Web3 investment
trends & analysis.

For most of the last decade, stablecoins and artificial intelligence were separate conversations. One was about payments and settlement. The other was about models and automation. In 2026 they are starting to look like two halves of the same system.

The reason is simple. AI agents are moving from answering questions to taking actions: booking, buying, paying for data, paying for compute and paying each other. Every one of those actions ends in a transfer of value. Traditional payment rails were not designed for a customer that is a piece of software, running around the clock, making thousands of small decisions a day.

Money that behaves like software

Stablecoins solve several of these problems at once. They settle in seconds rather than days. They work the same way at midnight on a Sunday as at noon on a Tuesday. They can be held in a wallet that an agent controls within limits set by a person or a business. And they are programmable, so rules about spending, approvals and reporting can live in the transaction itself.

That makes stablecoins a natural settlement layer for agent activity. A research agent can pay per query for a data feed. A procurement agent can pay a supplier the moment goods are confirmed. A trading or treasury agent can move funds between venues without waiting for a bank window.

Why agents need different money

Traditional payment railsStablecoins

SettlementHours to daysSeconds to minutes

AvailabilityBanking hoursAround the clock

Small paymentsFees make them impracticalPractical at low value

Spending rulesChecked after the factBuilt into the transaction

What is still missing

The stack is not finished. Three layers need serious building:

Identity and trust. A counterparty needs to know which agent it is dealing with, who stands behind it and what it is allowed to do. On-chain reputation and verification tools are early, but they are the foundation for everything else.

Controls. Businesses will only hand spending power to agents with clear limits: budgets, allow-lists, multi-party approval for large amounts and an audit trail that a finance team can read.

Compliance. Payments made by software still have to meet the same rules as payments made by people. Tools that make compliance automatic, rather than a manual review at the end, will decide how fast this market grows.

The agent payment stack

AI agentDecides and acts on behalf of a person or business

ControlsBudgets, allow-lists and approvals

Identity and trustWho the agent is and who stands behind it

ComplianceRules applied automatically, not reviewed later

Stablecoin settlementFast, programmable, always-on money

Where we are looking

At Cequire we are interested in teams building at the joins between these layers: agent wallets with real controls, trust and reputation data for on-chain counterparties, stablecoin infrastructure built for high-frequency, low-value payments, and chains designed specifically for stablecoin settlement.

If you are building in this space, we would like to hear from you.

Today we are launching a new website for Cequire Capital. It is built around the questions founders and partners ask us most often: what we invest in, how we work and how to reach the right person.

What is new

Our thesis, in one place. The home page sets out the five areas we focus on: stablecoins and stablechains, AI x crypto and agentic payments, real-world assets, privacy infrastructure and post-quantum security.

Clear pages for each part of the business. Cequire Venture covers pre-seed and seed rounds and early-stage tokens. Cequire Liquidity covers long-term investment in listed tokens through private OTC deals.

A shorter way to pitch. Founders can now share a pitch in five quick questions. Every pitch is read by our team.

Account verification. Anyone can now check whether an email address or Telegram username belongs to Cequire, directly from the footer of every page.

Why it matters

Founders have limited time. A good investor website should make it easy to tell, within a minute, whether a fund is the right partner. We hope this one does that.

If you have feedback, write to us at partners@cequire.com.

As Cequire has grown, so have attempts to impersonate us. We have seen fake Telegram accounts and look-alike email addresses offering investment, listings or "guaranteed" returns. None of them are ours.

Three simple rules

We never ask for money or assets. No one from Cequire will ask you to send funds, tokens, seed phrases or private keys, for any reason.

We only email from @cequire.com. Check the full address carefully. Small spelling changes and extra words are a common trick.

When in doubt, verify. Enter the email address or Telegram username in our account verification tool. It tells you straight away whether the account is official, a referral partner or not connected to us.

About referral partners

Some introductions come through external referral partners. They connect founders with our team, but they do not speak for Cequire and they never handle money on our behalf. Do not share confidential information with them, and always confirm details with our official team.

Report an impersonation

If you think someone is pretending to be Cequire, write to compliance@cequire.com with screenshots and the account name. We act on every report.

Almost every blockchain in use today relies on public-key cryptography that a large enough quantum computer could, in theory, break. That machine does not exist yet, and nobody can say with confidence when it will. But the risk has a long tail, and blockchains are unusually exposed to it.

Why blockchains are exposed

Data on a public chain is permanent and visible to everyone. An attacker does not need to break a key today. They can record public data now and try to break it later, an approach often called "harvest now, decrypt later". Funds held in addresses whose public keys are already visible are the most exposed.

Blockchains are also slow to upgrade. Changing the signature scheme of a major network requires broad agreement across developers, validators, exchanges and wallet providers. That process takes years, which is why the work needs to start well before the threat is real.

Why the clock starts now

TodayData is recordedPublic keys and transactions are visible and permanent.

Next yearsNetworks migrateUpgrading signatures needs broad agreement and takes time.

FutureOld keys at riskA large quantum computer could break today's cryptography.

What founders can build now

Migration tooling. Wallets and custody providers will need simple ways to move funds from older key types to quantum-resistant ones, without asking users to understand the cryptography.

Hybrid signatures. Schemes that combine a classical signature with a post-quantum one let networks add protection without abandoning what already works.

Key management. Post-quantum keys and signatures are larger, which affects storage, fees and hardware wallets. There is room for products that make that overhead invisible to the end user.

Audits and monitoring. Teams will want to know how much of their exposure sits in vulnerable addresses and contracts, and how to reduce it step by step.

Four areas open for founders

1Migration toolingMove funds to quantum-resistant keys in a few clicks.

2Hybrid signaturesAdd protection without dropping what works.

3Key managementHide the cost of larger keys and signatures.

4Audits and monitoringShow exposure and reduce it step by step.

Our view

Post-quantum security is one of the five areas in the Cequire thesis because the work is necessary, technically deep and still early. The teams that build the bridges now will be the ones the industry relies on when the timeline shortens.

Tokenised real-world assets have moved from pilot projects to products that institutions actually use. Tokenised treasury and money-market products showed that a familiar, low-risk asset could live on-chain, settle faster and plug into the rest of decentralised finance.

The next stage is harder and more interesting: credit.

Why credit matters

Credit is where much of the world's financial activity happens: trade finance, invoices, small business loans, consumer lending and private credit funds. Much of it still runs on slow processes, fragmented records and limited access for smaller borrowers and investors.

Putting credit on-chain can make ownership clear, payments traceable and settlement faster. It can also open access, letting more investors take part in assets that were previously reserved for a small group of institutions.

How a loan becomes an on-chain asset

Real-world creditInvoices, loans, private credit

Legal structureEnforceable rights for holders

TokenClear ownership, traceable payments

Investors and DeFiWider access and faster settlement

What has to be true

Reliable data. An on-chain loan is only as good as the information about the borrower and the collateral behind it. Oracles and reporting standards for off-chain assets are critical.

Legal structure. Token holders need clear, enforceable rights to the underlying asset. That means working with existing legal frameworks rather than around them.

Compliance by design. Permissioned access, investor checks and transfer rules need to be built into the asset, not added later.

Liquidity. Many credit assets are held to maturity. Secondary markets that let investors exit at a fair price will make the whole category more attractive.

Four things that have to be true

1Reliable dataTrusted information on borrower and collateral.

2Legal structureToken rights that hold up in court.

3Compliance by designInvestor checks and transfer rules built in.

4LiquidityA fair way to exit before maturity.

Where we are looking

Cequire backs teams building the infrastructure that makes on-chain credit trustworthy: data and verification layers, compliant issuance platforms, and the plumbing that connects tokenised assets to the rest of the on-chain economy.

A token generation event, or TGE, is often treated as a finish line. In practice it is the start of a project's public life, and most problems that appear on launch day were created months before. This checklist covers what we look at with portfolio teams in the run-up to launch.

Token design

Supply and allocation. Can you explain who holds what, and why, in one simple chart? Allocations should match the work each group does for the network.

Vesting and unlocks. Map every unlock for the first 24 months. Large cliffs that land at the same time are a common source of selling pressure.

Utility. Be clear about what the token is used for on day one, not only in the long-term roadmap.

Liquidity and markets

Launch liquidity. Plan how much of the supply will be available to trade at launch, and where.

Exchange plan. Decide which venues fit your community and region, and what each one requires. Prepare documents early; listing reviews take time.

Treasury policy. Write down how the treasury will be managed, who can move funds and how large holders will exit over time. Long-term partners and structured OTC deals can help here.

Legal and operations

Legal review. Get advice on how the token is treated in the jurisdictions you serve, and keep records of that advice.

Security. Audit contracts, use multi-signature wallets for treasury funds and rehearse what you will do if something goes wrong.

Communication. Publish the token details, vesting schedule and official channels in one place before launch, so your community knows where to find the truth.

How we help

Cequire supports portfolio teams with launch timing, token structuring and exchange introductions, and stays involved after launch. If your TGE is coming up, write to partners@cequire.com.

An agentic payment is a payment started by software acting on someone's behalf. It sounds like a small change. In practice it rewrites most of the assumptions behind how payments work.

What changes when the payer is software

Volume. Agents can make far more transactions than people, many of them very small. A payment system that charges a fixed fee per transfer, or takes days to settle, does not fit.

Timing. Agents work continuously. Settlement that pauses on weekends and holidays becomes a real constraint.

Authority. Every payment needs a clear answer to the question "who allowed this?" For agents, that answer has to be encoded in advance as rules, limits and permissions.

Accountability. When something goes wrong, there has to be a record that shows what the agent did, why, and under whose authority.

When the payer is software

A person payingAn agent paying

VolumeA few larger paymentsMany small payments

TimingWhen someone is awakeContinuous, any hour

AuthorityApproves each paymentRules set in advance

RecordA receiptA full log of every decision

The rails that need building

Agent wallets with spending limits, allow-lists, time windows and escalation to a human for anything unusual.

Payment protocols that let an agent pay for an API call, a dataset or a unit of compute in a single step, without a sign-up form or invoice.

Trust layers that let one agent check the identity and record of another before doing business with it.

Reporting tools that turn thousands of agent transactions into something a finance team can reconcile at month end.

The rails, layer by layer

Agent walletsLimits, allow-lists, time windows, human escalation

Payment protocolsPay per call, dataset or unit of compute

Trust layersCheck another agent before doing business

ReportingTurn thousands of payments into a clean month-end

Why this is in our thesis

Agentic payments sit where two of our focus areas meet: AI and stablecoins. We expect the most valuable companies here to be infrastructure, not applications, and we are actively meeting teams building it.

At pre-seed, most projects have no revenue, few users and an early product. That is normal. Our decision rests on a small number of signals, and founders who show them clearly get a faster answer.

The team

We want to understand why this team is the right one to solve this problem. Relevant experience, a history of shipping, and a clear split of roles matter more than titles.

The problem and the timing

Tell us who has the problem today, how they solve it now and why the answer changes in the next two to three years. In our thesis areas, timing is often driven by regulation, infrastructure or a shift in how money moves.

The product

A working demo, even a rough one, is worth more than a long roadmap. Show us what exists, what you learned from early users and what you will build with this round.

The token, if there is one

If your project has a token, explain why it needs one and how value flows to holders. A token added only for fundraising is a warning sign.

What slows us down

Unclear cap tables, very large valuations without evidence, and decks that hide the hard questions. We would rather hear about a risk from you than find it later.

How to send your pitch

Use the pitch form on our home page or email partners@cequire.com. We read every pitch that fits our thesis and reply from an @cequire.com address only.

Raising capital after a token is live is different from raising before launch. The token has a public price, a community watching every move and, often, limited depth on exchanges. Selling a large amount on the open market can push the price down and unsettle holders.

Over-the-counter (OTC) deals offer another route. In an OTC deal, a project and an investor agree a private transaction, for a set amount of tokens at a set price, away from the public order book.

Why projects use OTC deals

Lower market impact. Because the trade does not go through the public order book, it does not move the price in the same way an open-market sale would.

Aligned holders. OTC investors usually agree to lock-ups or vesting, so the tokens are not resold straight away.

Strategic support. The right OTC partner can bring more than capital: introductions to exchanges, partners and other investors.

Speed and privacy. Terms are agreed directly between the two parties, without a public sale process.

Open market sale vs OTC deal

Selling on the open marketPrivate OTC deal

Price impactVisible, can push price downLimited, off the order book

New holdersMay sell straight awayAgreed lock-up or vesting

TermsSet by the marketAgreed between both sides

SupportNoneIntroductions and strategic help

How a deal usually works

Four steps from first call to settlement

1. 1IntroductionShare token details, treasury position and the allocation you want to place.
2. 2ReviewTeam, product, token design, holder distribution and market depth.
3. 3TermsPrice, size, lock-up and vesting, agreed by both sides.
4. 4SettlementTokens and funds exchanged, often in tranches.

What to prepare

A clear token distribution and vesting schedule, an up-to-date treasury report, a product roadmap, and a short explanation of how the capital will be used. Investors move faster when the basics are easy to find.

Cequire Liquidity buys listed tokens directly from project treasuries, priced against a 7- or 30-day TWAP and with agreed lock-ups. If you are considering an OTC round, get in touch.

Transparency was one of the first promises of public blockchains. Anyone can check a balance, follow a transfer or read a smart contract. For many uses that openness is the point. For businesses, institutions and most individuals, it is also a barrier.

Why privacy is a blocker

A company paying suppliers on-chain reveals its costs and partners. A fund trading on-chain reveals its strategy. A person paid in stablecoins reveals their salary to anyone who knows their address. None of this is acceptable in traditional finance, and it will not be acceptable on-chain at scale.

The tools are maturing

Several technologies now make it possible to compute on data without exposing it. Zero-knowledge proofs let one party prove a fact without revealing the underlying data. Fully homomorphic encryption allows calculations on encrypted data. Trusted hardware creates protected environments for sensitive work.

Each has trade-offs in speed, cost and trust assumptions. The teams that win will hide that complexity behind tools developers can use without a cryptography degree.

Privacy and compliance together

Privacy does not mean hiding from regulators. The strongest designs let users keep data private by default while proving what needs to be proven, such as identity checks or sanctions screening, to the right parties.

Where we are looking

We back teams building confidential smart contracts, private payments for businesses, and developer tools that make privacy practical. If you are building here, we would like to hear from you at partners@cequire.com.

Early-stage Web3 funding has become more selective. Investors still back bold ideas, but they want to see that a team understands its market, its token and its path to real users. Here are ten things that consistently make a difference.

Ten things investors look for

Your story

• Lead with the problem. Who has it and how painful it is.
• Show why blockchain is needed. What a chain makes possible.
• Know your thesis fit. Pitch investors who back your space.

Your proof

• A credible team. Relevant experience and clear ownership.
• Careful token design. Utility, fair distribution, long vesting.
• Real evidence. Product, users, pilots or letters of intent.

Your plan

• A clear raise. Amount, instrument and runway.
• Life after launch. Listings, liquidity and treasury.
• Compliance. Jurisdictions and the rules that apply.
• A short deck. Twelve to fifteen slides, easy to forward.

Before you send it

Check that your deck answers three questions in the first two minutes: what you are building, why now and why your team. Then send us your pitch. We read every pitch that fits our thesis.

Cequire Capital today shared the investment thesis that will guide its next phase of investing. The firm will focus on five areas where it sees founder demand growing faster than specialist capital:

Five areas of focus

1Stablecoins and stablechainsIssuance, settlement and payment chains.

2AI x crypto and agentic paymentsWallets, rails and trust for AI agents.

3Real-world assetsCredit and real value, on-chain.

4Privacy infrastructureConfidential compute and private payments.

5Post-quantum securityCryptography built for what comes next.

How we invest

How capital is allocated

60%30%10%

• Venture deals
• Liquid deals
• Co-investment

Cequire deploys capital in three ways: leading or co-leading pre-seed and seed rounds, investing in listed tokens through private OTC deals, and co-investing alongside partner funds. Beyond capital, the team supports founders with token structuring, exchange relationships and market expansion across the Gulf, Asia and beyond.

Founders building in these areas can submit a pitch or write to partners@cequire.com.