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CyberNord
Products built from research and operational work
CyberNord began with doctoral research into forming Braille through 3D modelling. Work on distributed systems and telecommunications exposed a different problem: when an event fails, the evidence needed to recover it is often already gone. Braillium and Relay grew from those two practical lines of work.
Signal
Execution metrics
We measure progress through research output, active engineering tracks and platform maturity rather than vanity optics.
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Publications (peer-reviewed)
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Active R&D tracks
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Platform modules
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Technology domains
From research to CyberNord
A company born from an engineering problem.
CyberNord traces its origin to 2021, when founder Nikita Tarasov began doctoral research at Lviv Polytechnic National University.
His dissertation, “Information Technology for Braille Formation Using 3D Modelling,” explored how digital design, geometric validation and additive manufacturing could make tactile and Braille materials more repeatable, accessible and manufacturable.
The research revealed a broader problem: critical engineering workflows often rely on fragmented tools, manual validation and incomplete operational evidence. CyberNord was created to translate those findings into dependable software products.
Doctoral dissertationInformation Technology for Braille Formation Using 3D Modelling
Doctoral research at Lviv Polytechnic National University on digital methods for Braille formation, tactile geometry and additive manufacturing workflows.
View dissertation page →Company timeline
How CyberNord took shape.
2021Research foundation
Nikita Tarasov begins doctoral research focused on information technology for forming Braille through 3D modelling.
2022–2024Research and prototypes
The research expands into practical software prototypes, validation methods, publications and additive manufacturing workflows.
2025Team formation
A long-time friend and engineering collaborator joins as the initiative moves from research prototypes toward a broader product platform.
2025–2026CyberNord platform
Braillium translates accessibility research into manufacturing software while Relay applies distributed-systems engineering to event recovery.
2026+Global product company
CyberNord prepares controlled pilots, international research collaboration and a global-first operating model.
Mission
Research-driven. Production-ready.
We build software that records what happened, makes constraints visible and gives people a deliberate next step.
Scientific foundation
Applied research in operational resilience, secure coordination and accessibility engineering, translated into deployable product environments.
Enterprise infrastructure
Go backend, secure identity, session control, MFA step-up, observability pipelines, and a clean SaaS control plane.
Platform diagram
CyberNord platform
Applications, shared platform services and core infrastructure aligned into one operating model.
Applications
CyberNord Relay, CyberNord Veyra and CyberNord Braillium.
Platform
Identity, billing, entitlements, telemetry, organizations and cross-product orchestration.
Infrastructure
Operational resilience tooling, secure coordination services and accessibility manufacturing engineering.
Leadership
Builders, not presenters
Professional profiles make the team legible to research partners, customers and future investors.
Nikita Tarasov
Founder · Research & Engineering
Backend engineer and researcher working across distributed systems, telecommunications and accessibility manufacturing. Founded CyberNord from doctoral research into Braille formation through 3D modelling and leads product architecture, research translation and technical strategy.
Identity-firstResearch-drivenProduction-grade
Volodymyr Kurhantsev
CMO
Company development, marketing, advertising and go-to-market strategy.
Identity-firstResearch-drivenProduction-grade
Why CyberNord exists
Critical systems deserve better engineering.
Many important workflows still depend on disconnected tools, manual verification and incomplete operational context. CyberNord exists to make those workflows more reliable, inspectable and easier to recover.
Reliability before scale
Systems should fail visibly, recover deliberately and preserve a verifiable operational trail.
Accessibility as engineering
Accessibility should be treated as a measurable production requirement, not a visual afterthought.
Research must ship
Research creates value when it becomes usable software, repeatable experiments and dependable workflows.
Operating model
Built in Ukraine. Working with distributed teams.
CyberNord has engineering roots in Lviv, Ukraine. The company works through distributed collaboration and research partnerships, with products for software teams and accessibility-manufacturing workflows that cross organisational boundaries.
Execution model
Research to market
Our distributed model is designed to preserve depth in research while keeping execution aligned with enterprise delivery, partnerships and global commercialization.
Engineering base: Lviv, Ukraine
Operating model: distributed and research-led
Primary markets: Europe, North America and international pilots
Company direction: B2B software, applied research and infrastructure products
Research impact
Research → production pipeline
CyberNord turns papers, experiments and datasets into operational products rather than isolating research from delivery.
Papers
Experiments
Datasets
Products
Research timeline
From papers to production
How research milestones translate into product capabilities.
2021
Doctoral research beginsFoundation of Braillium
2024
Braille additive manufacturing factorsValidation and manufacturability rules
2025
Distributed systems and CPS researchRelay architecture and recovery workflows
2026
Adaptive event recoveryReliability and event-control engine
Long-term direction
2027–2030
Intended direction, framed as product validation and platform maturity rather than unsupported promises.
2027 — Product validation
Complete controlled pilots for Relay and Braillium. Strengthen documentation, reliability and customer workflows.
2028 — Platform expansion
Expand shared identity, audit, AI assistance and operational control-plane capabilities.
2029 — International adoption
Develop partnerships, integrations and deployment options for regulated and enterprise environments.
2030 — Product and research practice
Maintain products whose operational behaviour, accessibility constraints and supporting research can be inspected rather than inferred.
Governance
Audit-grade by design
Structured governance: research validation, security review cycles, architectural compliance, and measurable risk controls.
Governance & advisory board
We enforce security posture, step-up actions for sensitive operations, and maintain traceable change history. Advisory board expansion planned.
Engineering principles
Operating principles
The rules that hold across Relay, Braillium and the shared CyberNord platform, regardless of which workflow a team is using.
Security by design
Accessibility as an engineering requirement
Reliability under real failure conditions
Auditability across every workflow
Ecosystem
Partners & programs
Open for partnerships across research and industry collaborations.
Universities
Research labs
Industry partners
Public institutions
Work with CyberNord
If you like systems that don’t blink under pressure — welcome.