Skip to content

ONLY BY CHALLENGING THE SMALLEST OF THINGS CAN THE QUALITY OF COMPLEX SYSTEMS ADVANCE!

In a connected world where an estimated 15% of global electricity is used by 328 exabytes of data created daily, it is the interaction with humans that creates the biggest challenge. When information remains oblivious to its environment or to its secure presentation, inaccuracy and assumed trust leads to a loss in value and serves to increase unlawful activity.

What We Do

Veil Technologies Inc. (VTI), explores the relationships between bits, bytes and electrons to improve the experience at the physical surfaces we interact with frequently. Small improvements multiplied in any complex system equate to time and resource conservation, and value is not only retained but grown.

VTI believes that distributed embedded intelligence and micro-energy solutions are key to efficiency in the future, our goal is to recognize and secure new value through technology for the benefit of all.

For Our Generations

For Our Devices

For Our Information

In Systems & Devices

In Energy Application

In Home Environments

In Our Communications

Current Solutions & Developments

FEDERATED ID
PROTECTED AUTHENTICATION
INTERACTIVE CARDS
QUANTUM DATA SHIELD
HOMETEK PLATFORM
NOMOS QUICKPASS
SECURE WEBNEXT NETWORK

Cha-Ob Data Security

In quantum mechanics when a measurement of the observable is exactly known, an eigenstate is created. Since any node in a connected system can be observed and measured, Chaotic Obversion (Cha-Ob) employs eigenstate transceivers instead of keys to protect data with novel encryption. Data is reordered according to collective knowledge of the participating nodes, a circle of trust is established and a secure exchange of data is provided.

Cha-Ob is a novel encryption technology that offers quantum strength protection for information of all kinds. VTI applies Cha-Ob in the VSF security framework that powers identity and network communications solutions.

Veil Security Framework (VSF)

VSF assumes that there is no traditional network edge. In the boundless network, users and devices must be considered to be compromised, already. VSF aligns devices to protocols defined by knowledge and behavior, creating a veil of trust for data and within the network through which the data travels or rests.

VSF expands upon a zero trust security framework based on NIST 800-207, interconnecting proprietary cryptographic technology with persistent agents and new forms of authentication.  Find out more about VSF >

Trust Credentials At The Edge

Leveraging the tactile and display surfaces smart cards provide, VTI’s DISTINCT ID introduces presence verification and environment testing at the time of any transaction. Non-contact identification and policing codes are encrypted by proprietary Cha-Ob technology, thwarting attacks from many directions.

Uniquely coded smart cards are a component of VTI 4POINT authentication that secures the users identity, data rights and third-party access. DISTINCT IDC with 4POINT is designed to work independently or with other software applications, and may be integrated industry-specific applications. Learn More About DISTINCT ID with 4POINT Cards >

News & Events

2022 Consolidate Technologies and Developmental Paradigms

VTI completed licensing of several primary data security technologies, consolidated over 15 years of relevant system developments, and prepared to integrate and enhance these assets to meet customers securely connected needs.

2023 Launched BaseWurk Virtual Labs Initiative

VTI and its partners launched the BaseWurk Lab, a virtual lab with a mission of innovation in products and services that improve the human condition. Projects include virtual networks, space science in modular structures and micro-power technology.

2023 Introduced Global ID platform with federation

In response to pressure for a federated ID for travel and health record access, VTI launched the development of the DISTINCT ID platform employing proprietary security technology including authentication and integration with a smart card system.

A Future Silicon Level Application

With the global expansion of the Internet of Things (IoT), including smart sensors, homes, cities and intelligent automobiles, and more intelligent devices introduced every day, VSF security is needed inside the intelligent components used in a smart devices. Threats exist on and around the circuit board with even the slightest intelligence. Our personal electronics expose each of us to new attack vectors every minute of the day. Our wireless device connections such as close proximity, Tap Technology and Bluetooth wireless provide differing vectors of attack. VSF security is needed “at the copper” inside our devices.

VSF in silicon will obscure data, delivering addressing and controls that go beyond traditional Root of Trust methods to secure data and intelligence at the circuit board and in the system components that create the Big Data needed by IoT.. Planned for introduction in 2026.