◢◢CRETE TECHNOLOGY GROUPCANADIAN TECHNOLOGY. BUILT FOR WHAT'S NEXT.
CANADIAN TECHNOLOGY. GLOBAL AMBITION.

REVOLUTIONIZING
TOMORROW.

Crete Technology Group develops independent artificial intelligence, defensive intelligence systems, cybersecurity technologies, resilient infrastructure and advanced research — turning ambitious ideas into practical engineering.

✦ CANADIAN
INNOVATION
◎ INDEPENDENT
RESEARCH
⬡ REAL-WORLD
ENGINEERING
✧ RESILIENT
FUTURES
FROM CANADA
TO A MORE RESILIENT
TOMORROW.
01 / TECHNOLOGY PORTFOLIO

BUILT TO SOLVE REAL PROBLEMS.

Original technology, developed and tested through practical engineering. Explore our platforms and the challenges they're designed to address.

Christian Crete, founder of Crete Technology Group
FOUNDER / CRETE TECHNOLOGY GROUP

CHRISTIAN CRETE

“I DON'T KNOW WHERE THE LIMITS ARE YET.
I INTEND TO FIND OUT.”

Crete Technology Group began with a drive to understand technology by building it — servers, networks, software and artificial intelligence. Today, that same hands-on approach guides our independent research and engineering.

READ OUR STORY →
◇ INDEPENDENT VISION

Original technology. Independent direction.

↗ PRACTICAL IMPACT

Research guided by measurable results.

✦ CANADIAN ROOTS

Built and operated in Canada.

◎ OPEN TO PARTNERSHIP

Working with organizations that share our ambition.

02 / RESEARCH

SEVEN RESEARCH DIVISIONS. ONE MISSION.

Exploring the boundaries of intelligence, resilience and advanced computing — with clear separation between operational engineering and experimental research.

EXPLORE ALL RESEARCH →
NORA SEARCH / ENGINEERING CAPABILITIES

BEYOND A SEARCH BOX. TOOLS FOR DISCOVERY.

From everyday web queries to structured investigations, NORA is being developed as an independent environment for finding, interpreting and verifying information. Capabilities below describe the project and its development direction; they are not a guarantee that every feature is available on the public search page.

⌕

WEB & RESEARCH

Search public web information, investigate topics, compare sources and follow research leads with an emphasis on traceable results.

SEARCH & SOURCE DISCOVERY
⌘

CODEBREAKER

NORA's local cryptanalysis integration is designed to examine classical ciphers, identify common encodings and help interpret puzzles and encoded text. Availability depends on permissions and tool routing.

CLASSICAL CIPHERS & DECODING
◉

DEEP RESEARCH

Investigative workflows for complex questions, technical documentation, archived material and hard-to-find public sources, with source checking rather than unsupported conclusions.

INVESTIGATION & VERIFICATION
⬡

DARK-WEB RESEARCH

A research direction for lawful analysis of security-related information and publicly available threat reporting. Direct access to hidden services or dark-web indexing is not claimed as a deployed capability.

SECURITY RESEARCH / DEVELOPMENT
RESEARCH07DEFINED RESEARCH DIVISIONS
ENGINEERINGLOCALHANDS-ON COMPUTING
INFRASTRUCTUREREALSERVERS & LAB ENVIRONMENTS
MISSIONRESILIENCEINDEPENDENT TECHNOLOGY
PARTNERSHIPS & COLLABORATION

BUILDING TOGETHER.

We welcome conversations with research institutions, infrastructure partners, technology companies and organizations interested in practical pilot projects.

PARTNER WITH CRETE →
COMPANY

A SERIOUS CANADIAN
TECHNOLOGY COMPANY.

Independent engineering, ambitious research and a commitment to developing technology that can make a real difference.

ABOUT CRETE →
PROJECTS & DEVELOPMENT

EXPLORE WHAT WE'RE BUILDING.

ENGINEERING / DEVELOPMENT

REAL ENGINEERING. VISIBLE PROGRESS.

Explore our public development milestones, research portfolio and documented technical tests. Project stages distinguish prototypes from commercial services.

VIEW DEVELOPMENT ROADMAP →TEST RESULTS ↗
OUR APPROACH / WHAT WE ACTUALLY BUILD

ORIGINAL ENGINEERING. MEASURABLE PROGRESS.

Crete Technology Group brings together independent computing, applied cybersecurity, evidence-led defensive systems and exploratory research. We build and test on real infrastructure, document results and distinguish prototypes from operational services.

BUILD

Local software, servers, networks, controlled automation and repeatable development environments.

TEST

Documented trials, measurable outputs, traceable evidence and human-reviewed results.

ADVANCE

Long-term work in CPU-native intelligence, resilient systems and scientific discovery.