Port Harcourt · Gulf of Guinea
IMO-compliant cyber risk management, OT/IT convergence, and vessel network hardening for African shipping operators. Fleet IT & Cybersecurity Lead · ISC² CC · ISPS CSO.
I lead vessel digital operations and cybersecurity governance in the Gulf of Guinea — delivering IMO-compliant GRC, OT/IT convergence, and mission-critical network hardening for offshore fleets.
As IT Lead and Technical & Executive Assistant to the Managing Director, I provide executive technical operations governance and fleet assurance coordination. I have engineered vessel network infrastructure, authored controlled Safety Management System (SMS) cyber suites aligned to IMO MSC.428(98), deployed multi-bearer SATCOM architectures (Starlink Ocean Mode, Inmarsat C, VSAT), and created operational Python and TypeScript automation pipelines across dynamic-positioning (DP2) fleet operations.
I'm also a published lead-author researcher — three peer-reviewed papers in 2026 from my MSc work in plant genetics at MOUAU, in the Nigerian Journal of Horticultural Science and the Journal of Agriculture, Forestry and Fisheries.
On the engineering side, I build AI-native systems: a 20-tool TypeScript MCP server integrating Microsoft Graph and Claude, local AI deployment stacks (NemoClaw/OpenClaw) on WSL2/Docker, and autonomous agent frameworks — designed to run on constrained hardware for African operators.
ISC² CC certified. Enterprise IT security policies, cybersecurity audits, NIST CSF assessments, and maritime cyber risk management.
20-tool Microsoft Graph MCP server (TypeScript). Local AI stacks on WSL2/Docker. Vector Institute Scholar. Python, R, SQL, Power BI.
IMO cyber risk management, vessel OT/IT hardening, ISM Code compliance, SMS documentation, and NIST CSF assessments.
IMO cyber risk management (MSC-FAL.1/Circ.3), NIST CSF assessments, a full enterprise security policy suite, IT Disaster Recovery Plans, and ISM Code compliance. OT/IT convergence and vessel network hardening across an offshore fleet in the Gulf of Guinea.
Shipped a 20-tool TypeScript MCP server integrating Microsoft Graph (Outlook, Calendar, OneDrive, Teams, SharePoint) with Claude. Built local AI deployment stacks (NemoClaw/OpenClaw) on WSL2/Docker and autonomous agent frameworks designed for constrained hardware.
Vector Institute Scholar (ML for Black & Indigenous Students). Proficient in R, Python, SQL, Power BI, SPSS, GenStat, and SAS for both agricultural and operational data analysis.
An open, MIT-licensed practitioner reference mapping 21 NIST CSF 2.0 subcategories — across all six functions — onto ISM Code sections, IMO MSC.428(98), and MSC-FAL.1/Circ.3/Rev.3. Six rows are flagged as genuine gaps rather than smoothed over. Filterable and exportable, instead of another prose PDF.
Automated 25-video curriculum pipeline for shipboard Planned Maintenance Systems (PMS) — screen capture automation, text-to-speech voice synthesis, and Whisper-aligned subtitles for remote crew onboarding across offshore vessels.
Paperless hazard reporting system replacing physical safety cards across an offshore fleet and shore operations. Leverages mobile QR codes and Python/Node.js telemetry pipelines to capture 168+ hazard reports per week with zero paperwork latency.
Multi-bearer maritime connectivity architecture (Starlink Ocean Mode, Inmarsat C, VSAT, DGPS) across DP2 vessels. Implemented active telemetry and data routing, reducing fleet satellite OPEX ~90% below budget while maintaining 98%+ fleet uptime.
Enterprise IT/OT security policy suite aligned to NIST CSF 2.0, elevating maturity from 1.5 to 2.3/5.0 across shore and shipboard networks, with a 20-action remediation roadmap targeting Tier 3 by Dec 2026.
Hands-on OT/IT deployment documentation across an offshore fleet, combined with a yard-ready 112-item dry-dock engineering specification and valve register that caught 9 critical missing valves before yard arrival.
20-tool Model Context Protocol server in TypeScript integrating Microsoft Graph API — AI agents can read and draft email, manage calendar, search SharePoint, access OneDrive, and interact with Teams. Ships with persistent DPAPI token cache and prompt caching.
Lead-author output from my MSc in Plant Breeding & Genetics at Michael Okpara University of Agriculture, Umudike. Three papers published in 2026 on the genetic characterisation of Nigerian crop germplasm. The canonical record is my ORCID profile.
Nigerian Journal of Horticultural Science, 30(3)
Journal of Agriculture, Forestry and Fisheries, 23(1), 1–10
Nigerian Journal of Horticultural Science, 30(1), 158–171
doi.org/10.82552/njhs.v30i1.158-171International Information System Security Certification Consortium (ISC²)
International Ship and Port Facility Security (ISPS) Code Certification
Lead Author — Nigerian Journal of Horticultural Science (NJHS)
CropLife International, 2022 — Food Security & Sustainability
Machine Learning for Black & Indigenous Students Program
World Economic Forum — Port Harcourt Hub · ex-Vice Curator
Carbon Accounting & ESG Awareness
MOUAU — Thesis Defended Oct 2026 · Comparative Genomics & RNA-Seq
Second Class Upper (4.32/5.00 CGPA), MOUAU 2018
I write about maritime cybersecurity, OT/IT convergence, and the GRC gap in African shipping.
Case Study: MSC-FAL.1/Circ.3/Rev.3 tells DPAs and ship managers to structure maritime cyber risk management around a five-step framework mirroring the NIST Cybersecurity Framework — but never says what each control looks like inside an actual ISM Code Safety Management System. This closes that gap: 21 NIST CSF 2.0 subcategories across all six functions, mapped to ISM Code sections, MSC.428(98), and MSC-FAL.1/Circ.3/Rev.3, each with a plain-English note on what it looks like on the vessel.
Impact: A citable, filterable reference for DPAs, ISM and ISPS compliance officers, and maritime cyber consultants. Six rows carry no strong ISM equivalent and are flagged as gaps rather than smoothed over. Published open source under MIT.
Live tool: kelvinuduma.github.io/ism-cyber-crosswalk · Source
Case Study: Developed a complete ISM Code compliance documentation suite — fleet procedure manuals, editable source documents, and operational forms covering every ISM Code section.
Impact: Standardised safety protocols across the fleet and ensured complete regulatory compliance, minimising operational risks.
Case Study: Authored an enterprise IT security policy suite along with a comprehensive cybersecurity audit report and remediation roadmap.
Impact: Strengthened organisational security posture in alignment with NIST CSF, providing clear incident response and disaster recovery procedures.
Case Study: Deployed and managed vessel network installations, CCTV, and Starlink vs 5G systems. Maintained detailed IT asset registers and security audit checklists.
Impact: Ensured robust, high-availability connectivity for offshore fleets, vastly improving real-time communication and data transfer.
Case Study: Built a 385-line Python automation tool to validate complex Excel workbook chains, checking for external references, missing sheets, and stale named ranges.
Impact: Reduced budget calculation errors and saved hours of manual validation time during financial planning.
Case Study: Created the training framework, teleprompter scripts, and user guides for rolling out the SmartVessel software across the entire fleet (Cloud + Local Server).
Impact: Accelerated crew onboarding and ensured high adoption rates for the new fleet management system.
Case Study: Engineered a custom Model Context Protocol (MCP) server in TypeScript using the Microsoft Graph API, implementing 20 core tools.
Impact: Empowered AI agents to securely read and search emails, manage calendars, and access OneDrive files and SharePoint sites with a DPAPI-encrypted token cache.
Repository: github.com/kelvinuduma/microsoft-graph-mcp