How to Use Blockchain in Construction: Payments, Provenance, and Where It Actually Helps in 2026
Construction runs on trust between a lot of parties who don’t fully trust each other — owners, contractors, subcontractors, suppliers — and when that trust breaks down, it shows up as the industry’s most chronic problems: payments that arrive late or not at all, disputes over who agreed to what, and endless paperwork that no one fully believes. These are expensive, well-documented problems, and they happen to be exactly the kind blockchain is genuinely built to help with.
That’s worth saying clearly up front, because blockchain in construction also attracts plenty of hype. It won’t pour concrete, it won’t rescue a badly-run project, and it only works when the parties involved actually adopt it. But where the real problem is trust and transparency between many parties — and above all, getting people paid correctly and on time — blockchain isn’t a gimmick. It’s a genuinely useful tool aimed at problems that cost the industry dearly.
This is a practical guide to where blockchain actually helps in construction, where it doesn’t, and what it takes to make it work. It’s the blockchain companion to our guide on how to use AI in construction — where AI tackles the physical and predictive side of building, blockchain tackles the trust, payment, and transparency side. If you build for a living and you’re skeptical of blockchain talk, this is the grounded version.
What “blockchain in construction” actually means
At its core, blockchain in construction means using blockchain — smart contracts, shared tamper-resistant records, and tokenization — to solve the industry’s trust, transparency, and payment problems across a project and its supply chain. It’s less about the building itself and more about the web of agreements, payments, materials, and records that surround it, and whether the many parties involved can trust them.
There’s one framing to get straight before anything else, because it’s the difference between a blockchain project that delivers and one that wastes money. Construction is physical, fragmented, and slow to digitize — a gap McKinsey and others have long documented — so blockchain here is a trust-and-transparency-and-automation layer, not a fix for the physical work of building. It earns its place specifically where the problem is trust between many parties, and above all in payments, where construction’s pain is most acute and most expensive. Nobody’s smart contract is going to frame a wall; what it can do is make sure the people who framed it get paid correctly and on time, without a dispute.
So the useful question is never “how do we put our construction project on blockchain?” but “which real trust or payment problem are we solving, and will the parties involved actually adopt it?” That second part matters more in construction than almost anywhere, because the industry is fragmented across many companies, and a shared ledger only delivers value if the people who need to use it actually do. Keep that lens on as we go through where blockchain genuinely earns its place.
Where blockchain genuinely helps construction
Setting the hype aside, here’s where blockchain actually delivers value on real projects, with an honest read on each — starting with the one that matters most.
Automated payments and escrow
This is the flagship use, and the one most likely to justify blockchain on a construction project by itself. The industry is notorious for chronic late payments and payment disputes, especially down the chain to subcontractors and suppliers — a problem industry bodies like the Royal Institution of Chartered Surveyors have long highlighted as an enormous drain on the sector. Smart contracts directly attack this: they can release milestone payments automatically when agreed conditions are met, and hold funds in escrow so that everyone knows the money is there and will be released fairly when the work is done. Paired with payment and escrow infrastructure, this means a subcontractor can see that funds are committed and will be paid on completion, without chasing invoices or wondering if they’ll be paid at all. For an industry where payment is the central source of friction and distrust, this is genuinely the strongest case for blockchain — it turns a chronic, relationship-poisoning problem into something automatic and transparent.
Materials provenance and supply-chain traceability
Construction depends on materials whose quality, authenticity, and origin genuinely matter — structural steel, concrete, timber, fire-rated components — and verifying them across a complex supply chain is hard. Blockchain-based supply-chain traceability lets materials be tracked from source to site on a tamper-resistant record, supporting quality assurance, authenticity (fighting counterfeit or substandard materials), and increasingly the ethical and sustainable sourcing that regulation and clients are starting to demand. It builds on the same provenance capability that makes blockchain useful in logistics, applied to the materials that go into a building. The honest caveat, covered later, is that this only works if the supply chain participates and the data entered is accurate — but where those hold, verifiable materials provenance is a real benefit, particularly for safety-critical and sustainability-sensitive components.
Transparent procurement and tendering
Procurement and tendering in construction can be opaque and, in some markets, prone to corruption and disputes over how contracts were awarded. Recording the bidding and tendering process on a tamper-resistant ledger makes it transparent and auditable — bids can’t be quietly altered, and the process can be verified after the fact. This reduces the scope for corruption and the disputes that follow it, and it builds trust among bidders that the process is fair. It’s a narrower use than payments, but for public projects and large procurements where transparency and fairness genuinely matter, it’s a legitimate and valuable application of what blockchain does well.
Immutable project records and compliance
Construction generates mountains of records — inspections, approvals, change orders, certifications, compliance documents — and disputes frequently come down to disagreements over who agreed to what, and when. A shared, tamper-resistant record of these, through blockchain-based document and records management, gives all parties a single version of the truth that can’t be quietly altered after the fact. This reduces disputes, speeds up resolution when they do happen, and makes compliance easier to demonstrate. In an industry where so much conflict stems from murky or contested records, an immutable shared record of what was agreed and approved is a genuine source of trust and a real reducer of expensive disputes.
Project financing and tokenization
Finally, blockchain opens new ways to finance construction and real-estate projects through tokenization — dividing a project into digital tokens that let multiple investors own a fractional share, lowering the barrier to investment and opening new sources of capital. This connects directly to real estate tokenization, and for developers it can mean access to a broader pool of investors and new financing models, with smart contracts automating ownership, distributions, and compliance. The honest framing, carried from our tokenization work, is that this is powerful where there’s genuine investor demand and a sound legal structure, and it’s subject to securities regulation — so it’s a real financing opportunity, handled properly, rather than a shortcut to easy capital. For the right project, it’s a genuinely new way to fund building.
The benefits — what blockchain actually improves for construction
Six benefits worth understanding, each tied to one of the industry’s real trust or payment problems, and each framed honestly.
Faster, more reliable payments and fewer disputes
The clearest benefit is attacking construction’s chronic payment problem — automating milestone payments, protecting funds in escrow, and ensuring people get paid correctly and on time. Given how much friction, distrust, and cost flow from late and disputed payments in the industry, this is the benefit with the most immediate and tangible value, and it’s the reason payments are the flagship use of blockchain in construction.
Verifiable materials provenance and quality
Tracking materials from source to site on a tamper-resistant record supports quality assurance, authenticity, and ethical sourcing, which matters especially for safety-critical and sustainability-sensitive components. Being able to verify that materials are genuine, compliant, and responsibly sourced is a real benefit in an industry where substandard or counterfeit materials carry serious safety and liability risks.
Transparent, fairer procurement
Recording procurement and tendering on a tamper-resistant ledger makes the process transparent and auditable, reducing the scope for corruption and the disputes that follow. For public projects and large procurements where fairness and transparency genuinely matter, this builds trust among bidders and reduces costly conflict over how contracts were awarded.
Fewer disputes through immutable records
A shared, tamper-resistant record of inspections, approvals, changes, and compliance gives all parties a single version of the truth, reducing the disputes that stem from contested or murky records. In an industry where so much conflict comes down to disagreements over who agreed to what, this is a genuine source of trust and a real way to cut the time and cost of disputes.
New financing options through tokenization
Tokenizing construction and real-estate projects opens access to a broader pool of investors and new financing models, lowering barriers to investment. Handled properly and within regulation, this gives developers genuinely new ways to fund projects, which is a real benefit in a capital-intensive industry — provided there’s real investor demand and a sound legal structure behind it.
Greater trust across a fragmented supply chain
Underlying all of these is trust: construction involves many parties who often don’t fully trust each other, and a shared, tamper-resistant record reduces the need for that trust in specific interactions. Where it’s adopted across the parties involved, this is a real benefit in an industry where the lack of trust and transparency between participants is a persistent, expensive problem.
The honest limits — what blockchain can’t do, and what it takes
This is the section that matters most for a sound decision, and the one a pragmatic builder will care about more than any list of use cases. Blockchain is genuinely useful for construction’s trust and payment problems, and it also has real limits and real requirements worth being honest about.
It won’t do the physical work, and that’s not a trivial caveat in an industry defined by physical building. Blockchain is a trust, payment, and records layer — it doesn’t lay a brick, and any pitch implying it transforms the physical work misunderstands construction. More importantly, and this is the decisive limit, it requires multiple parties to adopt it. A shared ledger for payments, provenance, or records only delivers value if the owner, the contractors, the subcontractors, and the suppliers actually participate — and in a fragmented industry where getting everyone to agree on anything is hard, that coordination is usually the real challenge, far more than the technology itself. A brilliant blockchain payment system that only one party uses delivers nothing.
The industry’s slow digitization compounds this. Many construction firms lack the digital foundation and, frankly, the appetite for new technology, so adoption is genuinely harder here than in more digital industries. And blockchain’s records are only as good as the data entered into them: for materials provenance, the physical-to-digital link — reliably connecting real materials to their on-chain record — matters enormously, because the ledger makes records tamper-resistant but can’t make bad or falsified data true. Garbage in, tamper-proof garbage out is a real failure mode. On top of all that, blockchain adds cost and complexity, so where there isn’t a genuine trust or transparency problem to solve, it’s simply not worth it.
The hardest truth, and the one worth stating plainly, is that blockchain is genuinely useful for construction’s trust and payment problems — but only where the parties involved will actually adopt it. The coordination to get everyone participating, not the technology, is usually the hard part, and any vendor who glosses over that is overselling. A firm that’s honest about whether its partners will come on board, and that starts with a contained, high-value use like payments, will get far more out of blockchain than one that buys the transformation pitch.
What it takes to use blockchain well in construction
Because the real challenge is coordination and fit rather than the technology, doing blockchain well in construction looks different from a generic blockchain project. A few things matter most.
Start from a real trust or payment problem, not from the technology — and in construction, payments are usually the place with the clearest value. Then, crucially, secure buy-in from the parties who need to participate, because this is the decisive factor: a shared system only works if the people it connects actually use it, so getting the owner, contractors, and key suppliers on board is more important than any technical decision. Get the data and the physical-to-digital link right for anything involving materials provenance, since the records are only as truthful as what’s entered. Working with a partner who can provide honest blockchain development guidance on whether blockchain genuinely fits your problem — and whether your partners will adopt it — is often a better starting point than commissioning a system nobody has scoped against the coordination reality.
Integration matters too: a blockchain solution has to work with the systems construction already runs on — BIM (increasingly shaped by open standards from bodies like buildingSMART), project management, accounting — rather than asking teams to abandon them, so it strengthens existing workflows instead of disrupting them. And the sensible path is to start contained and prove it: rather than attempting to put an entire project or supply chain on blockchain at once, begin with a focused, high-value use — milestone payments and escrow on a single project, say — demonstrate that it works and that the parties will use it, and scale from there. This is exactly where experienced smart-contract development pays off, building something that fits how construction really works and that the parties will actually adopt.
How blockchain in construction actually works — the technology
For anyone scoping a project, here are the layers underneath — with the recurring theme that the value depends on adoption and clean data as much as the technology.
Smart contracts. The core of most construction blockchain applications is the smart contract — self-executing code, most commonly built on networks like Ethereum, that automates payments, holds and releases escrow, and enforces agreed conditions without a manual intermediary. This is what turns milestone payments and escrow from a trust-dependent, dispute-prone process into something automatic and transparent, and it’s where careful, audited engineering matters, since these contracts handle real money.
Shared tamper-resistant ledgers. For records and provenance, the value comes from a shared ledger that all parties can see and none can quietly alter — giving everyone a single, trusted version of the truth for inspections, approvals, changes, and materials history. The benefit depends entirely on the relevant parties actually participating in that shared ledger, which is the coordination challenge at the heart of blockchain in construction.
The physical-to-digital link and tokenization. For materials provenance, physical materials have to be reliably connected to their on-chain records, typically through tags, QR codes, or sensors, and the security of that link determines how trustworthy the provenance is. For financing, tokenization represents project or property ownership as tokens with rules enforced by smart contracts. Both are genuinely capable, and both depend on getting the surrounding details — data entry, legal structure — right.
Integration with construction systems. Underlying all of it, a blockchain solution has to integrate with the tools construction already uses — BIM, project management, accounting — rather than standing apart from them. In practice, blockchain in construction augments existing systems and workflows, adding a layer of trust, automation, and transparency to how projects and payments already run, rather than replacing them, which is the sensible and realistic way to deploy it.
A framework for using blockchain in construction
The sequence that keeps a blockchain-in-construction project pointed at real value and clear of the ways these projects tend to fail.
- Identify a real trust or payment problem. Begin from a concrete problem where trust or transparency between parties is the issue — late and disputed payments above all, plus materials provenance, procurement transparency, or contested records — rather than from “we should use blockchain.” Payments usually offer the clearest value, and starting from the problem is what separates a worthwhile project from a gimmick. Name the problem first.
- Secure participation from the parties who must be involved. Before building, make sure the parties whose participation the system depends on — owner, contractors, subcontractors, suppliers — will actually adopt it, because this coordination is the decisive factor and the most common point of failure. A shared system only delivers value if the people it connects use it, so buy-in matters more than any technical choice, and it’s worth confirming before anything else.
- Choose the right approach for the problem. Match the solution to the specific problem — smart-contract payments and escrow for payment pain, provenance tracking for materials, immutable records for disputes, tokenization for financing. The right approach depends entirely on what you’re solving, and fitting it to the real problem rather than a generic “blockchain platform” is what makes it genuinely useful.
- Get the data and physical-to-digital link right. Ensure the data entered is accurate and, for materials provenance, that the physical-to-digital link reliably connects real materials to their records — because blockchain makes records tamper-resistant, not automatically true. Garbage in, tamper-proof garbage out is a real failure mode, so getting the inputs right is as important as the blockchain layer itself.
- Integrate with existing systems and start contained. Connect the solution to the BIM, project-management, and accounting systems construction already uses, and begin with a focused, high-value use on a single project before scaling. Proving that blockchain works and that the parties will adopt it on a contained scope, rather than attempting to transform everything at once, is how these projects actually succeed and earn the trust to grow.
The through-line across all five steps is that blockchain works in construction when it’s aimed at a real trust or payment problem, adopted by the parties it connects, built on clean data, and integrated into how teams already work — not when it’s a blockchain platform in search of a use. The firms that get this right pair the technology with the smart-contract and payment infrastructure a real construction application needs, and secure adoption before building. The ones that get it wrong lead with the technology and underestimate the coordination and the physical, fragmented nature of the industry.
Where blockchain in construction is heading
Several trends are shaping the next phase, and they point toward real but adoption-gated progress driven by genuine problems rather than hype.
Smart-contract payments maturing as the clearest use. The flagship application — automating payments and escrow to attack the industry’s chronic payment and dispute problem — is likely to keep maturing as the highest-value, most compelling use of blockchain in construction, precisely because it targets the industry’s most expensive and relationship-poisoning problem. This is where much of the genuine momentum sits, and where adoption is most likely to grow.
Provenance and sustainability traceability growing. As regulation and clients increasingly demand proof of quality, authenticity, and sustainable sourcing, blockchain-based materials traceability is likely to grow in importance, particularly for safety-critical components and ESG-sensitive projects. This aligns with broader pressure on the industry to prove its materials and practices, which gives provenance a real and growing driver.
Tokenized project financing expanding. Tokenization of construction and real-estate projects for financing is likely to continue developing, opening new capital sources for developers, building on the growing real-estate tokenization trend. Handled within regulation and with genuine investor demand, this is a real and expanding financing avenue rather than a passing one.
Adoption gated by digitization and coordination, and blockchain going quiet. The pace of all of this will be set by the industry’s slow digitization and the genuine challenge of getting fragmented parties to adopt shared systems, so progress is likely to be real but gradual rather than sudden. The broadest trend is that, where it takes hold, blockchain becomes quiet infrastructure for trust in construction — the invisible layer making payments automatic, records trustworthy, and materials traceable — rather than a headline. That’s the clearest sign a technology has found its genuine place: it stops being talked about as blockchain and simply becomes how trustworthy projects run.
Frequently asked questions
Payments are the single strongest use of blockchain in construction, because the industry’s chronic late payments and payment disputes — especially down the chain to subcontractors and suppliers — are an enormous, well-documented source of friction, distrust, and cost. Smart contracts address this directly: they can be programmed to release milestone payments automatically when agreed conditions are met, and to hold funds in escrow so that everyone knows the money is committed and will be released fairly once the work is done. This means a subcontractor can see that funds are there and will be paid on completion, without chasing invoices or wondering whether they’ll be paid at all, and it removes much of the discretion and delay that cause payment disputes. Because the payment logic is enforced automatically by code everyone can see, it replaces a trust-dependent, dispute-prone process with something transparent and automatic. For an industry where payment is the central source of friction between parties, this turns a chronic, relationship-poisoning problem into something far more reliable — which is exactly why automating payments and escrow is considered the flagship application of blockchain in construction, and often the one that justifies it on its own.
Yes, and in two main ways. First, through payments: since so many construction disputes are fundamentally about money — late payments, disagreements over what’s owed — automating milestone payments and escrow with smart contracts removes much of the discretion and ambiguity that cause those disputes in the first place. Second, through records: construction disputes frequently come down to disagreements over who agreed to what and when, and a shared, tamper-resistant record of inspections, approvals, change orders, and compliance gives all parties a single version of the truth that can’t be quietly altered after the fact. When everyone is working from the same immutable record, there’s far less to argue about, and when disputes do arise, they can be resolved faster because the record is clear and trusted. In an industry where conflict so often stems from contested records and payment friction, both of these genuinely reduce the frequency and cost of disputes. The important caveat is that these benefits depend on the relevant parties actually using the shared system — a tamper-proof record only helps if the parties agree to rely on it — so the dispute-reduction value, like everything in blockchain for construction, depends on adoption.
Blockchain tracks construction materials by recording their journey from source to site on a shared, tamper-resistant ledger, so their origin, quality, and authenticity can be verified. As materials move through the supply chain — from manufacturer through suppliers to the jobsite — each step can be recorded on the blockchain, creating a provenance trail that’s difficult to falsify. Physical materials are connected to their digital records through tags, QR codes, or sensors, and this physical-to-digital link is crucial: the trustworthiness of the whole system depends on reliably tying the real material to its record, since blockchain makes the record tamper-resistant but can’t verify that the right material was linked in the first place. Done well, this supports quality assurance, helps fight counterfeit or substandard materials (a genuine safety and liability concern in construction), and increasingly supports the ethical and sustainable sourcing that regulation and clients are starting to demand. It’s particularly valuable for safety-critical components, where knowing a material is genuine and compliant really matters. As with everything in blockchain for construction, the value depends on the supply chain participating and on accurate data entry — but where those hold, verifiable materials provenance is a real benefit.
Smart contracts in construction are self-executing programs on a blockchain that automatically carry out agreed terms when conditions are met, without needing a manual intermediary. In practice, the most valuable use is payments: a smart contract can be set up so that when a milestone is completed and verified, payment is automatically released from escrow to the contractor or subcontractor — no invoicing delays, no discretion, no wondering if the money will come. They can also enforce other agreed conditions and automate aspects of contracts, distributions, and compliance. The appeal in construction is that so much of the industry’s friction comes from trust-dependent, manual processes — getting paid, confirming conditions are met, resolving who owes what — and smart contracts replace that with transparent, automatic execution that all parties can see and rely on. Because the logic is enforced by code rather than by one party’s goodwill, it removes much of the distrust that plagues construction relationships. The important points are that these contracts handle real money and execute exactly as written, so careful, audited development is essential, and that their value depends on the relevant parties agreeing to use them — but as a way to automate payments and agreed conditions reliably, they’re the core of what makes blockchain genuinely useful in construction.
For most of the valuable use cases, yes — and this is the single most important practical point about blockchain in construction. A shared ledger for payments, provenance, or records only delivers its value if the parties it’s meant to connect actually participate: a blockchain payment system that only one party uses delivers nothing, and a materials provenance trail with gaps where suppliers didn’t record their steps isn’t trustworthy. Because construction is fragmented across many companies — owners, contractors, subcontractors, suppliers — getting everyone to adopt a shared system is genuinely challenging, and this coordination, rather than the technology itself, is usually the hardest part of a blockchain project in construction. This is why the realistic approach is to start with a contained use where you can secure the participation of the specific parties involved — milestone payments between an owner, a contractor, and key subcontractors on a single project, for instance — prove it works, and expand from there, rather than trying to get an entire industry supply chain on board at once. It’s also why securing buy-in from the parties who need to participate should come before any technical decision. The need for multi-party adoption is both blockchain’s key requirement in construction and the main reason projects fail when it’s underestimated.
Yes, construction and real-estate projects can be tokenized, which means dividing ownership of the project or property into digital tokens that let multiple investors own a fractional share. This can open access to a broader pool of investors and new financing models, lowering the barrier to investment in projects that traditionally required large amounts of capital, with smart contracts automating ownership, distributions, and compliance. For developers, it can mean access to capital sources that traditional financing doesn’t easily reach, and it connects to the growing trend of real-estate tokenization more broadly. The important honest caveats, carried from tokenization generally, are that it works best where there’s genuine investor demand and a sound legal structure connecting the tokens to real ownership, and that tokenizing investment in a project typically involves securities, which are regulated — so it has to be done properly, with the appropriate legal and compliance work, rather than treated as a shortcut to easy capital. Handled correctly, project tokenization is a genuinely new and valuable financing avenue for the right construction and real-estate projects; handled carelessly, it runs into the same regulatory and demand realities that apply to tokenizing any asset. It’s a real opportunity, not a magic funding source.
It depends entirely on whether you have a real trust or payment problem that blockchain genuinely solves, and whether the parties involved will adopt it — so the honest answer is that it’s worth it for some situations and not others. It’s most likely worth it if your business suffers from the industry’s chronic payment and dispute problems, deals with materials where provenance and authenticity genuinely matter, needs transparent procurement, or is exploring new project financing — and if you can get the relevant parties to participate in a shared system. It’s probably not worth it if you don’t have a genuine trust or transparency problem between parties, if the coordination to get everyone adopting it isn’t realistic, or if your operations aren’t digitized enough to support it, because in those cases blockchain adds cost and complexity without solving a real problem. The key is to be honest about both the problem and the adoption: blockchain is genuinely useful for construction’s trust and payment problems, but only where those problems are real and the parties will actually use the system. The smartest approach is to start with a specific, high-value problem — usually payments — and a contained scope where adoption is achievable, prove the value, and expand from there, rather than committing to blockchain as a sweeping initiative. A good partner will tell you honestly whether it fits your situation.
It varies widely with what you’re building. A focused solution — a smart-contract payment and escrow system for a specific project, say — is a more contained investment than a comprehensive provenance platform across an entire supply chain or a tokenized financing structure with its legal and compliance requirements. The main cost drivers are the complexity and scope of the use case, the number of parties and systems involved, integration with existing construction systems like BIM, project management, and accounting, and — for payments and tokenization — the smart-contract auditing and, where relevant, legal and compliance work that handling real money and regulated investment requires. A point specific to construction is that some of the real effort and cost lies not in the technology but in the coordination and integration — getting the parties on board and connecting to existing systems — which is worth budgeting attention for even though it isn’t a line item in the usual sense. It’s also worth weighing cost against the value: a payment system that eliminates chronic payment disputes and late-payment costs can deliver a clear return on an industry where those problems are so expensive, while building blockchain for a problem you don’t really have, or that the parties won’t adopt, is money poorly spent. A realistic figure comes from scoping the specific problem, scope, and parties involved, which is exactly the conversation worth having before committing to a build.
Bottom line
Blockchain genuinely helps construction where the problem is trust and transparency between many parties — above all payments and disputes, plus materials provenance, procurement, records, and project financing — and it’s cost without benefit where there’s no real trust problem or where the parties won’t adopt it. The use cases that matter, led by smart-contract payments and escrow attacking the chronic payment problem, earned their place by solving genuine, expensive problems rather than by being impressive. That distinction is the whole story.
Blockchain is a trust, payment, and records layer for construction, not a fix for the physical work or a transformation of the industry — and it only delivers when the parties it connects actually use it. That’s the lesson worth carrying into any decision. The technology is rarely the hard part — and where it is involved, the smart contracts handling real money should be independently audited by security specialists. Getting the parties to adopt it, getting the data and physical-to-digital link right, and integrating with how teams already work — that’s the hard part, and the coordination especially is what separates a blockchain project that delivers real value from one that becomes expensive infrastructure nobody uses.
The honest starting question isn’t “how do we put our project on blockchain?” — that’s starting from the wrong end — but “which real trust or payment problem are we solving, and will the parties involved actually adopt it?” When those line up, as they increasingly do for payments and provenance, blockchain delivers real value in reliable payments, fewer disputes, verifiable materials, and new financing. When they don’t, especially when the parties won’t participate, the honest move is to solve the problem another way rather than build a shared system no one shares.
If there’s a real trust or payment problem blockchain could solve on your projects — automating milestone payments, protecting funds in escrow, tracing materials, keeping tamper-proof records, or tokenizing a project for financing — get in touch with our team. We build the smart-contract, payment, provenance, and tokenization software behind these systems, and we’ll help you scope it honestly — starting with the actual problem and whether the parties involved will adopt it, and only then with how to build it.
