Enable Innovation.
Empower Your Enterprise.
We are Agile Authentication.
We don't simply talk about breaches.
We make your connected business work better.
This is more than authentication. This is swIDch.
We turned standard payment cards into mOTP generators ensuring impenetrable security without compromising user convenience
Learn more
We combined Fast Identity Online (FIDO) and our patented One-Time Authentication Code (OTAC) to establish a state-of-the-art, super secure IAM system for the Republic of Korea Army
Learn more
Authentication: Redefined
Our patented algorithm overcomes the limitations of existing authentication methods such as username & password, OTP and tokenisation.
Combining user identification and authentication steps into:
one single dynamic code.
Reducing breach risk to near-zero.
A world first, it can generate both on and offline enabling uninterrupted use. Plus it can be seamlessly integrated into existing systems.
Super secure, customisable solutions
for you and your business
Improve protection and drive progression
with agile authentication
- Reduce layers
- Reduce server loads
- Reduce process times
- Reduce user journey friction points
- Reduce connectivity challenges with network-free code generation
- Smoother remote & on-site access
- Optimise IoT connectivity - from production line to consumer
- Reduce time, friction, overhead, risk & consumer dissatisfaction/churn
The connected world could
work better...
At a Glance
310+
pending worldwide
50+
14
participated in
10
List of Awards
Our OTAC algorithm was put to the test and fully substantiated in a
detailed 42-page technical review by the University of Surrey.
View the report on their site or download the full report.
Explore
The Urgent Need for Enhanced OT Security in an AI-Driven World
As artificial intelligence (AI) continues to
Read MoreSpotlight on PLC Security Risks and Industrial Vulnerabilities
In today's interconnected industrial landscape,
Read MoreTo Encrypt or not to Encrypt in OT Networks
When I transitioned from cybersecurity in IT to
Read More