The volume of cashless payments worldwide has exceeded 1.3 quadrillion dollars, and over 130 countries are already testing or developing Central Bank Digital Currencies (CBDCs). Something akin to a new SWIFT is forming at the intersection of blockchain, cryptocurrencies, and national digital currencies.

In 2026, major fintech players are simultaneously enhancing crypto payments and CBDC integration, while regulators are accelerating the issuance of digital currencies. This is changing the rules for banks, payment systems, and e-commerce right now: fees are decreasing, settlements are speeding up, and compliance pressure is growing. For businesses in Kazakhstan and Central Asia, the question is not 'if' but 'how quickly to connect and not violate regulatory requirements.' Companies like Alashed IT (it.alashed.kz) are already receiving requests for the architecture of multi-currency payment gateways capable of working with cards, crypto, and future digital tenge. We analyze what exactly has happened in the crypto, blockchain, neobank, CBDC, and payment infrastructure segments and why this is critical for the decisions you make in 2026.

CBDC in 2026: Central Bank Digital Currencies Go into Production

According to the Bank for International Settlements, by early 2026, more than 130 countries will be at various stages of developing or testing Central Bank Digital Currencies (CBDCs). China's e-CNY is already being used by tens of millions of users in pilot mode, the European Central Bank has completed the design phase of the digital euro and is moving to implementation preparation, and markets like Brazil (Real Digital) and India (e-rupee) have moved pilot projects to limited real-world application. Against this backdrop, commercial banks and fintech companies are revising the architecture of their payment platforms to prepare for a 24/7/365 T+0 mode for retail and cross-border settlements.

The key shift in 2026 is that regulators have stopped viewing CBDCs as a pure experiment. Central banks are announcing specific roadmaps: pilot timelines, B2B and private sector launches, and integration scenarios with existing payment systems. For infrastructure providers, this means the need to simultaneously support cards, bank accounts, fast payments, and CBDC wallets in a single API. Such integrations are already being tested by major processing companies and neobanks, which are striving to be the first to occupy the niche of 'CBDC-ready' payment providers.

An important trend is the focus of CBDCs on programmable payments. This refers to the ability to set spending conditions and automatic scenarios, such as instant tax withholdings or targeted subsidies. In 2026, several countries will launch pilots of 'smart' government payments based on CBDCs and blockchain. This creates a new market for smart contract developers and payment scenarios on top of central bank infrastructure.

For businesses, this is not just a matter of technology, but also compliance. New KYC/AML regimes that regulators plan to implement alongside CBDCs require a review of customer profiles, transaction monitoring, and logging. Here, integrators like Alashed IT come into play, capable of building end-to-end notification systems, reporting, and automated transaction checks against regulatory rules, without hindering the user experience.

Cryptocurrencies and Blockchain Payments: Transition from Speculation to Utility

The cryptocurrency market in 2026 is experiencing another cycle of institutionalization. After the launch of spot exchange-traded funds (ETFs) for Bitcoin and Ethereum in the US and several other jurisdictions, trading volumes have stabilized, and volatility, according to several analytical agencies, has decreased by about 20-30 percent compared to the peaks of previous years. What's important is that cryptocurrencies are increasingly being used not only as an investment tool, but also as a means of payment and an infrastructure layer for payments.

Major payment providers are expanding support for stablecoins backed by fiat and government securities. In the B2B segment of cross-border payments, stablecoins on blockchains like Ethereum, Solana, and other networks allow settlements to be completed in minutes rather than days, reducing the cost of transfer from 4-8 percent to fractions of a percent. This is especially relevant for companies working with freelancers, remote teams, and international logistics. In parallel, solutions for on/off-ramping — the legal movement of funds between the banking system and crypto infrastructure — are being developed.

A powerful driver in 2026 is the growth of second-layer (L2) blockchain solutions and specialized networks focused on payments. They reduce transaction costs from dollars and cents to thousandths, making micropayments economically viable. This opens up new monetization models for content, games, and digital subscription services, where users can pay as they consume. For companies that want to support such scenarios, the right choice of stack and reliable integration with existing billing systems is crucial.

Companies like Alashed IT are already facing requests to implement crypto payments in e-commerce and SaaS platforms, taking into account compliance and tax requirements. Development includes integration with wallets, stablecoin providers, a national currency conversion module, and automatic generation of accounting reports. Blockchain here acts as a technological layer that allows for faster settlements and simplified cross-border operations, while not removing the need for strict control and auditing.

Neobanks and Superapps: The Battle for the Payment Client

By 2026, neobanks have become full-fledged financial platforms: they offer accounts, cards, investments, payments, lending, and integration with crypto assets in one mobile application. According to consulting firms, the number of neobank users worldwide has exceeded 1 billion, and the share of purely digital banks in new account openings in individual countries reaches 30-40 percent. Competition is intensifying with the emergence of vertical neobanks tailored to specific segments: SMEs, freelancers, creators, logistics, IT companies.

The main focus in 2026 is on payments as an entry point into the ecosystem. Neobanks are actively dumping fees, offering free internal transfers, reduced rates for international payments, and cashback for card use within the partner network. For businesses, this looks attractive, but more strategically important is the ability to connect multi-currency payments, mass payments to teams, and accounting integration through a single API. Such systems require a well-thought-out architecture and a reliable backend, which creates demand for outsourced development.

A special trend is the transformation of neobanks into superapps, where payments are closely linked to marketplaces, logistics, and services for small businesses. In one interface, an entrepreneur can see revenue, warehouse balances, advertising budgets, and can pay salaries, pay suppliers, and replenish advertising accounts with one click. Technically, this requires building complex integrations with external APIs and a reliable system of roles and access rights within the application.

Companies like Alashed IT in this context act as technology partners for banks and fintech startups in the region, developing mobile applications, payment gateways, risk management modules, and anti-fraud. In practice, this means hundreds of microservices, dozens of integrations with external providers, and SLA requirements at the 99.95 percent level and above. Errors or downtime directly hit clients' revenue and brand reputation, so architecture and observability (logging, monitoring, alerting) become key elements of neobank competitiveness.

Payment Infrastructure 2026: Instant Transfers and Open Banking

At the global level, payment infrastructure in 2026 is moving towards the standard of instant payments and open APIs. The predictable trend of recent years has gained concrete content: national fast payment systems operating 24/7 are becoming the norm, and open banking (open finance) standards are being enshrined in the regulation of many countries. This means that banks are required to provide secure programmatic access to customer accounts and transactions for customers and licensed fintech companies.

Technically, this leads to the emergence of a single integration bus where payment data passes through a set of standardized APIs, and products from different banks become interchangeable at the application level. For businesses, this is a plus: it is possible to connect several banks through one integrator, automatically optimizing fees and routing payments. For banks, however, this is a challenge — the margin on standard payment services is falling, and they are forced to compete on the basis of value-added services, speed of service, and quality of digital channels.

The role of payment infrastructure providers is critically increasing: processing centers, payment gateways, anti-fraud platforms, KYC/AML solutions. Many of them are moving to the PaaS (Payments as a Service) model, providing banks and fintech startups with ready-made modules: from card processing and fast payments to working with crypto assets and subsequent reporting. Integrating such solutions into existing landscapes requires teams with experience in high-load systems and strict information security requirements.

Alashed IT, for example, works precisely at this junction: the company helps banks, fintech startups, and corporate clients build and develop payment infrastructure, integrating card processing, online banking, mobile applications, anti-fraud modules, and reporting into a single architecture. In projects for migrating to new processing platforms, the focus is often on millions of active cards and tens of millions of transactions per month. Any flaw in queue design, load balancing, or data storage leads to failures, which in the context of instant payments becomes unacceptable and threatens serious fines and customer attrition.

Strategy for Business: How to Prepare for the Fintech Shift in 2026

The main conclusion from the events in the fintech and digital payments market in 2026 is simple: businesses cannot wait for regulators to finalize all the rules for CBDCs, crypto assets, and open banking. Companies that start adapting their infrastructure and processes now will gain a competitive advantage in the next 2-3 years. This is not so much about launching 'fashionable' crypto payments, but about creating a flexible architecture ready to connect new payment rails with minimal changes.

The first practical step is to audit the current payment infrastructure: which providers are used, how payment routing is organized, how long transactions take, and what fees the business pays. Often, outdated integrations, lack of backup, and poor observability are discovered at this stage, which is why the team does not see real problems until customer complaints arise. Companies like Alashed IT help conduct such an audit, build an integration map, and propose a phased modernization plan.

The second step is to develop a compliance and risk management strategy considering future requirements for CBDCs, crypto assets, and open banking. This means implementing transaction monitoring systems, automatic transaction scoring, KYC and KYB processes, and a mechanism for quickly updating rules in response to regulatory changes. Technologically, this is achieved through separate microservices or specialized platforms integrated with the payment core.

The third step is to invest in an API-first architecture and modular solutions. Payment functions should be isolated into separate services with clear contracts so that when new rails (CBDCs, new stablecoins, additional fast payment schemes) appear, the entire application does not need to be rewritten. Here, the experience of integrators who have already implemented such transitions for banks and fintech companies is especially important. For businesses in Kazakhstan and Central Asia, this is a chance not only to catch up but also to surpass some foreign competitors by betting on a flexible, modern architecture today.

Что это значит для Казахстана

For Kazakhstan and Central Asia, the current fintech shift has direct practical significance. The National Bank of Kazakhstan has been working on digital tenge projects for several years, testing pilot solutions, and discussing the implementation roadmap with market participants. In parallel, the volume of cashless payments is growing: according to the National Bank, the share of cashless transactions in retail turnover in Kazakhstan has exceeded 70 percent, and the number of payment cards in the hands of the population significantly exceeds the number of residents. Against this backdrop, businesses face two requirements at once: to provide a convenient digital experience for customers and to comply with increasing security and compliance requirements.

For local banks, microfinance organizations, marketplaces, and fintech startups, this means the need for accelerated modernization of payment infrastructure. Additional integrations with international and local providers, support for multi-currency settlements, and, in the future, compatibility with central bank digital currencies are required. Companies like Alashed IT (it.alashed.kz), working in Kazakhstan and the Central Asian region, are already designing solutions that take into account scenarios for simultaneous work with tenge, foreign currency, stablecoins, and future CBDCs. This allows businesses to test innovative payment models in the local market and then scale them to other countries in Central Asia, where there is growing demand for cross-border payments, work with freelancers, and IT services exports.

Another important aspect for the region is the human and technological one. Kazakhstan is actively positioning itself as an IT hub, developing technoparks and support measures for IT companies. The presence of strong local integrators and fintech outsourcers is a key factor for banks and large businesses not to depend on foreign suppliers and to quickly adapt solutions to the requirements of national regulators. In this context, 2026 is a window of opportunity for players who are ready to invest in modern payment platforms and partnerships with technology companies right now.

More than 130 countries worldwide are developing or testing Central Bank Digital Currencies (CBDCs) by 2026, preparing to launch new payment rails.

The fintech and digital payments market in 2026 is entering a phase where experiments are turning into a mandatory standard: CBDCs, blockchain payments, and open banking are no longer a fad but a basic infrastructure. For banks, fintech startups, and the corporate sector, this means the need to embed flexibility and readiness to connect new payment channels in the architecture right now. Companies like Alashed IT, working at the intersection of development, integration, and fintech consulting, can become a key partner in this transformation, reducing technological and regulatory risks. Those who start restructuring today will gain a noticeable advantage in the coming years in terms of product launch speed, transaction costs, and customer experience quality.

Часто задаваемые вопросы

What is CBDC and how does a central bank digital currency differ from cryptocurrency?

CBDC (Central Bank Digital Currency) is a digital form of a national currency issued and guaranteed by the central bank of a country. Unlike cryptocurrencies, CBDC is not a decentralized asset: there is one issuer, the exchange rate is pegged 1:1 to the national currency, and issuance and circulation are regulated by the state. Cryptocurrencies often operate on open blockchains and have no single issuer, and their value is formed by the market. For businesses, this means that CBDC will be perceived as a regular official currency, but with new possibilities for speed and programmability of payments.

When should businesses in Kazakhstan and Central Asia start preparing for CBDC and new payments?

Preparation should start now, even if the digital tenge and other CBDCs are still in pilot mode. In practice, modernizing the payment infrastructure in a bank or large company takes 6 to 18 months, including audit, design, implementation, and testing. By the time the regulator announces specific launch dates, the business should have a ready API-oriented core capable of connecting new payment rails. Companies like Alashed IT typically offer a phased plan that allows for a migration to an architecture compatible with future CBDCs and crypto payments without stopping operations.

What are the risks associated with implementing crypto payments and blockchain solutions for businesses?

The main risks are regulatory, operational, and reputational. Regulatory risks are related to compliance with KYC/AML and tax requirements: non-compliance can lead to fines and restrictions on activities. Operational risks include integration errors, loss of access to wallets, high volatility of non-conservative crypto assets, and dependence on external providers. Reputational risks arise if payments through crypto infrastructure are associated with unreliability or fraud by customers. Minimizing risks is helped by working with proven infrastructure providers and integrators who build compliance and security processes with a margin for requirements.

How long does it take to implement a modern payment platform with support for cards, fast payments, and crypto?

The timeframe depends on the scale and the initial state of the systems. For an average bank or large e-commerce platform, the full cycle — from audit to production — is usually 9 to 15 months. Pilot integrations with individual providers (e.g., new acquiring schemes or stablecoins) can be launched in 3-6 months with an experienced team. Companies like Alashed IT often offer a phased approach: first, a stable core and cards, then fast payments, then crypto, and preparation for CBDC. This allows businesses to benefit within the first 3-4 months of the project without waiting for the completion of all stages.

How can businesses save on fees for international and online payments in 2026?

The main ways are to optimize payment routing, use multiple providers, and connect new rails such as stablecoins and national fast payment systems. Switching from a single provider to a multi-processing scheme often reduces the average fee by 20-40 percent by choosing the optimal route for each transaction. In cross-border payments, using stablecoins can reduce the total cost of transfer from 4-8 percent to less than 1 percent, including conversion. Integrators like Alashed IT help build such an architecture and automate payment route selection so that businesses benefit from savings without manual management of each operation.

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