7Block’s Guide to SOC 2 Compliance for Blockchain Applications

---

“Our enterprise deal is stuck in security review, and the auditor doesn’t speak Solidity.”

Your auditors are really getting into CC6 (Logical Access), CC7 (System Operations), and CC8 (Change Management). But here’s the kicker: some of the most important controls you’ve got are kind of hidden in there. When it comes to upgrading Solidity, you've got options like UUPS and transparent proxies to consider. Don't forget about multisigs and circuit parameters, especially when you're diving into zero-knowledge stuff. These elements go beyond the usual ITGCs (Information Technology General Controls) that most folks are familiar with.

• You’ve got wallet custody solutions, like HSM and MPC, plus node operations that really don’t quite fit into the typical IAM or Key Management narrative.

Hey there! Just a heads up--Procurement is already reaching out, asking for the “SOC 2 Type II” report from the past year. They also need you to fill out the SIG/CAIQ. Let me know if you need any help with that! In the meantime, your security team is hard at work collecting all the evidence they can find. And with the end of the quarter just around the corner, they’re really feeling the pressure!

Plus, your engineering speed really depends on those verification pipelines like Foundry/Hardhat, Slither/Echidna, and zk circuits. However, the issue is that the evidence showing how well these controls are working over time doesn’t get automatically logged by the standard SDLC tools you’re currently using.

Let’s break down what this all actually means in everyday life:

So, you've got this admin who's not really qualified, and they can just stroll in and get access to the proxy "upgradeTo" function, huh? That's definitely a bit concerning! So, here's the deal: there's just one externally owned account (EOA) keeping an eye on everything. There are no time-locks set up, no 2-of-3 signer rule, and no quarterly reviews to help keep things in order. It's pretty minimal, to say the least! When we’re talking about proving cluster rebuilds, it can get a little tricky. So, here's the deal: we don’t have any signed proof of where this stuff came from, and we can't replicate the builds. On top of that, the keys for checking the circuits have been updated, but there’s no official record of those changes. It's a bit of a mess, honestly. You might believe that those “immutable” on-chain events are rock solid, but honestly, if there’s no off-chain SIEM retention or tracking to help with KEV remediation, then any claims about CC7 monitoring don’t really hold up. So, your KMS might seem all “FIPS-approved” in those presentation slides, but guess what? Your cryptographic module isn’t even on the CMVP’s active list. Believe me, the auditors are definitely going to dive into that. (csrc.nist.gov).

So, here's the deal: we're seeing stalled RFPs, which means revenue is lagging behind, and it looks like we're putting in a lot more effort for audits now. Typically, Type II audits wrap up in about 3 to 12 months. However, if you consider preparation and the reporting process, you might be looking at a timeframe of roughly 9 to 12 months. It’s good to plan for that extra time! Hey there! If you’re diving into SOC 2 for the first time, it’s smart to give yourself plenty of time. Unless you’re all set to automate how you gather your evidence and really focus your scope from the get-go, you might want to plan on a longer timeline. Trust me, it’ll make things a lot smoother! (vanta.com).

---

The real risks: slipped revenue, failed evidence, key management gaps

• Missed revenue targets: Lately, it seems like buyer security teams are increasingly pushing for independent attestations. You know, it turns out that a whopping 77% of organizations really have to stick to compliance standards like SOC 2, ISO 27001, or NIST when they're going through the procurement process. If you haven't updated your SOC 2 recently, you might notice that your deals are getting put on hold or even dropped entirely. (isc2.org).
• Evidence risk: So, with Type II audits, it’s crucial that your operations remain steady over time.
  Just taking a screenshot today doesn't really show that everything was all good last month. Auditors are definitely going to dive into your logs, check out approvals, and see how you managed any exceptions during that time. (soc2auditors.org).
• Vulnerability management expectations: While BOD 22-01 is primarily directed at federal agencies, the push for KEV-style patch SLAs (you know, like two weeks for new CVEs) is starting to show up everywhere--in questionnaires and internal policies. It's basically become a must-have standard nowadays! (cisa.gov).
• Important crypto control failures for SOC 2: FIPS 140-3 validation isn't just a formality; when it comes to audits, having that "validated module" proof really matters. A great example that auditors are on board with is AWS KMS Level 3. (csrc.nist.gov). So, here's the scoop on pairing curves: auditors and red teams have figured out that BN254, also known as “alt_bn128,” just isn’t good enough for 128-bit security these days. BLS12-381 is the preferred choice when it comes to achieving around 126-bit security in today’s tech setups. This is super important, especially if you’re working with signing attestations or diving into SNARKs. (blog.cloudflare.com). When it comes to UUPS proxies, it's super important to have solid authorization and proper initialization in place. We've seen some hiccups before with uninitialized setups and those TimelockController escalations, so you can definitely expect those to be hot topics during code reviews. (security.snyk.io).
• Timeline pressure: If you’re gearing up for your first Type II audit, just a heads up--it usually takes about 9 to 14 months to get through the whole process. If you rush things, you might end up giving up solid guarantees for future exceptions, and trust me, that can really come back to haunt you when it’s time to renew. (soc2auditors.org).

---

7Block’s methodology to make SOC 2 “speak blockchain”

We customize SOC 2 to match your unique tech stack--whether it's Solidity, nodes, keys, or ZK--so your audit really tells the true story of how value moves through your system. We've got your back! We're all set by following the AICPA's 2017 Trust Services Criteria, and we've also incorporated the latest updates from 2022. On top of that, we align everything with the NIST SSDF (SP 800‑218) to ensure we have a solid and secure software development life cycle. This means your procurement team will be familiar with the program, and the auditors will easily be able to follow along with everything that's happening. Hey, take a look at this link: aicpa-cima.com. It’s worth checking out!

1) Quick Gap Assessment (2-3 weeks)

Let's nail down what we need to focus on by looking at Security first, and then we can also consider other important aspects like Availability, Confidentiality, and Privacy. Alright, let’s break down how we’re going to set up the controls:

• CC6 Access: This part is all about identifying who’s in charge of the proxies, who’s responsible for upgrading them, and who the multisig signers are. Oh, and don’t forget about the policies related to KMS/HSM!
• CC7 Ops: We’re going to get monitoring in place for our nodes and relayers, make sure our SIEM is all set up, and roll out some anomaly detection for on-chain events.
• CC8 Update: We should definitely lay out some clear guidelines for upgrading contracts, and we also need to make sure we handle the proving and circuit artifacts properly.
• Finally, we can create a comparison between SOC 2 TSC and NIST 800-53 if your board or clients need that. Just let us know! If you're looking for more info, check it out here.

2) Evidence Factory for Web3 (4-8 weeks)

• SDLC controls with SSDF tasks (like threat modeling, code review, and dependency risk):
• Don’t forget to run PR checks using Slither for some solid static analysis. It really helps catch any issues! Make sure to incorporate property and invariant fuzzing with Echidna and Foundry into your CI pipeline. And hey, don’t skip the step of publishing your coverage and results to your evidence bucket! It’s a great way to keep everything organized and accessible. Take a look at this: (github.com). You might find it interesting!
• Smart Contract Control Baselines: Alright, so when it comes to the UUPS/transparent proxy policy, the plan is to set up a 2-of-3 multisig along with a timelock. This way, it adds an extra layer of security while making sure we have the right checks in place. Make sure to use _authorizeUpgrade() when role separation is important. It's also a good idea to double-check that your implementations are properly initialized. This little step can really help you avoid some of those annoying UUPS issues that pop up. More details here: (docs.openzeppelin.com).

If you're looking to nail down those verification standards, definitely keep an eye on the EEA EthTrust Security Levels (v3) checklists. They’re basically your roadmap for hitting that “definition of done” when it comes to reaching L2+ security maturity. Don't forget to check out the OWASP SCSVS when you're evaluating your dApp or contract! It's a great tool to help you assess your security posture. Find out more: (entethalliance.org).

• Key management program: Hey, have you thought about checking out HSM or MPC? It’d be great if you could use modules that are FIPS 140‑3 validated, or at least on the way to getting certified through the CMVP. Don't forget to include signer rotation and set up those quorum policies! And it’s super important to maintain audit logs that can feed directly into your SIEM. Small details like these can really help keep everything secure and running smoothly. If you’re looking for more details, just hop over to this link: csrc.nist.gov. It’s got all the info you need!
• Keeping an Eye on Things and Managing Vulnerabilities:
• Set up a map that covers both on-chain and off-chain telemetry for your SIEM. Make sure to implement KEV-driven SLAs for any important CVEs. Also, don't forget to create alerting playbooks that are connected to CC7. If you want to dive deeper into this, just head over to this link: cisa.gov. You’ll find all the details you need!

3) ZK Controls Library (if applicable)

• Circuit lifecycle controls: Hey there! Just a quick heads up--when you're working on your circuit builds, it's super important to make them reproducible. That means you should definitely have a Software Bill of Materials (SBOM) on hand. Also, don't forget to stick to the SLSA build provenance guidelines. And, oh! Make sure you’re storing and verifying a Sigstore bundle too. Trust me, it really pays off! Oh, and make sure you handle any changes to the verifying keys using a solid change control process. It’s important to keep everything organized and have reproducible artifacts on hand. You’ll thank yourself later! If you want to dive deeper into it, just head over to slsa.dev for more details.
• Trusted setup hygiene: Hey there! So, if you’re working with Groth16 or KZG, it’s super important to make sure you’re keeping a close eye on your ceremony provenance and audits--just like they do with the Ethereum KZG ceremony. Trust me, having all that info documented can really save you down the line! You might want to consider using BLS12-381 ciphersuites. They're a solid choice! Don’t forget to keep track of your entropy sources and transcripts! It’s super important to have that stuff documented as solid proof. If you’re looking for more details, you can check it out here.
• Choosing the Right Proof System:
• Make sure to stay updated on the security margins from CFRG/NCC. If you want some solid long-term guarantees, it's a good idea to avoid new deployments on BN254. If you want to dive deeper into the topic, check it out at datatracker.ietf.org. It's a great resource for getting all the details!

4) Privacy-by-Design for Immutable Systems

Hey, just a reminder to keep any personally identifiable information (PII) off the chain. It's best to only use hashes and commitments for that stuff! To keep things private, make sure to use “cryptographic erasure” methods and get rid of the keys for any off-chain storage. Hey, just a quick reminder to have your Data Protection Impact Assessments (DPIAs) and data maps ready for those auditors. They’ll definitely come in handy! If you're looking for some guidance on these measures, you can definitely check out what CNIL and EDPB have to say about it. They’ve got some solid support available! Take a look at this link: (cnil.fr). You might find it really interesting!

5) Procurement Acceleration Package

• Put together a complete SOC 2 evidence pack that’s all set to roll. Don’t forget to include the SIG Core/Lite responses and a handy list of standard “Trust Center” materials. You know, things like the SOC 2 report, relevant policies, the software bill of materials (SBOM), penetration test results, and the audit letter.
• Just double-check that the vendor responses match up with the Shared Assessments SIG areas--like Access, Cloud, Privacy, Incident Response, and SCRM. This way, buyers can find their way around easily and get the info they need without any hassle.
  (sharedassessments.org).

1. So, let's talk about Audit Orchestration. First, we handle Type I, and then we move on to Type II. We’ve got your back when it comes to getting everything ready. Whether it’s setting up sampling schedules or helping you track down any evidence you might have overlooked, we’re here to make your life easier! Usually, teams aim to schedule their first Type II audit around 6 to 9 months after they've been under observation. This timeline hits a sweet spot, giving them enough time to show they’re doing things right while still allowing for a bit of flexibility. (vanta.com).

Whenever it feels right, we like to include and mix in the following:

We've got you covered with our awesome web3 development services, where we help create dApps and implement protocols. Plus, we also specialize in smart contract development. Check out what we offer! If you're looking to beef up your security, we've got you covered with our security audit services. We’ll take a thorough look at your setup, test everything to make sure it’s solid, and even run some red-team exercises to really put your defenses to the test. Your peace of mind is our priority!

• Get the most out of your node/bridge integration! We offer fantastic visibility with our blockchain integration services, plus we specialize in cross-chain solutions development to help you connect and collaborate seamlessly across different chains.

---

The Controls, Concretely (what auditors want to see)

Security (Common Criteria) CC6/CC7/CC8 Mapped to Blockchain Implementations:

Overview

When we start talking about security standards like Common Criteria (CC), it's really important to see how they connect with blockchain technology. Alright, let’s dive into CC6, CC7, and CC8 and see where they land in the blockchain landscape!

CC6: Identification and Authentication

When it comes to blockchain, making sure we have solid identification and authentication is super important. So, here’s how this CC comes into play:

• Decentralized Identity: Thanks to blockchain tech, people can now create their own self-sovereign identities. Basically, this means you get to manage your own identity without having to depend on any central authority.
• Cryptographic Keys: When users want to prove their identity, they use private keys. This way, only the actual owner can get to their assets.
• Multi-Factor Authentication: A lot of blockchain solutions are now using multi-signature wallets. This means that a transaction needs approval from several people before it goes through, which really boosts security.

CC7: Security Functionality

Alright, let’s dive into the security features! This is where blockchain really comes into its own:

• Data Integrity: Every time a transaction happens on a blockchain, it gets hashed using cryptography. This means that once the data is saved, it can’t be changed without affecting all the blocks that come after it. That makes it really tough for anyone to pull off any kind of fraud.
• Access Control: Smart contracts are great because they can set up rules about who gets to see certain data on the blockchain. This means you can customize permissions to suit whatever needs you have.
• Audit Trails: With blockchain, you get a clear and unchangeable record of every transaction that happens. This transparency really simplifies the auditing process and helps make sure everything's up to code.

CC8: Protection of the Security Functionality

Finally, let's talk about CC8, which is all about keeping security functions safe and sound. Let’s take a closer look at how blockchain stacks up:

• Tough Against Attacks: Thanks to its decentralized setup, blockchain is way less likely to get hit by attacks. Even if one part of the network gets compromised, the rest of it stays safe and secure.
• Regular Updates: A lot of blockchain projects come with a dedicated group of developers who are always working to enhance the code and boost security. They're constantly updating things to keep everything running smoothly.
• Incident Response: It’s super important to have a game plan ready for potential security breaches. Being prepared can make all the difference! Blockchain networks usually use protocols that can send out alerts or kick off automatic responses when something unusual happens.

Conclusion

When you look at how CC6, CC7, and CC8 connect to blockchain projects, it really shows that security is a top priority for this tech. Thanks to its decentralized setup and some pretty advanced cryptographic methods, blockchain doesn't just meet the Common Criteria standards--it often goes above and beyond!

If you're looking to really explore these standards and see how they're shaping the blockchain world, definitely check out the official Common Criteria website here. It's a great resource!

• Access Control (CC6) Admin keys work on a 2-of-3 multisig setup. This means they're divided among a few different devices and custodians, which really helps to boost security. Every month, we take a good look at the signer roster and make sure everything’s in order, including all the necessary attestations. So, when it comes to upgrades that use UUPS _authorizeUpgrade, only a specific role can handle it, and that role is solely given to a governance contract. Also, whenever we make upgrades, they have to go through this timelock process. And just to keep everything organized, we jot down the on-chain proposal ID in our change tickets. (docs.openzeppelin.com). Alright, so when it comes to keeping our end-users safe, we're all about that SSO/SCIM setup for accessing dashboards. Plus, for those actions that are a bit more risky, we’re rolling with EIP‑712 typed signing. This really helps us steer clear of any confusion or phishing when it comes to signing things. (eips.ethereum.org).
• Keeping an eye on system operations (CC7). We’re always checking in on the health of our nodes and relayers. Plus, we stay alert for any oddball behavior in the mempool and keep tabs on important contract events. We send all this info over to our SIEM, where we keep it safe for 400 days, along with labeled incident IDs for easy tracking. Also, we look into KEV-aligned patch windows at the P90 and P95 levels. (cisa.gov). So, about our wallet policy - we make sure to use KMS/HSM. And yeah, whenever possible, we definitely aim for that FIPS 140‑3 validation. We always take the time to document every signer key ceremony, and we also hold recovery drills every three months to keep everything running smoothly. (csrc.nist.gov).
• Change Management (CC8)
  Whenever we deploy or upgrade a contract or update the ZK verifier, we make sure to create a ticket that captures all the details. This includes everything from the design and any differences to checks on storage layout, risk assessments, getting the necessary approvals, and then gathering validation evidence after the deployment. It’s all about keeping everything organized and ensuring we’ve got all our bases covered! We also ensure our builds are reproducible, and we keep things organized by storing SLSA provenance and Cosign attestations right alongside the artifact. If you want to dive deeper into it, just head over to slsa.dev. There’s plenty of good info waiting for you there!
• We've got development lifecycle controls that are fully in line with the Secure Software Development Framework (SSDF). We're jumping into threat modeling to address economic risks and MEV issues. On top of that, we're taking advantage of some cool automated tools like Slither and Echidna to help us out. We’ve set up our invariant test suites in Foundry, and we’re making sure to stick to the EEA EthTrust SL v3 checklist in our continuous integration process. Just a heads up: if there are any unresolved L2 or L3 issues, your pull requests are going to hit a snag. So, make sure to clear those up first! Take a look at this link: github.com. You might find it pretty interesting!
• Privacy and Data Lifecycle (if you’re focusing on the privacy aspect). We handle personally identifiable information (PII) by keeping it off the blockchain, using a pretty cool technique called key-destroy erasure. Basically, this means that the blockchain only keeps salted commitments instead. So, all the sensitive stuff stays safe and sound! DPIAs take a close look at how public and permissioned chains differ, ensuring that everything is in line with CNIL/EDPB guidelines. (cnil.fr).

---

1) Guarding Upgrades (UUPS) and Leaving an Audit Trail

If you're dealing with upgrades in systems that are always changing, you really can't underestimate the importance of UUPS, or Upgradable Upgradeable Proxy Standard. It's pretty crucial for keeping everything running smoothly! Not only does it help keep your system running smoothly, but it also lets you track all the changes you make as you go.

What are UUPS?

So, UUPS stands for Upgradable Upgradeable Proxy Standard. It's a bit of a mouthful, but basically, it lets you upgrade your smart contracts without losing any of the data or the connections associated with them. Pretty neat, right? Thanks to UUPS, upgrading things just got a whole lot easier! Developers can now make changes without any hassle.

Why Keep an Audit Trail?

Keeping an audit trail is really important for a few reasons.

1. Transparency: Let’s be real--everyone likes to stay in the loop about what’s changing. Keeping a record of those changes not only keeps your team informed but also fosters trust with users. It’s all about open communication!

2. Accountability: When something goes sideways after an upgrade, it's super important to trace back and figure out what happened leading up to it. An audit trail helps you easily go back and review changes, making it quick to spot any problems that might pop up.

3. Compliance: In a lot of industries, keeping an audit trail isn’t just a good idea--it’s the law. So, it’s smart to make sure you’re on top of it and have everything squared away.

How to Implement UUPS and an Audit Trail

If you're diving into UUPS and want to keep a good audit trail, here are some steps you might want to think about:

• What’s Upgradeable Logic?: Make sure to specify exactly which sections of your contract can be upgraded.
• Create a Proxy Contract: Think of this as your go-to interface. It’ll handle the calls and direct them to the actual implementation contracts.
• Upgrade Functions: Let’s make it super easy to upgrade the contracts without messing with how users interact with them.
• Log Changes: Make sure to use events in your smart contracts to keep track of any changes that happen during upgrades. It’s a handy way to stay on top of everything! You can totally check this out later whenever it's convenient for you!

// Example of logging an upgrade
event ContractUpgraded(address indexed newAddress);

function upgradeContract(address newImplementation) public {
    // Logic for upgrading
    emit ContractUpgraded(newImplementation);
}

• Check In Often: Take some time to regularly look over your audit trails and upgrade logs. It’s a good way to make sure everything’s operating as it should be!

If you stick to these steps, you'll be able to handle your upgrades smoothly while keeping everything clear and accountable. Happy upgrading!.

// SPDX-License-Identifier: MIT
pragma solidity ^0.8.23;

import {UUPSUpgradeable} from "@openzeppelin/contracts-upgradeable/proxy/utils/UUPSUpgradeable.sol";
import {AccessControlUpgradeable} from "@openzeppelin/contracts-upgradeable/access/AccessControlUpgradeable.sol";

contract Core is UUPSUpgradeable, AccessControlUpgradeable {
    bytes32 public constant UPGRADER_ROLE = keccak256("UPGRADER_ROLE");

    function initialize(address admin) public initializer {
        __AccessControl_init();
        __UUPSUpgradeable_init();
        _grantRole(DEFAULT_ADMIN_ROLE, admin);
        _grantRole(UPGRADER_ROLE, admin);
    }

    function _authorizeUpgrade(address newImpl) internal override onlyRole(UPGRADER_ROLE) {
        // emit for CC8 evidence: change ticket id + commit hash
        emit UpgradeAuthorized(newImpl, "CHG-2026-00142", "git:abcd1234");
    }

    event UpgradeAuthorized(address impl, string changeId, string artifactRef);
}

Notes:

• Don't forget to use those role-gated upgrades, and definitely add clear event metadata as proof. It’s super important! Let’s merge this with a time lock and multisig approach at the governance level, then get started on those implementation contracts. This will really help us minimize the risks that come with UUPS.
  Take a look at the info right here: (security.snyk.io). You'll find all the details you need!

Invariant testing for “no-mint without allowance”

Alright, let’s jump into the exciting realm of invariant testing! Today, we’re going to zoom in on the principle of “no-mint without allowance.” Trust me, it’s a pretty cool concept that’s worth exploring! This principle is super important for smart contracts, especially when it comes to minting tokens.

What does “no-mint without allowance” mean?

So, here's the deal: this principle makes sure that tokens can't just be minted or created out of thin air. They need to have a specific allowance that gives the green light for that to happen. Think of it as a safety net that stops anyone from minting tokens without permission. If that ever happened, it could throw the whole token economy into disarray!

Why is it important?

Making sure that no one can mint tokens without the right permissions is super important for keeping trust and security in the blockchain world. It’s all about protecting the integrity of the system! If people with bad intentions could just create tokens whenever they wanted, it would really mess things up. We could end up facing inflation and a drop in value for the tokens that are already out there.

Testing the Invariant

To check out this invariant, here’s what we’ll do:

1. Get your environment ready: First things first, double-check that your smart contract is up and running in a test environment. That's super important! 2. Set the allowance: Before we start minting any tokens, we need to figure out and agree on an allowance. This means deciding who's allowed to mint tokens in the first place. 3. Give minting a shot without allowance: Go ahead and try to mint some tokens even if you don’t have the required allowance, and see what happens when it doesn’t go through. 4. Mint with allowance: Alright, now that you've set the right allowance, go ahead and mint those tokens. Just make sure everything runs smoothly!

Sample Code

Check out this quick example to give you a better idea of how the process works:

contract Token {
    mapping(address => uint256) public allowances;

    function mint(uint256 amount) public {
        require(allowances[msg.sender] > 0, "No allowance to mint tokens");
        // minting logic here
    }

    function setAllowance(address to, uint256 amount) public {
        allowances[to] = amount;
    }
}

Conclusion

If you follow these steps and make sure to implement the code correctly, you’ll be able to really enforce that "no-mint without allowance" rule like a pro! This not only keeps your token safe but also helps create a smarter and more trustworthy contract ecosystem overall. Happy coding!.

// forge test -vv
function invariant_totalSupplyMatchesBalances() public {
    uint256 sum;
    for (uint256 i; i < holders.length; ++i) sum += token.balanceOf(holders[i]);
    assertEq(sum, token.totalSupply());
}

Auditors can dive into the CI logs, which show that this process kicks in for every pull request. If any of the invariants don't hold up, the merges will be put on hold. You’ll definitely want to check out Foundry invariants and give Echidna property tests a shot. They’re super useful tools to have in your toolkit! If you want to dive deeper into the details, just click here. Happy exploring!

3) ZK Circuit Provenance and Verifier Updates

• The build pipeline creates: Alright, so you’ll need an SBOM, which stands for Software Bill of Materials. You can create that using either SPDX or CycloneDX formats. And don’t forget about the SLSA Build v1, that’s also a key piece of the puzzle! 0 provenance and a Cosign bundle. We've got to make sure these artifacts and documents are kept in a way that they can't be altered.
  Just a quick reminder: when you're upgrading the verifier contract, make sure to include the attested hashes for both the proving and verifying keys. It's super important! For more info, swing by slsa.dev and check out all the details!

Hey there! Just a quick reminder--if you're working with KZG/Groth16, don’t forget to mention the ceremony you’re using, like the EF KZG. Also, be sure to explain your choice of the ciphersuite library (like BLS12-381) in your change ticket. It helps keep everything clear and organized! If you’re looking for more info, check out blog.ethereum.org. It’s a great resource!

---

Best Emerging Practices (2026 edition)

• “Security by Design” Approach: Always aim to deliver products with secure default settings. This means incorporating things like multi-factor authentication (MFA), single sign-on (SSO), SCIM for easier management, and solid logging capabilities right out of the box. It's all about setting a strong foundation from the get-go! Hey, just a quick reminder to get your secure defaults published in the Trust Center! It’s also super helpful to check out CISA’s Secure-by-Design guidance. Following that will definitely make filling out those questionnaires a breeze. (cisa.gov).
• Vulnerability SLAs that match KEV: Make sure to stay on top of your internal “KEV watch” and be ready to share your average time to fix issues for the components that matter. This is a solid CC7 metric that buyers definitely love. (cisa.gov).
• FIPS Validation Evidence: When you’re talking about your cryptographic modules, make sure to be really clear! Instead of just saying “FIPS-compliant,” go ahead and share the CMVP certificate IDs. It adds a nice touch of detail! “So, for instance, you might want to bring up AWS KMS HSM cert #4884, which is at Level 3.” (csrc.nist.gov).
• Ethereum Signing Experience: To help cut down on phishing risks and speed up how we handle incidents, consider using EIP-712 structured data in your company’s workflows. It really makes a difference! This lays out exactly what you mean in simple, straightforward language. (eips.ethereum.org).
• Smart contract security measures: Don’t forget to implement EEA EthTrust SL v3 along with OWASP SCSVS. It's important to keep everything secure! Auditors usually prefer standards that have clear names and version numbers, especially when those standards are tied to Continuous Integration (CI) gates.
  (entethalliance.org).
• Curve hygiene: When choosing ciphersuites, go with BLS12-381. Don't forget to jot down why you made that choice and any references you used! Don't forget to keep an eye on the CFRG updates! They usually share some important info about the effective ~126-bit margin, along with any new curves they think we should consider. (datatracker.ietf.org).

---

ROI, GTM, and Procurement Metrics

• Requirement prevalence: Guess what? A whopping 77% of organizations actually look for compliance with standards like SOC 2, ISO, and NIST when they’re making procurement decisions. That’s a pretty solid reason to make sure your vendors are on top of these standards--it can really help you bring them on board! Take a look at this: (isc2.org). You might find it interesting!
• Timeline realism: If you're gearing up for your first Type II audit, you should expect it to take about 9 to 12 months. Of course, if you’ve already got some top-notch SSDF-grade controls in place and can automate a lot of your evidence collection, you might speed things up a bit! Just a heads up--those audit observations can really stretch out anywhere from 3 to 12 months! If you're curious to learn more, check it out here: (vanta.com).
• Cycle-time boost: If you're playing it safe, models indicate that you could reduce the time it takes to close security-gated deals by around 10% to 30%, especially if you've got a current SOC 2 in hand and all your standard documentation set up and ready to roll. On top of that, you could see a drop in the number of questionnaires you have to deal with, maybe anywhere from 25% to 60%, if you can just hand over the report along with a quick rundown of those SIG-aligned controls. It makes things a lot easier! Isn't that cool? If you want to dive deeper, check it out here: (skedda.com).
• Cryptography assurance: Bringing up FIPS 140-3-validated modules, along with their certificates, can definitely make life easier when dealing with auditors. It helps streamline the process and reduces all the back-and-forth that can be a bit of a hassle! It's a lot more effective when you team it up with SBOM and SLSA provenance for your build chain. Check it out: (csrc.nist.gov).

We put all these results together with our awesome blockchain development services, cool dApp development, and, if it comes up, we also dive into asset tokenization and asset management platform development. This ensures that our compliance program flows smoothly alongside the product revenue.

---

What you get with 7Block Labs

Alright, so picture this: you’ve got a SOC 2 control set that really clicks with blockchain technology. I’m talking about wallet custody, nodes, relayers, proxy upgrades, and those cool ZK circuits, all supported by some rock-solid evidence. It’s a blend of security and innovation that just makes sense!

• We're all about creating a security CI/CD pipeline that auditors will actually respect. We're diving into SSDF practices, EEA EthTrust, and using OWASP SCSVS gates. Plus, we'll throw in some invariant fuzzing and make sure everything’s got signed provenance. It's all about keeping things secure and trustworthy!
• Making procurement faster: we've put together a super useful Trust Center artifact stack, plus some SIG-ready responses. This way, tackling security reviews is way easier!
• You’ll want an implementation partner who can do more than just check boxes. Think about someone who can really build and strengthen your project. Whether it’s diving into cross-chain and bridge development or offering solid security audit services, they should have you covered on all fronts.

---

Brief reference deck (for your internal brief)

Hey, make sure to take a look at the AICPA Trust Services Criteria. The version you're after is from 2017, but don’t forget to check out those updated points of focus they rolled out in 2022! This really helps you get a grip on what auditors will be paying attention to. (aicpa-cima.com). Are you looking to get your SDLC tasks and procurement language on the same page? Check out NIST SSDF SP 800-218 - it’s a great resource that can help you map everything out! (csrc.nist.gov). If you're thinking about weaving CISA’s Secure-by-Design principles and the BOD 22-01 KEV expectations into your plans, you should totally consider using them in your vulnerability SLAs. Trust me, it’ll make a big difference! (cisa.gov).

• Looking for the scoop on the FIPS 140‑3 CMVP program and its certificate updates? This info is super important for proving that your cryptographic module meets the standards and for filling in any gaps you might have. (csrc.nist.gov). If you're diving into smart contracts, you really should take a look at the EEA EthTrust SL v3 and the OWASP SCSVS. They’ve got some great, well-structured controls that are specifically designed for this space. Trust me, it'll be worth your time! This is a total game changer! Seriously, check it out at entethalliance.org. You won't want to miss it!
• Use EIP-712 to clear up any confusion around signing. That's a really clever way to make sure everything’s crystal clear! (eips.ethereum.org). Hey, don’t forget about SLSA v1! It’s definitely worth checking out! 0 and Sigstore. More and more auditors are starting to embrace these supply chain attestations. (slsa.dev). Hey! If you’re interested in ZK proofs, you should definitely take a look at the ZK ceremony and KZG references. Oh, and don’t forget to check out the curve selection notes too! They’re pretty cool! They provide great support for your zero-knowledge initiatives. (blog.ethereum.org).

---

7Block Labs is here to help you tackle compliance needs in no time. We make your deals go more smoothly and help minimize risks when it comes to upgrades, all while keeping your roadmap on track. Curious about how it all works? Let’s set up a 90-Day Pilot Strategy Call!