
• Decentralized — renounced contract, no admin control
• Economic cost of participation — ETH spent to mine CAP

7.2 Key Differences

• No raw energy consumption: CAP mining does not require proof-of-work computation or specialised hardware. The economic cost is ETH rather than new electricity consumption.
• Accessible participation: Any user with a wallet and a small amount of ETH can mine CAP. No ASICs, no mining pools, no technical setup beyond connecting to the dashboard.
• Built on Base: CAP operates as a token on Base, inheriting Base's security rather than maintaining a separate network.
• No network effect (yet): Bitcoin's value is supported by a massive global network built over 15 years. CAP adopts Bitcoin's economic model as an inspiration, not as a guarantee of value.

9. Liquidity & Exchange

CAP is currently available for trading on Aerodrome Finance, the leading decentralized exchange on Base. Liquidity is in early stages and will grow organically as the user base expands.

The project's approach to liquidity is organic and community-driven — no artificial liquidity injections or market manipulation. As more users mine and hold CAP, natural buy and sell pressure will develop on the open market.

Future exchange listings will be pursued as trading volume and community size grow to meet listing criteria.

10. Roadmap

Current — Q1 2026

• Smart contract deployed and verified on Base mainnet
• Mining dashboard live at basecap.org
• Gas-sponsored transactions via Base Paymaster
• Aerodrome liquidity pool established
• Token info submission to Basescan
• X (Twitter) community launched

Near Term

• Grow active miner base and community
• CoinGecko listing application
• Additional exchange listings as volume grows
• Continued infrastructure scaling via AWS and Cloudflare

Long Term

• Establish CAP as a recognized store-of-value asset on Base
• Expand community across social platforms
• Explore ecosystem integrations as the Base network matures

11. Legal Disclaimer

This white paper is provided for informational purposes only and does not constitute financial advice, investment advice, or a solicitation to buy or sell any asset. Participation in Base Capacitor mining involves risk, including the risk of loss of ETH used for mining fees.

CAP is a utility token used within the Base Capacitor mining ecosystem. It is not a security, does not represent ownership in any company, and does not carry any promise of financial return.

Users are responsible for understanding the risks of interacting with smart contracts and decentralized applications. The Base Capacitor smart contract is immutable and renounced — there is no mechanism to recover lost funds or reverse transactions.

Infinity Chain makes no representations regarding the future value of CAP tokens.