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Replace passwords and two-factor authentication with a simple, memorable pattern that works on any device.

Unlike phone pattern locks where you trace shapes on screen, Shayype lets you privately use your pattern to generate secure codes.

Why is Shayype Revolutionary?

Freedom to Use Any Device

Log in securely from any computer, tablet, or screen – no need for your personal device.

Most authentication methods tie you to specific devices. Shayype works anywhere you can see a screen.

No Phone Required

Unlike 2FA, there’s no need to wait for codes or carry a second device.

Perfect for when you’re travelling, lost your phone, or simply want a faster way to log in.

Nothing to Steal

Your pattern stays in your head – there’s nothing for hackers to intercept

How Shayype prevents common attack methods
Why pattern-based security is more resilient

Why Businesses Choose Shayype

1. Reduce Support Costs

Eliminate password resets and 2FA device issues.
Teams spend less time managing access and more time working.

2. Enhance Security

Replace vulnerable passwords with dynamic one-time codes

3. Improve User Experience

Fast, frustration-free logins on any device.
Simple for users, secure for your organisation.

Real-World Challenges for Existing Authentication Methods

We believe Shayype removes barriers for users whilst simultaneously adding barriers for hackers. These are a few real-world examples of how Shayype can make everyday logging in a breeze.

The Secure Facility Challenge

The Secure Facility Challenge

Inside the secure line there are no phones, no smartwatches, no USB sticks and no key fobs: everything personal goes in a locker at the gate, for everyone, every day. Yet officers still need to log into offender records, incident systems and roll-count tools from fixed terminals on the wings, often in a hurry and often with people watching.
The Compliance Challenge

The Compliance Challenge

For financial services firms, maintaining regulatory compliance while providing efficient system access isn’t just good business—it’s mandatory.
The International Business Challenge

The International Business Challenge

When a rapidly growing consultancy expanded across three continents, they discovered that global operations and traditional authentication don't mix well. With team members constantly traveling between offices in London, Singapore, and New York, what worked at headquarters quickly became a logistical nightmare abroad.
The Shared Workstation Challenge

The Shared Workstation Challenge

Picture a busy manufacturing facility operating 24/7 with three shifts of workers. Each shift supervisor and quality control inspector needs secure access to production systems, but they share a limited number of workstations on the factory floor. Traditional authentication methods create bottlenecks during shift changes and raise security concerns.
The Server Clock Synchronisation Challenge

The Server Clock Synchronisation Challenge

For a growing HR software provider serving hundreds of businesses, system reliability isn't just about convenience—it's about ensuring thousands of employees can access their payslips, submit holiday requests, and manage their benefits without interruption.
The Remote Team Challenge

The Remote Team Challenge

With 50 employees suddenly shifting to remote work, what was once a simple matter of logging into office computers became a complex juggling act of devices, authentication apps, and security protocols.

Shayype improves on the whole idea of two-factor as you no longer have to carry something physical like a phone with you at all times. In my view that puts Shayype streets ahead.

Marion CurtisCambridge Open Studios

Shayype presents a whole new approach to passwords which is both easier to remember and harder to hack. We tried it on staff here and everyone got it instantly. It’s brilliantly simple, yet so secure.

Paul HetheringtonBuglife

Shayype is a beautiful idea for implementing a onetime code entry. Even if a bad actor observed a complete transaction, it would be extremely hard to reverse engineer the pattern, which can’t be said of a traditional ATM pin.

Richard WeberCentre for Mathematical Sciences, Cambridge

Ready to see Shayype in action?