Blockchain in Automotive Industry: Where Enterprise Consulting Delivers ROI First

Decision-Makers: Here’s How Blockchain and Data-Space Standards Are Bringing Cash Value in Automotive

If you're working in the automotive industry, you might be curious about how blockchain and data-space standards can really make a difference to your profits. The awesome part is that they already exist, and we can totally help you unlock that value in just 90 days with very little risk involved.

What’s the Deal with Blockchain in Automotive?

Blockchain isn't just a trendy term; it's actually shaking things up in the auto industry. It's helping to simplify processes and boost security in some pretty impressive ways. Check out these awesome benefits:

• Transparency: Thanks to blockchain technology, every transaction gets logged, which makes tracking parts and their history a breeze!
• Better Security: Thanks to blockchain's decentralized setup, it’s way tougher for hackers to mess with the data.
• Cost Savings: Blockchain can really help cut costs by streamlining processes and minimizing reliance on middlemen. This means more money in your pocket!

Data-Space Standards: Why They Matter

Data-space standards are designed to make sure that sharing data between different systems is a breeze. They help eliminate any bumps in the road, so everything flows smoothly. Here’s how they can really help out your operations:

• Interoperability: It’s all about making sure different systems can chat with each other smoothly, which leads to better sharing of information.
• Efficiency: When things are running smoothly, it really speeds up how quickly we can make decisions.
• Innovation: Since data is so easy to access now, your team can really dive into developing fresh solutions rather than getting bogged down by those pesky data silos.

Implementing in 90 Days: Your Game Plan

Diving into blockchain and data-space standards can feel a bit overwhelming at first, but it doesn't have to be! Here's a straightforward plan to help you hit the ground running in just three months:

1. Check Out Your Current Systems: Take a moment to really dig into what you’ve got going on right now. Figure out what’s working well and spot any areas that could use a little TLC. 2. Pick the Right Tech: Take some time to dig into different blockchain options and data-space standards to find the ones that really suit what you need. 3. Kick Off a Small Project: Why not start with something simple? It’s a great way to dip your toes in and see what works while picking up some valuable insights along the way. 4. Get Feedback: Take the opportunity with the pilot project to hear from your team and tweak your strategy based on what they share. 5. Scale Up: Once you’re happy with how the pilot went, it’s time to spread the technology throughout your entire organization.

Conclusion

Blockchain and data-space standards could seriously shake things up in the automotive industry, bringing about real cash value in no time at all. Stick to this roadmap, and you'll be able to dive into these technologies with confidence. Plus, you'll start noticing the benefits in no time! Are you ready to dive in? Let’s kick things off!

With regulatory deadlines looming, like the EU Battery Passport that’s set to roll out by February 18, 2027, companies are really feeling the heat. They’ve got to keep an eye on quality and costs while also making sure they're establishing accurate and traceable data flows across their complex supply chains. It’s a lot to juggle, but it’s clear that staying on top of these demands is becoming increasingly important. If you want to see a fast return on your investment, focus on making sure you can trace everything for compliance. This includes being able to pull off accurate recalls, tackling title and odometer fraud, and supporting verified green charging. And guess what? You can accomplish all of this by using dataspace standards (DSP 1)! So, we've got Catena-X and Tractus-X on our radar, plus a bit of blockchain anchoring going on. (batteryregulation.eu).

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What’s changed: 2025 realities that make “now” the time

Hey there! So, the EU Battery Regulation is officially in the works, and it’s got some new rules coming our way in phases. Get ready for labeling to make its debut in 2026! Then, starting July 1, 2027, we’ll see carbon-footprint classes coming into play. And for all you electric vehicle fans and those into industrial batteries with at least 2 kWh, mark your calendars for February 18, 2027, because that’s when the digital Battery Passport will roll out. Exciting stuff ahead! Oh, and don’t forget to watch out for those minimum recycled content requirements rolling in for 2031 and 2036. They’re going to be important! Just a quick heads-up: these requirements are no joke--they're pretty intense and packed with data, not just some optional marketing buzz. (iea.org).

Hey everyone! We’re super excited to announce that the Eclipse Dataspace Protocol (DSP) has officially hit version 1. So, looking ahead to July 2025, the focus is really on ensuring that data sharing is both secure and interoperable. Thanks to Catena-X reference implementations like Eclipse Tractus-X, which roll out several updates every year, you can say goodbye to those pesky point-to-point connections. No more headaches about building them! (projects.eclipse.org).

• And you know what’s cool? Manufacturers are really starting to jump on the bandwagon. Back in April 2025, BMW got the ball rolling by weaving Catena-X readiness into how they work with their suppliers. They've experienced a huge decline in recall scope, going all the way down from 1. We went from a whopping 4 million vehicles to just 14, all because we started sharing quality data across different levels. It's pretty amazing how effective communication can make such a big difference! Wow, that's some seriously impressive efficiency! Check it out over at bmwgroup.com.
• Over on the government side, things are really starting to pick up with blockchain technology. The California DMV has made a big move by digitizing an impressive 42 million vehicle titles on the Avalanche blockchain. This step is all about fighting lien fraud and making vehicle transfers much quicker and easier! This big shift really paves the way for us to automate stuff like odometer readings, lien checks, and salvage statuses on a much bigger level. Isn’t that awesome? (reuters.com).

In a nutshell, these aren’t just your average pilots. These are fully operational networks that your compliance, warranty, logistics, and sustainability teams can use to hit those goals for 2026-2027 while also saving some money in the process.

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Four domains where blockchain + consulting deliver ROI first

1) Battery materials traceability and Battery Passports

What to Know:

Volvo just launched an EV battery passport for the EX90 in both the US and EU, teaming up with Circulor to make it happen. Pretty cool stuff! This cool passport gives owners and regulators the ability to easily verify where materials are sourced from, check out how much recycled content is included, see the CO₂ footprint, and even access 15 years’ worth of health data. It's like having a detailed history right at your fingertips! The production cost is about $10 for each vehicle, which is really small potatoes when you think about the potential losses from not complying or missing out on those tax credits. (reuters.com).

The Global Battery Alliance (GBA) is really cranking things up! They’ve wrapped up their proof-of-concept in 2023 and are gearing up for “wave two” pilots in 2024. Exciting times ahead! They've teamed up in consortia that cover more than 80% of the EV cell market. Right now, they're focused on creating a standardized, auditable passport MVP.
Wow, this is huge for the industry! Check out the details over at globalbattery.org.

Hey there! So, guess what? The new EU Battery Regulation has officially arrived! It’s got some important stuff in it, like the requirement for a battery passport. Plus, it also sets out some goals for recovery, recycling, and even targets for recycled content. Exciting times ahead! To stay on top of things, you’ll want to make sure you’re doing your homework on suppliers and collecting primary data from all levels, not just sticking to the averages. It’s all about digging deeper! (iea.org).

How Blockchain Adds Value

• “Minimal on-chain” approach: Picture it like this: we're only keeping the really important stuff on the blockchain--things like supplier attestations, custody events, and claims about batches of materials. These are hashed as proof on a secured ledger, so we have a reliable record without overwhelming the system. So, all those sensitive details? They're actually stored in a shared dataspace that's protected by DSP contracts. This setup really helps ensure that you have strong proof that something happened and that no one can deny it. Plus, it keeps your intellectual property protected from getting too much exposure.
• Interop: You can definitely get your data model in sync with Catena-X standards, like CX-0125 for Traceability and the Industry Core Part Instance. Plus, you can also align it with the WBCSD PACT PCF exchange specs. After that, all you need to do is publish it using a Tractus-X EDC connector. It's pretty straightforward! Take a look at this: catenax-ev.github.io. It's worth checking out!

ROI Snapshot:

• Compliance Avoidance: Just a heads up--if you let the EU passport deadline slip by on February 18, 2027, you could end up missing out on the market entirely. If you’re looking at a $10 price tag for each unit, launching a program for 100,000 vehicles could set you back about a million bucks. But on the flip side, think of the potential money you might be missing out on--it could easily run into the hundreds of millions! Hey, if you're curious to learn more, definitely give this article a look! It dives into some really interesting stuff. Just click here to check it out!
• IRA/FEOC Readiness: Here in the U.S. Hey, just a heads up! Don’t forget to keep an eye on those 30D credits that come with the IRA/FEOC. They’re super important. Starting in 2024, they’re going to need to exclude certain components, and by 2025, the focus will shift to minerals. On top of that, they're also looking for a boost in domestic content. When manufacturers have a strong chain of custody in place, it really helps them back up their claims and maintain those attractive incentives. We're talking about some serious cash here, anywhere from $3,750 to $7,500 for each vehicle! If you want to dive deeper into this, just click here!

Implementation pattern (8-12 weeks):

Pick one or two high-risk materials, like cobalt or graphite, from a selection of around five to ten suppliers. Let's take some time to break down the batch genealogies. This will help us understand the sourcing way better.

• Make sure to use the passport fields that fit with the GBA guidelines.
• Let’s link everything up with EDC.
• Safely connect event hashes to either Fabric or Besu.
• Lastly, let’s get that regulator/consumer QR view up and running! (globalbattery.org).

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2) Precision quality, warranty, and recall reduction (Catena‑X)

What to know:

• The Catena-X “Quality Management” use case is really shaking things up! OEMs and Tier-1 suppliers are now catching problems about four months earlier than they used to. How cool is that? They were able to pinpoint a potential camera issue from a huge range of 1. We’ve managed to narrow down the number from 4 million vehicles to just 14 real ones, all thanks to some clever use of shared field and production data. This has really helped shrink the size of recalls and save on warranty costs. (catena-x.net).

So, back in April 2025, BMW started blending the Catena‑X supplier onboarding into their procurement process. It’s pretty exciting to see how they’re streamlining things! On top of that, the SAP-Catena-X integration is all set up and working smoothly. It's handling quality and PCF scenarios really well! (bmwgroup.com).

How Blockchain Adds Value

You can totally use DLT as a super useful notarization tool for stuff like quality alerts between companies, block notifications, and keeping track of serialized parts throughout their lifecycles. It really simplifies the whole process! Your operational payloads smoothly glide over DSP/EDC using those Catena-X CX-0125 endpoints. Using hashes is a great way to keep an eye on the origin of your data. Plus, with those verifiable credentials, you can connect messages right to Business Partner Numbers (BPNs). It's a smart way to ensure everything stays linked and reliable! Check it out here!.

ROI Snapshot:

Just imagine this: avoiding even one big recall can pay for the entire program several times over! German manufacturers are putting aside about €1. 4-€1. Every year, recalls cost around 8 billion dollars. You know, just by cutting back a little bit--like even a small percentage--thanks to better planning can really add up to a big impact. (news.sap.com).

Implementation Pattern (6-10 Weeks):

• Time to get your Tractus-X KITs up and running! Just picture it as plugging in your EDC connector and setting up your digital twin. Hey there! Just a quick reminder to get your BPNs registered! After that, dive into implementing CX-0125 for those quality/block notifications. And don’t forget to keep your message digests anchored on your consortium ledger. You got this! To kick things off on the right foot, try zeroing in on one key serialized component that gets a lot of volume. This will help you set up an early warning system that can really make a difference! If you want to dive deeper into the details, you can check it out here.

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3) Vehicle identity, title, and odometer fraud

What to know:

Hey there! So, the California DMV is making some serious strides into the digital age. They've managed to go digital with around 42 million titles, which is pretty impressive. They’re using this cool system called Avalanche to fight against lien fraud and make transferring titles a whole lot quicker through a mobile wallet. It’s actually the first time anything like this has been done on such a massive scale! (reuters.com). Odometer fraud is still a major issue. In fact, the NHTSA suggests that roughly 452,000 cars are sold each year in the U.S. with their mileage tampered with. People have been dealing with rolled-back odometers, which is causing serious money losses and really hurting the trust we have in brands. (nhtsa.gov).

How Blockchain Adds Value:

• It sets up a decentralized vehicle identity, known as the MOBI VID 2. It’s great for securely keeping track of important stuff like odometer readings, maintenance logs, and inspections. You’ll get info from reliable sources, including the DMV, inspection stations, OEM service centers, and even charging sessions. Plus, it relies on verifiable credentials to manage who gets to add data, which helps keep personal information secure and away from the blockchain. (dlt.mobi).

ROI Snapshot

Digitizing state titles really speeds things up--what used to take days can now be done in just minutes! Plus, it helps reduce the costs associated with dealing with fraud. Pretty impressive, right? On top of that, OEM and CPO programs really help reduce the chances of buybacks and claims. They do this by double-checking the mileage and maintenance records before a car is resold, giving buyers some peace of mind.

Implementation Pattern (10-12 Weeks)

• Pilot Program: First things first, consider partnering up with a state agency or a private inspection network. It’s a great way to kick things off! So, your main focus here is going to be about bringing in some service tools that can handle signed mileage events. It’s a good idea to anchor those event hashes on a permissioned blockchain. Don’t forget to set up that retail buyer API! It’s really important to have it check the event chain against the DMV title state. This will help everything run smoothly. If you’re curious to dive deeper into this topic, take a look at this article on Reuters: reuters.com. It’s got some great insights!

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4) Verifiable green charging for EVs and fleets

What to know: So, Energy Web's AutoGreenCharge beta, launching in 2024, is pretty exciting! It’s this awesome feature that helps you pair your EV charging times with renewable energy certificates. It's a neat way to make sure you’re using clean energy while powering up your ride! It’s really about making sure those certificates are properly verified when they retire and being able to make claims safely on-chain, all thanks to Polkadot. Take a look at this: (medium.com). It’s pretty interesting!

How Blockchain Adds Value

You know, when we're talking about Scope 2 accounting and making those sustainability claims, blockchain can really play a game-changing role. It creates safe, encrypted connections between the charging session, the meter, and the retired EAC/REC. By doing this, we not only make the auditing process a lot smoother, but we also reduce the risk of greenwashing in fleet operations and OEM charging programs.

Implementation Pattern (6-8 Weeks)

• Make sure to connect your charging app with a REC registry API and set up an on-chain registry. Don't forget to get those session IDs and retirements notarized! Also, it’s a good idea to whip up a customer-friendly “green proof” for every session you handle. It'll really help keep things organized and clear for everyone involved. If you're curious to learn more, definitely take a look at this article on Medium! It’s all about the new AutoGreenCharge beta app from Energy Web, and how it’s set to help decarbonize EV charging, all backed by Polkadot. You can find it here. Happy reading!

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Architecture that works in 2025: dataspace-first, blockchain-light

• Dataspace Backbone: Let’s dive into the Eclipse Dataspace Protocol (DSP 1.0)!

1. This is great for stuff like organizing catalogs, discussing policies, and managing data exchanges where access is limited. We’re going to stick with the Tractus‑X EDC for those flows that align nicely with Catena‑X. Check it out here.

• Identity and Trust: We’re going to hand out W3C Verifiable Credentials to the participants, and these will be linked to their BPNs using a trust framework. On top of that, we'll be finalizing payloads and working through those DSP contracts. We’re also going to lay down some clear policies, like making sure there's no onward disclosure and setting up retention windows. More details here.
• Blockchain Placement: Rather than cramming all our data onto the blockchain, why not keep the payloads stored off-chain? We're just going to keep event digests, credential fingerprints, and some specific proofs on a permissioned ledger. We might choose between options like Fabric, Besu, or Hedera, depending on what fits our ecosystem the best. This approach gives us tamper-evidence, which means we can check things between parties without having to worry about revealing any personal info.
• Making Carbon Data Work Together: It's super important that we get on the same page with the WBCSD PACT PCF data-exchange specs (v2). We're gearing up for the v3 2025 update, which is all about making sure we can easily connect with different ecosystems, like Catena‑X and others. It's going to help us work better across various sectors! You can check out the specs right over here.

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Emerging best practices we’re deploying with clients

Let’s kick things off with a real-world example that’s all about compliance and has a deadline looming--think along the lines of the EU Battery Passport or the IRA/FEOC. These are great starting points! This strategy really opens up the budget and brings suppliers into the mix because the return on investment acts like a “license to sell.” ” (batteryregulation.eu).

• If you’re not an EU OEM, don’t worry! You can still benefit from using Catena-X standards for traceability and quality. It’s a great way to keep things in check! These standards are totally open and have been tested in real-world situations, making things a lot smoother when it comes to onboarding. You can actually get your first go-live up and running in just 5 weeks, and then other components can ramp up in about 2 weeks after that. It’s pretty impressive how quickly things can get moving! (catena-x.net).

Why not make supplier onboarding a breeze by learning from folks who have already figured it out? Check out some of the existing onboarding services and those handy prebuilt connectors--like the Catena-X onboarding that Sovity set up for BMW suppliers. They can really help you streamline the whole process and get things moving faster! (sovity.de).

• Imagine carbon and quality as two buddy services working together. You can definitely have both the PCF exchange and quality notifications operating on the same dataspace/VC stack without any issues. Also, once you set up blockchain anchoring, you can use it again and again! It’s super handy to have that flexibility. Check it out here: (catena-x.academy).

Hey, just a reminder about the auditors! It's super important to create evidence artifacts--think hashes, credential IDs, and policy agreements--that align with EU 2023/1542 and the Treasury/DOE FEOC documentation requirements. Make sure you’ve got that covered! (trade.gov).

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A 90‑day plan (with real deliverables)

Weeks 0-2: Alignment and Baseline

• Choose a battery component or a serialized part that carries significant risk, especially if it’s related to something like a passport/FEOC or if it's on a recall list.
• Let’s get those data sources like ERP, MES, and PLM lined up with the CX Industry Core and the PACT PCF schema. Don’t forget to assign the BPNs and VC issuers too! If you want to dive deeper into the details, just click here. Happy exploring!

Weeks 3-6: Dataspace and Proofs

Hey there! Let’s get those EDC connectors up and running! It would be awesome if we could publish a straightforward catalog and set up the CX‑0125 endpoints. We should really focus on either the quality side of things or dive into the Battery Passport aspect meta-model. Let’s make it happen! Just a quick reminder to make sure you connect a Tier-1 or Tier-2, okay? If you're interested, you can find all the details right here. Give it a look! How about we incorporate some blockchain anchoring for our event digests on Fabric/Besu? It would also be great to set up a verifier API for our auditors and regulators. This way, everyone can easily verify the data!

Weeks 7-10: Pilot and External Validation

Alright, here’s the plan: let’s whip up a live "passport slice" or get a solid notification loop going. We’ll run a test for one supplier audit, and don’t forget to highlight that trace-to-claim for a Treasury/FEOC check. Plus, we need to include those EU passport fields too. Sounds good? (home.treasury.gov).

Weeks 11-12: Scale Plan and ROI

• Put together the supplier rollout kit. Make sure it includes checklists, the steps for issuing VC, and our security policies. Oh, and let’s come up with a TCO/ROI model that really hones in on steering clear of recalls and warranty issues. At the same time, it should help in maintaining those credits. Sounds good?

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KPI set you can defend to Finance

• Compliance coverage: Basically, this refers to how many of our SKUs have a passport or PCF and can trace their material origins clearly. We're shooting for at least a 95% completion rate on the EU battery passport. Check it out here.
• Recall precision: Here, we’re diving into how the initial group of suspects compares to those that have actually been confirmed as affected. We're aiming for more than a 90% reduction, just like what they accomplished with the Catena-X case. If you're looking for more info, check this out here. You’ll find all the details you need!
• Incentive preservation: This is all about the dollar amount of Section 30D credits that are protected by a clean FEOC provenance for every vehicle identification number (VIN). If you want to learn more, just click this link: here. Happy reading!
• Cycle time: This refers to the number of days it takes to bring a supplier into the data space. We're kicking things off with a baseline of several months, but our goal is to have the first launch ready in just 5 weeks. After that, we plan to add on an extra 2 weeks for each additional component we roll out. If you want to dive deeper into this, just click here to check it out!
• Cutting down on fraud: We're keeping track of how long it takes to transfer titles and monitoring any disputes related to liens and odometer readings since we went digital. One great example we can look to is California's title digitization program. It really sets a solid benchmark for us. Learn more here.

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• Volvo EX90 Passport Stack: So, this is essentially about managing the supplier Certificates of Insurance (COIs) for materials like cobalt, nickel, and graphite using Circulor. It’s a smart way to stay on top of things! Every QR code you scan will lead you to a consumer view, but regulators get a peek at health logs that go back 15 years. So, what’s the damage? It’s only about $10 for each car. Not too shabby, right? To do this, just grab the smelter and refiner attestations that are signed as verified credentials, and then connect those to the batch custody events. It’s a pretty straightforward process! (reuters.com).
• BMW/Bosch/DENSO quality loop: These guys are really focused on making things more efficient. They’re working on standardizing field KPIs and production specs with tools like CX-0125 and Industry Core. It’s all about tuning up the processes to get everything running smoothly! They send out alerts upstream whenever there’s a verified block notification, and they also link up vehicles using unique serialized part instance IDs. Getting that notification notarized is a great way to avoid any second-guessing later on. So, what's the result? They’re now spotting problems a whole four months sooner, which really cuts down the scope from 1. 4M down to 14. (catenax-ev.github.io).
• California Title + Odometer: So, here’s the idea: we want to link a DMV title token to a Vehicle Identification Number (VID). Then, licensed inspectors will need to give their stamp of approval on any odometer changes as verification checks. Sounds straightforward, right? So, after that, these events get recorded on the blockchain. A public buyer check will make sure that everything’s all set and that there’s a nice, clean track record. With the fraud stats from NHTSA, this could definitely be a game changer for both consumers and insurers right from the get-go. (reuters.com).
• EV Green Charging Claims: They’ve come up with a neat way to link session data--like the charger, the vehicle, and the timestamp--to retiring Renewable Energy Certificates (RECs). By keeping the claim hash and REC ID on the blockchain, they can generate a “green proof” for fleets, which is super helpful for ESG reporting. Pretty cool, right? (medium.com).

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Build vs. buy: recommended stack for 2025

• Open-source spine: Take a look at the Eclipse Tractus‑X kits, which include EDC, Digital Twins, and connectors, along with Eclipse DSP 1. You might find some cool tools there!

0. If you’re an OEM or a big Tier-1, the managed Catena-X services are here to make your onboarding process a breeze. (projects.eclipse.org).

• Picking a Ledger: Go with the ledger that vibes best with your ecosystem. It could be Fabric, Besu, Hedera, Polygon, or even Energy Web--just choose what works for you! Why not kick things off with just the “anchoring-only” setup? It’s a solid foundation to get you started, and if you find you need some smart-contract magic later on, you can always add that in!
• Identity: Leverage enterprise PKI along with Verifiable Credentials (VCs). This way, you can issue credentials linked to your BPN and easily change your keys as your supply base evolves. (catenax-ev.github.io).
• Carbon and Passport Schemas: If you’re looking to track emissions, I recommend using the PACT PCF v2. It’s a solid choice! Make sure to use GBA-aligned passport data when working with batteries, and don’t forget to stick to the EU 2023/1542 guidelines for the regulatory fields. (wbcsd.github.io).

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Risk controls executives ask about

• Data Sovereignty: When you enter into DSP contracts, you’ll find clear guidelines on how your data can be used, kept, and shared. It's all laid out for you, so there are no surprises! And those connectors? They’re in place to keep everything under control, making sure that sensitive info never actually ends up on the blockchain. Check it out here.
• Verification and Audit: We keep a bunch of cryptographic proofs, credential IDs, and consent logs handy. This makes it super simple for auditors to recalculate hashes and double-check everything without having to sift through the raw data. It’s all about making the process smoother for everyone involved!
• Interop Risk: Catena-X just revealed a cool way to share PCF across various data spaces thanks to a partnership with Japan's Ouranos. There's some really cool stuff in the works for multi-region networks! If you want to dive deeper into this, feel free to check it out here. There’s some really interesting info!

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7Block Labs delivery blueprint (what we do for you)

• 2-week discovery: Let’s jump into a thorough look at the regulatory gap analysis for the EU Battery Regulation and the IRA/FEOC. We'll dive into how our use cases actually match up, break down the different supplier segments, and create a solid ROI model.

Alright, here's the plan: for the next 6 to 10 weeks, we’re diving into the Tractus-X connector setup. We'll be laying down a solid VC trust framework and getting some basic ledger anchoring sorted out. Let’s get this show on the road! We're looking to launch one supplier chain, and we're deciding whether to focus on the battery passport or quality notifications.

• Scale kit: This kit has everything you need to get started! It comes with a supplier onboarding package, some really useful playbooks, and a controls/audit binder. Plus, everything is organized according to the EU 2023/1542 regulations and Section 30D docs. Pretty handy, right? Check more at trade.gov.

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Key takeaways

The fastest returns come from things like the battery passport and the FEOC. These tools help us get better at recalling products with Catena-X, reduce fraud related to titles and odometers, and ensure that any green charging claims we make are backed up and can actually be verified.

• Start with a dataspace-first approach and keep blockchain use to a minimum. Basically, think of it as DSP 1 in action. So, you're looking at combining Tractus-X for data, right? And then you'll want to lean on DLT for those solid proof points.
• Stay mindful of your budget and try to get things moving fast. You’re probably looking at around 8 to 12 weeks to start seeing some real benefits. After that, you can gradually bring on more suppliers one at a time.

If you need a reliable game plan that covers everything from systems to suppliers, and you’re aiming for a 90-day delivery timeline, 7Block Labs has got your back. They can help you piece it all together this month!