Automation is everywhere: from individuals setting up calendar reminders to massive enterprises integrating, testing, and deploying software changes, automation powers our digital word. In Web2, it’s second nature. Tools like Zapier, Slack integrations, Google Scripts, CRMs, accounting platforms, and email marketing suites all come with built-in automation.
Need to send an invoice every 30 days? Want to notify your sales team when a lead reaches a certain score? Auto-deploy new code to production when your tests pass? All of that can be automated in a simple way.
Most operations in traditional finance are also automated:
- 60-75% of all the trading volume in U.S. equity markets is done through algorithmic trading | Source.
- 98% of all CFOs surveyed by McKinsey are investing in finance automation | Source.
- The network used for electronically moving money between bank accounts across the U.S. processed Over $42 trillion in value in 2024 | Source.
And it’s not just convenience, it’s critical. Automation reduces error, saves time, and allows people and teams to scale their operations without constant manual inputs. Whether it’s finance, logistics, software, or customer engagement, automation is how modern systems run.
But What Happens When You Step into Web3?
Suddenly, all the things we take for granted become difficult. The large number of chains, the cost of execution, and the trustless environment mean that doing something as simple as "send tokens every Monday" is a whole infrastructure and security challenge.
So we want to ask in this blog: what would it take for automation to work in Web3? Could those same Web2 automations work in a decentralized space?
It’s clear that not everything will translate the exact same way, because there are major structural differences between traditional tech stacks and blockchain, but the use cases can be adapted.
Let’s explore some Web2 use cases and their potential counterparts in Web3!
Case Studies in Automation: From Web2 to Web3 With Mimic Protocol
Scheduled Payrolls
Web2
Automating recurring salary payments and bonuses are streamlined in Web2. Services like Gusto, Deel, or ADP handle everything: they pull the funds from the company account, convert currencies if needed, apply tax rules, and distribute salaries or bonuses to teams, often across time zones or countries (although global payments are a different topic).
Web3
If you want to automate payrolls in Web3, you need to take into consideration the distribution of funds to multisigs, or predefined wallets. Imagine you’re a DAO or a DeFi protocol with contributors or stakeholders across chains. You’ve got revenue coming in on Arbitrum, treasury assets held on Ethereum, and payments due to contributors in USDC on Polygon, and maybe one core contributor only accepts wETH. There’s volatility in token prices, slippage on swaps, and bridge delays to consider.
Scheduled Payrolls With Mimic Protocol
Mimic Protocol enables you to encode your payroll logic once, and let automation handle the rest, with full visibility and control. Here’s what the flow could look like:
- Collect Function: automatically collect earnings from deployed contracts or payroll wallet addresses.
- Swap Function: if contributors are paid in stablecoins (USDC, DAI), the Protocol can convert volatile tokens (e.g., AAVE, BAL) into stable assets, or convert to their token of choice.
- Bridge Function: bridge assets from the treasury vault (e.g., on Ethereum) to contributor destination chains (e.g., Polygon).
- Withdraw Function: Once assets are in place, funds are automatically distributed to each contributor or multisig, following the rules you define (e.g., every 30 days).
This is just one way to build a scheduled payroll system. Since everything can be encoded onchain, you could set up this solution to adapt to your specific operations.
Currency Conversions
Web2
Automated foreign exchange (FX) has become a standard feature in tools like Wise, Revolut, and even corporate finance systems. Want to convert EUR to USD every Friday at 9am, or auto-swap only if the rate drops below 1.05? It is possible.
Behind the scenes, these tools shield users from volatility by batching conversions, alerting them to unfavorable conditions, and avoiding execution during spikes in transaction fees or rate spread. All this creates a sense of reliability and predictability, even in the unpredictable world of currency markets.
Web3
In Web3, the same need exists, but it's significantly harder to fulfill. Protocols, DAOs, and yield strategies often earn fees or rewards in volatile governance tokens (like AAVE, BAL, UNI, or COMP). While these assets are useful within their ecosystems, they aren’t ideal for stable operations or payouts. Teams typically want to convert them into stablecoins like USDC or DAI, which serve as a more dependable base for:
- Contributor payments
- DAO treasury allocations
- Grant funding
- Revenue recognition
But unlike in Web2, there's no bank API here, just DEXs, gas fees, and slippage. And timing matters.
Token Conversions With Mimic Protocol
Mimic Protocol enables onchain rules-based token swaps that work just like FX automation, but built for the decentralized, multi-chain world. You can define logic such as: “If my AAVE balance exceeds $3,000, swap to USDC using a DEX aggregator, but only if slippage is under 0.5% and gas is below 100 gwei.” Or, schedule recurring swaps: “Convert UNI to DAI every Monday at noon.” You retain full control over parameters like timing, gas limits, slippage tolerance, and allowed aggregators, all enforced onchain.
With different types of triggers supported, like chronological (time & date), event based (onchain actions or oracle prices), or custom thresholds, you can create token conversion workflows for different use cases, depending on what you want to achieve.
Portfolio Rebalancing
Web2
In traditional finance, investment platforms like Wealthfront, Betterment, or Schwab Intelligent Portfolios offer automated portfolio rebalancing. Users define a target allocation — say, 60% stocks, 30% bonds, 10% cash — and the system automatically adjusts their holdings when the actual mix drifts too far from the target due to market movements.
This kind of automation removes emotion from investing, maintains long-term strategy, and saves investors from tedious manual intervention. These services custody user assets and have centralized authority to move funds freely within the platform. Users trust the system to do what’s right, and the system handles all trades, taxes, and timing behind the scenes.
Web3
In Web3, portfolio rebalancing is just as important, especially for DAOs, treasuries, or yield strategies trying to maintain specific allocations between volatile and stable assets. But the environment is radically different:
- Assets are self-custodied in multisigs or Smart Contracts.
- Rebalancing means manual swaps, bridging, and tracking across multiple chains.
- Every action costs gas, introduces slippage, and requires precise timing.
Several centralized exchanges (CEXes) and related platforms do offer portfolio rebalancing options, though typically with varying levels of automation, control, and asset availability compared to traditional robo-advisors, not to mention relying on a fully centralized system.
Portfolio Rebalancing With Mimic Protocol
With Mimic Protocol, anyone can set up a fully automated portfolio rebalancing system tailored to their on-chain strategy. No spreadsheets, no manual swaps, no middlemen. Users define their ideal asset allocation and configure conditions for rebalancing, whether it's based on time (e.g., every Monday) or thresholds (e.g., when ETH exceeds 60% of the portfolio). Mimic Protocol makes it easy to enforce rules like slippage limits, gas price ceilings, and preferred DEX routes, ensuring swaps only execute under favorable conditions.
Building your own rebalancing system with Mimic makes sense because you control the keys, not a centralized exchange. You gain access to a wider range of assets beyond what CEXes support, can trigger actions based on real-time on-chain conditions, and operate across multiple networks, all without sacrificing transparency or self-custody.
You can read our guide about portfolio rebalancing here: https://www.mimic.fi/blog/rebalance-a-wallet-portfolio-with-mimic-protocol-usd-targets-3-tokens
When This Happens, Do That Automation
Web2
Zapier, IFTTT, Make.com, n8n, and other platforms have made automation accessible to anyone. With a few clicks, users can set up workflows like:
- "When someone submits a form, send a Slack message."
- "Every Friday, export sales data from Shopify to Google Sheets."
- "If a tweet mentions our brand, create a support ticket."
These tools let businesses and creators connect services, respond to events, and automate operations, all without writing code. They abstract away the infrastructure and provide confidence that workflows just work reliably, quietly, in the background.
Web3
Web3 lacks a native automation layer. There’s no “connect your wallet and trigger this task if balance exceeds X” interface. Every action — swaps, bridges, wrapping, rebalances — needs to be executed manually, coded into custom smart contracts, or programmed through internal tooling.
Even basic workflows require manual steps, multisig coordination, and real-time market awareness. Add volatility, gas fees, and multi-chain fragmentation, and suddenly a "simple" automation becomes a full-time job.
Endless Possibilities With Mimic Protocol
Mimic Protocol simplifies that process, making onchain automation programmable, secure, and fully customizable. It allows anyone to build powerful workflows that react to real-time blockchain conditions, like swapping tokens when treasury balances grow, bridging assets during low gas periods, or sending scheduled payouts to contributors.
Every automation is fully defined by the user: what should happen, when it should happen, and under which conditions it’s allowed to execute. Whether you're managing a DAO, automating treasury operations, or building advanced DeFi infrastructure, Mimic gives you the tools to scale safely, with full decentralization & control, and across chains.
About Mimic Protocol
At Mimic, we are building a crosschain automation protocol to simplify the way users build and scale blockchain projects. Mimic Protocol allows developers to define their rules, pick the tasks they want to automate, while the platform handles execution, offering full control over blockchain operations. Mimic enables teams to focus on innovation while the protocol ensures precision, efficiency, and trustless automation.
You can read the Mimic Protocol whitepaper here (pdf will open up).
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