Real-Time Vaultless & Keyless Tokenization

Instant Fraud Protection for Payments and Financial Transactions

Meet global compliance standards in as little as one week.

Stylized digital payment cards representing secure, tokenized financial transactions.

No Keys

No Vaults

No Latency

No Hardware

No Downtime

Our Partners
"For us, we liked the fact that Rixon offers a tokenization platform to facilitate a secure handoff process for our Travel and Fintech offerings. The management team is experienced and knowledgeable. Rixon has excellent performance and scalability. When evaluating Rixon I would advise a deep look at all the additional security features. "

What Is Vaultless, Keyless Tokenization?

Vaultless, keyless tokenization replaces sensitive financial data with irreversible tokens in real time, without storing data or managing encryption keys. This enables secure, high-speed transactions while reducing compliance scope and breach risk.

How Vaultless Tokenization Works

A modern, stateless architecture designed without centralized storage or lookup tables. Unlike traditional vault-based approaches, Rixon removes long-term exposure by design while keeping systems fully functional.

Rixon's 3-Step Flow

1

Data Enters

Sensitive data is captured securely through your API endpoints, applications, or payment workflows.

2

Tokenized Instantly

Irreversible, keyless, vaultless, and no original data stored in Rixon's systems in exploitable form.

3

Detokenized on Demand

Original data is retrieved only under strict roles, logs, regions, devices, or times.

Advanced Security Features

Stateless, Key-Free Architecture by Design

Cloud-Native, Auto-Scaling, and 99.99999% Uptime

AI and ML Monitoring and Anomaly Detection

In-Region Compliance (GDPR, LGPD, APPI, DPDP)

Rixon’s vaultless, keyless tokenization is not encryption or format-preserving encryption (FPE), and does not rely on stored vaults or encryption keys.

Protect Payment and Card Data with Zero Stored Risk

High-Speed, High-Savings Protection

Reduce Fraud and Risk

Keep sensitive data out of your systems so attackers have nothing to target.

Simplify Compliance

Remove sensitive data from your systems to make compliance simpler.

Boost Global Performance

Keep transactions fast and stable, even during peak global traffic.

Cut Internal Costs

Remove legacy systems so your architecture stays modern and efficient.

Architecture Behind Every Rixon Solution

The core architecture powering Rixon's Zero Data Design
Layered Rixon's Zero Data Design illustration showing tokenized data processing without stored sensitive information

Rixon Technology’s Zero Data Design sits at the core of the Rixon platform.  Each step in the workflow is designed to process sensitive data without storing it, ensuring cardholder data, personal identifiers, and credentials are never retained or reconstructable within the platform.

This architectural approach reduces compliance scope, limits breach exposure, and enables secure payment operations across regions with complex regulatory requirements.

Security That Scales at the Speed of Payments

PCI Level 1

SOC Type 2

HIPPA

GDPR

CCPA

NIST 800-171

Why These Outcomes Are Possible

No Vaults

No replication or failure points.

Rixon protects sensitive data without ever storing it. Our stateless tokenization removes dependency on centralized storage systems so your operations stay fast, available, and free from single points of failure.

No Keys

No rotation, theft or insider escalation.

Traditional tokenization depends on keys that must be created, rotated, and secured. Rixon eliminates the entire key management layer, reducing operational drag and stopping insider misuse before it becomes a threat.

No Storage

Nothing to breach. Nothing to steal.

Rixon's solution replaces sensitive data instantly with secure non-reversible tokens. With nothing retained in your systems, there is no data to compromise and meeting protection or compliance requirements becomes far easier.

Measured Results. Real-World Proof.

Rixon’s stateless tokenization model reduces breach exposure, streamlines compliance, and lowers long term operating costs while keeping high volume payment flows fast and uninterrupted.

AI powered monitoring and 99.99999% uptime deliver nonstop protection and deep visibility across your stack, maintaining resilience even during peak transaction surges.

Up to 70% PCI Scope Reduction

28% Reduction in Fraud Loss Exposure

30–40% Lower TCO

2.5M+ TPS / <100 ms Latency

Legacy Payment Security Can’t Keep Up

Billions of mobile and QR transactions move every second. Vaults, keys, and rigid vendor ecosystems can’t keep pace with a world built on instant payments, real-time data, and AI-driven automation.

Diagram explaining why traditional data security fails, including vault sprawl, key management overhead, and expanded audit exposure.

What Modern Payments Now Require

Today’s payment systems are moving faster than ever. Customers expect instant transactions, real-time decisions and smooth experiences that work across borders. They want a payment flow that stays secure, adapts on its own and does not slow them down. The reality is simple. Modern payments need intelligence, automation and trust built in from the start. Anything less cannot keep up with the pace of today’s economy.

Illustration showing agentic e-commerce, AI-driven payment workflows, and global data sovereignty enabled by secure real-time systems.

Legacy architecture can’t deliver real-time protection in a real-time economy. Meanwhile, fraud is rising and regulations keep tightening.

PCI DSS 4.0, GDPR, LGPD, APPI, India’s DPDP Act, and others now demand local control and faster response times.

FAQ's

Rixon’s Zero Data Design means zero sensitive data at rest. Data may pass through the system to complete a transaction, but regulated data such as card numbers, personal identifiers, and security secrets are never stored or retained. This leaves no usable data behind, even if infrastructure is compromised.

Any organization handling payments or regulated personal data benefits from eliminating stored sensitive data. Rixon is used by fintechs, digital wallets, neobanks, cross-border processors, B2B payment platforms, payroll systems, and enterprises that need fast, compliant, globally scalable data protection.

No. While commonly applied to payment and financial transactions, vaultless, keyless tokenization can also be used to protect other forms of sensitive data where real-time performance and reduced data exposure are required.

Vaultless, keyless tokenization reduces breach risk by eliminating the storage of sensitive data and the use of encryption keys that attackers typically target. Because no original data, vaults, or keys exist to compromise, the attack surface is significantly reduced, even if surrounding systems are breached.

No. Vaultless, keyless tokenization is designed to remove sensitive data from environments, but it works best as part of a layered security strategy that includes access controls, monitoring, and governance appropriate to the system and regulatory environment.

Vault and key systems store sensitive data or cryptographic secrets, which create latency and breach risk. Rixon uses a stateless model that transforms data without retaining it, eliminating vault lookups, key rotation, and storage dependencies. This keeps performance high while removing the primary targets attackers rely on.

Yes. Rixon is API-first and drops into your existing flows without requiring architectural changes. It works alongside your current encryption, gateways, fraud tools, and orchestration layers so you can modernize security without replacing the systems your business already depends on.

By removing sensitive data from your environment, Rixon reduces regulatory exposure and simplifies audits. Region-bound detokenization, sovereign processing paths, and full audit trails help organizations maintain compliance across jurisdictions while minimizing scope and operational overhead.

Yes. Rixon’s architecture is built for high throughput and low latency. With autoscaling, no vault dependencies, and 99.99999 percent uptime, the platform maintains consistent speed and reliability even during global peak traffic or rapid transaction surges.