Summary: So, when folks in charge start typing in terms like “Blockchain API Integration,” “Blockchain API Tutorial,” and “API in Blockchain,” they usually have three distinct things in mind. In this post, we're going to dive into those intents and share some fresh, developer-friendly patterns that you can easily implement in production for EVM, Solana, and Bitcoin. We've got some great examples lined up to help you out, so let's get started! Let’s dive into some interesting topics like EIP-4844 blobs, the wallet APIs from ERC-4337 and ERC-7702, plus the whole idea of paymasters and passkeys (we’re talking RIP-7212 and EIP-7951 here). We're also going to cover Substreams, CCIP, and WebSockets/webhooks. Oh, and don't forget about fee estimation and making sure you can rely on your services across different providers. It's a lot to unpack, but we’ll get through it together!

Blockchain API Integration vs Blockchain API Tutorial vs API in Blockchain: Developer‑Friendly Patterns

So, if you're running a startup or even a larger company that's taking the plunge into blockchain, you're probably going to run into three key buzzwords that keep coming up in searches and requests for proposals (RFPs). They might seem pretty similar at first, but each one actually points to something different.

Blockchain API Integration: Let’s connect your product to node and data APIs--basically, think about RPCs, indexers, and webhooks. We’ll make sure everything runs smoothly, stays secure, and is super easy to monitor.
Blockchain API Tutorial: This is an easy-to-follow guide designed for developers. It’ll take you step-by-step through using particular chains or features, so you can get the hang of it in no time! For instance, you could check out how to send a blob transaction or figure out how to set up a paymaster. They’re really cool skills to have!
APIs in Blockchain: Building on-chain and wallet-layer interfaces that function like APIs. "Basically, we're talking about features like smart-contract modularity, account abstraction, and cross-chain messaging. These make it super easy for other apps to connect with what you’ve created."

Here’s a little guide we use at 7Block Labs to combine scoping, designing, and hardening these three requests into a solid roadmap.

1) What belongs in a “Blockchain API integration” (and what doesn’t)

A good integration plan really nails down three main layers:

1) Transport and Data Access

Low-level RPC and subscriptions: So, we're diving into JSON-RPC over HTTPS and WebSockets here. This is particularly relevant for platforms like Ethereum and those cool Layer 2 solutions. It's really crucial to get a handle on the limits that providers put in place and to be aware of how things could go wrong.
Example: So, when you're working with the eth_getLogs method, keep in mind that things like the block range and payload limits can vary based on which provider you're using and the specific chain involved. It's a good idea to keep pagination in mind and be ready to try some requests again if you need to. Alchemy gives you the lowdown on specific ranges for each chain, with a 150MB cap thrown in there. On the flip side, Chainstack recommends keeping things a bit more conservative. So, for Ethereum, they're saying to aim for about 5,000 blocks, and for Polygon, around 3,000 blocks should do the trick. Honestly, it’s a good idea to set your scanners to be paginated by default. Check this out: (alchemy.com).
Subscriptions: If you're looking to stay updated, you can use eth_subscribe to catch new heads, logs, and pending transactions through WebSockets. It's a handy way to keep track of everything in real-time! Hey, don’t forget to take care of those idle timeouts and reconnections! Infura has some awesome tips on keepalive and retry strategies that you might find super helpful. Check this out: (docs.metamask.io). It’s got some great info!
Managed, Indexed APIs: If you're diving into portfolio, token, or NFT data, you’re definitely going to want to check out those indexed endpoints. They make your life a lot easier when handling all that info! They'll take the stress out of building your own pipelines! The QuickNode Token API comes packed with some really useful features. For instance, you can easily check your wallet's token balance using qn_getWalletTokenBalance. Plus, you won’t have to wade through contracts just to get token metadata - it’s all super accessible! On top of that, its multi-chain stablecoin API makes it super easy to gather balances from EVM, SVM, and TRON all at once. It’s really handy if you want to keep tabs on your treasury or run compliance checks. Take a look at this: (quicknode.com).
Streaming and Big Query: If you’re working with super quick event processing or just need to get on top of indexing, definitely look into Substreams from The Graph/StreamingFast. It's pretty cool! It’s got this cool feature for parallel block processing that makes reorg handling with cursors a breeze! Plus, you can easily sink data straight into formats like Parquet, JSONL, Kafka, or even power subgraphs. Super convenient, right? It’s a solid option when RPC polling or WebSockets just can’t handle the load. (thegraph.com).

2) Transactions and Fees

EIP-1559 Fee Selection: For setting fees, how about we take the maxFeePerGas and maxPriorityFeePerGas straight from the eth_feeHistory percentiles? It’s way better than relying on fixed tips! It’s definitely worth it to set a safety net with a floor and ceiling that fits the importance of your business. This way, you’ll have some protection in place! If you want to learn more, check it out here: eips.ethereum.org.
Finality semantics: When it comes to transaction confirmations, we can definitely use "included" for the quicker ones. But for those bigger transactions that really matter, let's shoot for "finalized." Hey there! Just wanted to give you a quick heads-up: on Ethereum, we're expecting finality to hit after two epochs, which is roughly 12 minutes. Nowadays, it usually takes about 8 to 15 minutes. Make sure to keep an eye on the roadmap as it moves closer to single-slot finality. But for the time being, let’s just stick with that rough estimate of around 15 minutes. If you want to dive deeper into the details, just click here: (notes.ethereum.org). Happy reading!

3) Reliability and Observability

Multi-provider RPC strategy: Don’t forget to set up those health checks, confirm your chain IDs, and utilize hedged requests when sending and reading data. It really helps keep things running smoothly! Make sure to jot down those request IDs along with the upstream origin. It'll really help with tracking things down later on!
Webhooks/Notify: Whenever possible, try to use provider webhooks for alerts and backfills. They can really streamline your process! Here’s a fun little update: Infura just snagged HAL, and with that, they’ve rolled out some pretty nifty first-party on-chain notifications to their lineup. Feel free to take a look at this link: here. It’s got all the details on the topic!
Check Out Request Logs and Triage: Take some time to explore those provider request logs and error catalogs. They’re super helpful for getting the most out of your logs! If you want to dodge those annoying 429 errors, a good tip is to throttle or batch your requests. It can really help keep things running smoothly! Make sure you keep an eye on those well-known hot spots, like getLogs, so you can catch any potential issues before they blow up. If you’re looking for more info, just click here. You’ll find all the details you need!

2) What a “Blockchain API tutorial” should teach in 2026

I’ve put together some quick and handy examples that your team can effortlessly include in your internal runbooks.

2.1 EVM: read and stream events--safely and fast

Hey there! So, just a quick note about the paged scanner for Transfer events--I've got the design details laid out, but just to be clear, I haven’t included the full code yet. Let's break down those ranges into the recommended windows that providers suggest--like the 5k blocks on ETH. If a window times out, give it another shot--just make sure to take a step back and maybe split it in half. Just make sure you’re keeping an eye on the address or topics, and remember to set toBlock to the latest N. This way, you can avoid any annoying lag. Make sure to save the last scanned block and set up a reorg reconciliation cursor. A good way to do this is by using “removed”: true from the logs subscriptions. (docs.chainstack.com).

So, here's a basic outline for setting up a WebSocket subscription. We're focusing on newHeads and making sure it can automatically reconnect if things go sideways. Alright, let's get your keepalive and maxAttempts sorted out. Just go ahead and set those up! Infura is a great example of how to set up keepalive and retry for WebSocket clients. It’s super straightforward, which makes it easy for developers to take inspiration from their approach. Take a look at this link: support.infura.io. You'll find some useful info there!

2.2 Ethereum Dencun/EIP‑4844: how blob transactions change your integration

So, here’s the scoop: Type-3 “blob-carrying” transactions have rolled out, bringing along some cool new blob fields and a brand-new “blob gas” market. This one’s all about managing a set number of blobs in each block. Exciting stuff! You'll also spot some fresh info in the block headers, like blob_gas_used and excess_blob_gas. Hey there! So, it turns out that rollups are now being encouraged to use blobs instead of calldata. This change is all about cutting down on those data availability costs. Just thought you might find that interesting! (eips.ethereum.org).

Here's what you should keep in mind: The blob base fee is kind of like the EIP-1559 fee system, but it runs on its own. Just a quick reminder: don’t confuse this with the EVM baseFee. Make sure to watch that one separately! (blocknative.com). Hey, just a heads up--blobs are only around for about 18 days before they disappear. Don't rely on them for storing your data long-term. It's a good idea to keep your L2 batch data off-chain or stored on a DA layer instead. Trust me, it'll save you some headaches later on! (migalabs.io).

Impact on business: So, the Dencun upgrade went live on March 13, 2024, and it really shook things up by significantly lowering the costs for posting on Layer 2. Just a heads-up: remember to factor in this change while you're working on your unit economics and figuring out those fees for L2 transactions. (theblock.co).

2.3 Account Abstraction you can actually ship

ERC‑4337 Bundlers: So, these folks are now on board with some standard JSON-RPC methods. They’re using things like eth_sendUserOperation, eth_estimateUserOperationGas, eth_getUserOperationReceipt/ByHash, and eth_supportedEntryPoints. It's a pretty neat upgrade! Just a heads up, make sure you hold onto those EntryPoint address constants for v0! 6 and v0.

7. Looks like there’s a plan in the works to move away from version 0. 6 by 2026. Feel free to take a look at sample endpoints from Alchemy, along with some open-source bundlers like Pimlico Alto. It’s a great way to compare and see how they measure up against each other! (alchemy.com).

Wallet APIs that go beyond 4337: So, EIP-5792 rolls out some cool new features like wallet_sendCalls, getCallsStatus, and getCapabilities. What this really means is that it’s setting the stage for wallet-side batching and discovery, making things a lot smoother on that front. Consider these as the key "app<->wallet" APIs to keep an eye on for both browser and native experiences. Take a look at this: (eips.ethereum.org). It's pretty interesting! Alright, so here’s what I wanted to share. We’ve got some cool features lined up! First off, there's atomic batching, which we like to call “atomic.” It’s a game changer! Plus, we’re also implementing flow control through EIP‑7867, which is pretty exciting. And guess what? We’re working on some tailor-made capability sets specifically for account abstraction (AA) with ERC‑7902 coming soon. Stay tuned for more updates! In your app, it’s smart to check out these capabilities first and then adjust the user experience to fit. Want to learn more? Check it out here: eip5792.xyz.
Paymasters in action:
Biconomy: They’ve got some really neat dashboard APIs that let you set spending limits, manage whitelisted contracts and methods, and even utilize webhooks to keep tabs on your sponsorships. It's really convenient for keeping track of your budget for each user or method. Check it out here.
Pimlico: This one’s pretty cool! It handles ERC-20 and lets you check out paymasters using signed quotes. Oh, and it also works with different versions of EntryPoint, which is a nice bonus. If you're thinking about using tokens as gas, that's a pretty great option! If you’re looking for more details, you can check it out here.
Passkeys with P‑256: So, a bunch of Layer 2 solutions, like Optimism, Arbitrum, and Polygon, have introduced the secp256r1 (P-256) verification precompile recently. This little upgrade is actually based on the RIP-7212 lineage. Pretty cool, right? If you've got a WebAuthn passkey, good news--you can dive right into your smart accounts! And just a heads up, the mainnet EIP-7951, which follows up on RIP-7212, is in the final review phase right now. So, definitely stay tuned for updates on that! The current approach is to kick things off on Layer 2 and then look at rolling out EIP-7951 on Layer 1 later on. Take a look at this: (gov.optimism.io). It's definitely worth your time!
7702 reality check:
EIP-7702 is shaking things up a bit by introducing a new transaction type that lets externally owned accounts (EOAs) function like contracts when making transactions. This is definitely closer to the 4337 model instead of the 3074. Hey, just a quick heads-up! It's not available everywhere just yet--kind of still in the early stages. Don’t forget to take a look at those security analyses discussing the latest phishing techniques. If authorizations aren't handled properly, we might see some new tricks popping up. It might be a good idea to think about a defense-in-depth strategy for the user experience too! (eips.ethereum.org).

2.4 Cross‑chain that ships now

So, since April 24, 2024, Chainlink's CCIP has been a game changer! It allows you to send messages and move tokens across an ever-growing list of blockchains. Pretty cool, right? It's got some pretty cool features, like rate limiting to keep things in check, and there's also a super convenient directory that lists all the supported networks and tokens. If you want to speed up your CI process, definitely give the local simulator a try! If you’re looking for a reliable production-grade bridge for those enterprise pilots in 2026, definitely keep CCIP on your radar as the top pick for your RFP baseline. (blog.chain.link).

2.5 Solana: the API surface is different--design for compute and priority fees

Fees: So, here’s the deal: there’s a basic fee for every signature you get, and on top of that, you have the option to pay a priority fee. This one is worked out in micro-lamports for each compute unit (CU). Just a quick reminder to clearly set your CU limit and price. And hey, try not to go overboard with your CUs because that just ends up wasting those priority fees. Keep it efficient! Take advantage of what vendors suggest and dive into the analytics to pinpoint the perfect balance for your credit unions. (solana.com).
MEV/Jito: Jito lets you bundle up to 5 transactions together, which means everything happens at once and lands quickly. Pretty handy, right? Oh, and make sure to include Jito’s JSON-RPC/gRPC for those crucial time-sensitive transactions. You know, stuff like DEX trades and liquidations that really need to be fast. It could make all the difference! (docs.jito.wtf).

2.6 Bitcoin: PSBT workflow for custody/treasury

Alright, here’s a simple step-by-step guide you’ll want to stick to: first, start with walletcreatefundedpsbt. Then, move on to walletprocesspsbt. After that, don’t forget to decodepsbt or inspect it. Finally, wrap it all up by finalizing or sending it off. Easy enough, right? Don't forget to pin the versions (v26/v27) in your documentation and SDKs! It's super important to keep everything on track. With this approach, you can keep signing your PSBT off the main system while still being able to track everything. Take a look at this link for more info: bitcoincore.org. You might find it super useful!

3) “API in blockchain”: treat smart accounts, wallets, and contracts as your API surface

Think Beyond Node Endpoints

Hey there! By 2026, you can probably expect to see your on-chain API integrated into wallet and account standards. So, it’s a good time to start broadening your perspective!

Wallet Capability APIs (EIP‑5792/7871/7867): With these APIs, your front end can easily explore the cool features that the wallet brings to the table, such as batching transactions or tweaking AA gas settings. It's like giving your app a little boost with all those handy options! Alright, now you’re ready to dive in and whip up a batch! It’s all about crafting an API contract that you'll want to keep track of through different versions and test as part of your continuous integration process.
Check it out here.
Modular accounts (ERC‑6900): Imagine this as a handy way to bundle together standard interfaces for smart-account “plugins” like session keys and spending limits. It’s like having a toolkit that makes managing your account features a breeze! It turns those API methods into reusable modules that other teams can easily use without any worries. Learn more here.
Diamonds (ERC-2535): If you're diving into high-surface enterprise contracts, this is a game-changer. It allows you to work with multi-facet proxies, which can really streamline things. So, basically, that means you can keep your contract addresses steady and reliable while you mix things up with different methods! It’s the top pick for contracts that need to function like a solid API and adapt as governance changes. More info here.
Identity and auth: Thanks to SIWE (ERC‑4361) and ReCaps (ERC‑5573), you can easily authorize off-chain service scopes in the same way you do for on-chain calls. It's pretty straightforward! This really helps reduce the issue of “secret sprawl” and makes getting consent way easier and more straightforward. On top of that, CAIP‑2/10 gives you reliable cross-chain identifiers, which are great for keeping your logs and analytics in order. Dive deeper here.

4) Emerging best practices we’re standardizing in 2026 builds

If you find that 4337 really enhances the user experience, then definitely go for it! But if it doesn’t seem worth it, just stick with EIP‑5792 for wallet batching for now. And don’t forget about EIP‑7702; keep it on your radar for the future! Your app can definitely be AA-aware right from the start without having to set up a whole new mempool from scratch.
(eips.ethereum.org). Alright, so when you're dealing with passkeys, make sure to tackle L2 first using RIP-7212. Also, try to group your owners together as mixed sets, like k1 combined with P-256. And hey, don’t overlook the importance of keeping track of the rotation! Make sure to keep an eye on EIP-7951 for its compatibility with L1! (forum.arbitrum.foundation). When dealing with large logs, it’s a good idea to steer clear of querying from "earliest" to "latest". “Try using pagination with checkpoints instead. If you’ve got to go through everything, think about indexing those key topics using Substreams.” (docs.chainstack.com).

The fee policy should really reflect how essential the business is.
If you're looking to save some cash, check out the latest economy tips based on the most recent feeHistory percentiles. Alright, here’s the deal: if you’re aiming for a high-value opportunity, shoot for that pending percentile N. Just make sure to hedge your bets with a premium and set a deadline. And remember, if the base fee jumps up by more than X% since you got your quote, don’t hesitate to back out! (alchemy.com). When it comes to finality gates for ETH, let's go with "included" for a better user experience and stick with "finalized" when we're talking about settlement. When you're working with Solana, just keep an eye on confirmations and commitments along with those program-level invariants. On the flip side, for Bitcoin, you’ll want to look at the block depth, and that’ll depend on what level of risk you're comfortable with. It's all about finding that sweet spot! (ethereum.org). If you’re looking to tackle cross-chain stuff, definitely check out CCIP. It’s perfect when you need some solid security controls from vendors along with an asset and chain directory. And hey, to make things easier, stick to those runbooks that have been tested in simulators. They’ll save you a lot of headaches! (docs.chain.link).
Lastly, when it comes to observability, don’t forget to attach correlation IDs to each upstream call. It’s a good idea to sample those raw RPC payloads too. And make sure you're sending out metrics for block lag, reorgs, and how users are experiencing latency. Trust me, it makes a big difference!

5) A buyer’s decision checklist (map “integration” vs “tutorial” vs “on‑chain API”)

Integration We've lined up node providers for every chain, and they come with SLAs and support for WebSockets too! Hey, why not take a look at our indexed data APIs? We've got tools for tokens, NFTs, and portfolios all set up for you. No need to reinvent the wheel with ETL--it's all ready to go! Hey there! Just wanted to let you know that our streaming and indexing stack, called Substreams, gives you way more throughput than just using WebSockets alone. It's pretty powerful!
Stay on top of status updates by using webhooks and notification hooks to keep an eye on SLA alerts. We've got multi-provider send and read all set up! Plus, we’ve made sure to incorporate hedging and verify the chainId, so everything runs smoothly. Oh, and make sure you keep CI smoke tests in mind for eth_feeHistory, getLogs paging, and dealing with reorgs! Check it out here: quicknode.com.
Tutorial Hey there! Just a heads up, we've got some super useful internal runbooks that cover a bunch of important stuff. You can find specifics on userOps (4337), wallet_sendCalls (5792), passkey signatures (P-256), CCIP message and token transfers, Solana CU configuration, and PSBT flows. They're really handy for navigating through everything! The staging environments set up include a 4337 bundler sandbox, a CCIP local simulator, and some Jito dev access tokens. Pretty cool stuff! Check them out! (alchemy.com).
API in blockchain We're going with Diamonds/6900 modules for our contract design. This choice really helps us keep things upgradable and ensures everything is safe and sound. So, if you're diving into the wallet/API side of things, don’t forget to tap into the 5792 features, utilize the 7871 signing, and keep an eye on the 7867 flow control. They can really make a difference! When it comes to identity and consent, we’re really focusing on SIWE and ReCaps scopes, plus the CAIP-2/10 for resource identifiers. It's all about making sure we're on the same page! (eips.ethereum.org).

6) Brief “how‑to” snippets you can adapt

ERC-4337 sendUserOperation (Just a heads up, the fields are a bit different when it comes to EntryPoint v0.) 6 and v0. Hey! Just a heads up: be sure to estimate everything first before you send it over. And don't forget to check in for the receipt, okay? Thanks!

POST /bundler
{"jsonrpc":"2.0","id":1,"method":"eth_estimateUserOperationGas",
 "params":[{ "sender":"0x...", "nonce":"0x...", "callData":"0x...", "maxFeePerGas":"0x...",
            "maxPriorityFeePerGas":"0x...", "signature":"0x..." },
           "0x0000000071727De22E5E9d8BAf0edAc6f37da032"]}  // EntryPoint v0.7

Now, go ahead and use eth_sendUserOperation along with the gas fields you just got. After that, just keep an eye on things by checking in with eth_getUserOperationReceipt. It's a handy way to stay updated! If you want to dive deeper into this topic, you can check out more details here. Happy exploring!

Wallet batching with EIP-5792 (first, you find it, then you send it):

provider.request({ method: "wallet_getCapabilities", params: ["0xYourAddr", ["0x1"]] })
// if atomic:"supported", proceed:
provider.request({ method: "wallet_sendCalls",
  params:[{from:"0xYourAddr", chainId:"0x1",
           calls:[{to:"0xToken", data:"0x095ea7b3..."},
                  {to:"0xDEX",   data:"0x...swap..."}],
           capabilities:{ atomic:{status:"supported"} } }]})

(eips.ethereum.org)

Solana priority fees (just to clarify):

SetComputeUnitLimit(1_000_000);
SetComputeUnitPrice(2000); // micro-lamports per CU; tune by mempool conditions

Kick things off with a low value, and then gradually increase it only when you start hitting some congestion. (solana.com).

Bitcoin PSBT pipeline (using CLI or RPC):

walletcreatefundedpsbt ... -> walletprocesspsbt sign=true -> decodepsbt -> finalize -> sendrawtransaction

Use PSBT to Separate Creation, Funding, and Signing for Custody Controls

If you're looking to keep your Bitcoin transactions safe and sound, one great option is to use Partially Signed Bitcoin Transactions (PSBT). It's a smart way to add an extra layer of security to your dealings! This method really helps you keep everything organized when you're creating, funding, and signing transactions. It makes managing custody controls a whole lot simpler!

If you're looking to dive in, be sure to check out the official Bitcoin Core documentation for all the nitty-gritty details on how to get started. You can find the info right here: bitcoincore.org. Happy exploring!

7) Risks to retire early

So, when you're dealing with logs that are supposedly “free,” just a heads-up: if you try to scan everything without setting any ranges or filters, you might run into some pesky rate limits or timeouts. It’s a good idea to start paginating from the genesis block using checkpoints. Alternatively, you might want to think about offloading to Substreams to make the processing a bit smoother and more efficient. Check it out here.

So, if you’re thinking of “included” as the same thing as “final,” just keep in mind that for those big-ticket transactions, it’s a good idea to hang tight until ETH is fully finalized. When working with Solana, don't forget to check the commitment levels. And for Bitcoin, try adjusting the depth so it lines up with the value. If you're looking for more details, just check this out here. There's plenty of good info waiting for you!

Shipping EIP-4337 without the right operations can definitely lead to some serious headaches. Keep an eye on the bundler you pick--it's super important! Make sure your EntryPoint versions match up too, like v0. 6 vs v0. 7), and those paymaster budget rules--they can definitely surprise you if you're not careful! Make sure to jot these details down in your pre-production checklist! More details here.

If you’re looking into passkeys on Layer 1 right now, it’s a good idea to check out Layer 2 deployments that support RIP-7212. It could really be worth your time! EIP-7951 is still making its way toward being ready for the mainnet. Check it out here.

Just a heads up--if you're shelling out priority fees on Solana, watch out! The default compute unit (CU) limits can sometimes be way higher than what your programs actually require. Stay sharp! Hey there! So, the data is pointing to a pretty consistent trend of overpayment that’s likely to continue into 2024 and 2025. It might be a smart move to take a closer look at your credit unions and make some adjustments accordingly. Just a little heads up! More insights here.

8) Where we see the standards going (and how to future‑proof now)

Wallet-first developer APIs: Don't forget to take a look at the 5792, 7871, 7867, and 7902 standards when you're working on dapp and wallet contracts. They're super helpful! If you jump on these now, you'll definitely see an improvement in your user experience when 7702 rolls out to the target networks. Trust me, it'll be worth it! (eips.ethereum.org).
Data plane shift: So, with EIP-4844 and all those pruning projects coming into play, you might want to rethink relying on node RPCs for your queries down the line. You might want to consider setting aside a bit of your budget for an indexing tier, like Substreams, Dune API, or Covalent. These options come with service level agreements (SLAs) and great lineage, which can really make a difference in your data handling! (thegraph.com).
Cross-chain standardization: It looks like CCIP’s GA and directory are really paving the way for a strong standard in enterprise cross-chain messaging and token transfers. This growth is pretty exciting! Why not start creating some abstractions now? It’ll give you the flexibility to mix things up with whatever options come your way in the future. (blog.chain.link).

Closing

If you keep "integration, tutorial, and API surface" separate in your roadmap and stick to the patterns we've discussed, your team can really speed things up. This way, you won’t miss out on the crucial stuff like finality, fee policy, passkey support, and making sure everything works well across different providers. If you're feeling a bit lost, it'd be a good idea to concentrate on figuring out what your wallet can do. Also, think about whether you need paginated data or if an event-driven approach fits better. And don’t forget about using a streaming-first indexer - it can really make things easier! Next, let's throw in some AA and cross-chain features that can actually make things smoother and help unlock new ways to make money.

30/60/90-Day Plan with SLAs

At 7Block Labs, we really focus on getting things done efficiently and in an organized manner. Let’s break it down like this:

30 Days: Getting Started

Objectives: Get to know the team and the projects we're working on. It's a great way to connect and jump right into the action! First off, let's figure out who the key players are and set up some ways to keep in touch with them.
Tasks:
Join some kick-off meetings to get a feel for the projects that are currently in the works.
Take some time to go through the documentation and resources that are available for your projects.
SLAs: Make sure you wrap up your onboarding during your first week. Make sure to schedule meetings with at least 5 important people by day 15. Hey there! Just a quick reminder to get your progress report for the first month in by day 30. Looking forward to seeing what you've been up to!

60 Days: Building Momentum

Objectives:
Dive into projects that play to your strengths!
Build stronger connections with your teammates.
Tasks:
Dive into specific tasks for the project that match your strengths and talents.
Join in on team brainstorming sessions to share new ideas and spark creativity!
SLAs:
Let's give updates on how the project is going every two weeks. Make sure to wrap up all your tasks and check in for feedback by the time you hit day 60.

90 Days: Solidifying Your Impact

Objectives:
Step up and take charge of projects or certain parts of them. Take a moment to reflect on how far you've come and think about where you can do better.
Tasks:
Grab the spotlight in a project meeting and share what you've been working on. Sure thing! Here’s a breakdown of my accomplishments and what I've learned along the way:

First off, let's talk about achievements. I've tackled quite a few projects that really pushed me to grow. Whether it was diving into new technologies or collaborating with awesome teams, each experience has added to my skill set. I've also set and crushed some personal goals, which feels pretty rewarding!

Now, onto the lessons learned. It's been a journey, and I've realized that even setbacks can be stepping stones. Embracing challenges instead of shying away has taught me a lot about resilience. Plus, I've figured out the importance of communication - it's a game changer when it comes to teamwork.

Overall, reflecting on these moments not only highlights what I’ve done but also helps me map out what’s next. I’m excited about continuing this growth!

SLAs: Make sure to have a full project update ready by day 75.
By day 90, please put together a review report that highlights what’s been going well and where there’s room for improvement.

Let’s get this show on the road! If anything crosses your mind or you need a hand while you’re at it, just give me a shout.