We're building Canadian technology across artificial intelligence, cybersecurity, operating systems and infrastructure. Here's what we've accomplished, what we're working on, and where we're headed.
EXPLORE OUR TECHNOLOGIES ↘Every project below answers the same three questions. No confusing charts or made-up completion percentages.
Local AI with memory, tools and controlled automation
Ubuntu-hosted NORA, local inference, persistent memory, governed tools, NORA Eye and Codebreaker integration.
Improving reliability, evidence handling, model routing and isolated development workflows.
Stronger recovery, multi-sensor correlation, specialist model routing and auditable automation.
Experimental counter-drone situational awareness
Live Lab V0.4.1 checkpoint preserved; ingest, tracking, fusion and scoring workspaces established.
Developing V0.5 space-object context and radar validation evidence.
Repeatable tests, provenance-backed detections and defensible evaluation results.
Business systems designed to survive infrastructure outages
Product architecture defined for distributed continuity, recovery and governance.
Designing initial lab deployment, heartbeat and failover demonstrations.
Demonstrate safe, authorized recovery across independent sites.
A custom operating-system research effort
Native x86_64 kernel and bootable ISO work; QEMU multi-CPU tests documented. More recent workstation prototypes are being tested.
Working through boot stability, interface issues, hardware support and repeatable QA.
Reliable device support, storage, networking, security and user-facing desktop experience.
Research into efficient AI architectures for ordinary CPUs
Isolated research workspace initialized with sandbox validation.
Defining measurable CPU limits, reasoning experiments and benchmark methodology.
Reproducible performance comparisons and evidence-based CPU-native prototypes.
Canadian colocation and future infrastructure services
Public website and proposed rack offerings developed.
Assessing real facility, power, connectivity, access and service feasibility.
Verified site readiness and transparent commercial offerings before reservations.
A modern tribute to the early internet
Retro website and initial BBS/IRC planning work established.
Preparing domain, service isolation and community moderation.
Safe, reliable retro services and documented deployments.
Internet-service customer ordering and support
Customer portal and service catalog direction established.
Improving service ordering, eligibility checks and customer communications.
Reliable billing, provisioning coordination and support workflows.
Verified technical knowledge for local AI
100-lesson Night School, 363-fact Engineering Core and 250-subject Security Academy checkpoints.
Strengthening source verification and approved-knowledge promotion.
Auditable specialist curricula with periodic revalidation.
Governed coding and autonomous testing
Sandbox initialization PASS; isolated research repositories and test lanes prepared.
Strengthening test gates, rollback, resource limits and approvals.
Repeatable safe build–test–repair demonstrations with independent verification.
Local decoding and cryptanalysis tools
Local authenticated service integrated into NORA; classical cipher decoding test succeeded.
V2 scoring, provenance and modular analysis expansion.
Bounded file and network forensics with independently reviewable evidence.
Local sensor and event intelligence
Separate sensing and event-ingest processes; stale-lock recovery documented.
Sensor authentication, health checks and baseline correlation.
Resilient event-driven monitoring with provenance and alert verification.
Lightweight endpoint-security research
V0.2.0 static scanning, signed rules, scheduled bounded scans and packaging evidence.
Improving rule quality and validation; real-time blocking is not yet installed.
Carefully tested behavior detection, quarantine and fleet functions.
An original language for AI and systems development
Isolated research repository initialized.
Exploring syntax, compiler architecture and safe execution model.
Minimal compiler, tests and NORA OS integration experiments.
Evidence-led public research and search
Public ALPHA search route reported working for a NASA query.
Improving relevance, provenance, safety and specialist research integration.
Reliable public search and distinct advanced research capabilities.
Defensive scam investigation and evidence gathering
Operator-led investigation architecture and VM-based lab direction defined.
Planning lawful evidence collection, controlled engagement and reporting workflows.
Auditable case reports and safe law-enforcement referral support.
CPU cognition and consent-based neural-interface research
Research scope and test principles defined.
Planning reproducible CPU cognition benchmarks and public EEG dataset experiments.
Measured signal decoding and controlled human-consent research prototypes.
Customer-friendly infrastructure management
Product concept and dashboard design established.
Defining customer access, inventory, monitoring and audit requirements.
Controlled portal prototype with permissioned actions and tested workflows.
Traceable, human-governed defensive analysis
Node 001 prepared and hardened; original Fusion Core, Policy Guard and Witness architecture defined.
Building deterministic fusion, provenance and controlled evidence workflows.
Validated multi-source correlation and operator-reviewed defensive reporting.
From a home AI experiment to a governed local intelligence platform. These milestones come from our October 2, 2026 engineering record.
NORA begins as a local home assistant with an Ubuntu-based application and local inference.
Memory bridges, project continuation, tool permissions and controlled coding workflows evolve through multiple revisions.
NORA Eye, event ingest, engineering knowledge and defensive-security learning become established components.
Codebreaker is integrated as a local governed tool; work continues on reliability, security and experimental OS and AI branches.
Milestones reflect documented internal engineering checkpoints. Research prototypes are not represented as commercial deployments.
We're interested in technical collaboration, independent verification and practical partnerships that turn prototypes into dependable technology.
DISCUSS COLLABORATION ↗