Gear Up for Digital Transformation

Baseline Analysis

Review of current state with the purpose of identifying present-day challenges and major blockers for tomorrow

Vision Development

Iterate the why and the what to set the 10× target for the future, unconstrained by today's tools and processes

PoC Trial

Develop a Proof of Concept trial to drive rapid learning cycles, but take no shortcuts that will impede scale-up during roll-out.

me and how I can help


My background is in electrical engineering, with more than two decades of industrial experience. In recent years my focus has been on distributed edge Cloud technologies for digital automation and I am currently with ZeroNorth A/S, a leader in the green transition of global trade. Past positions include Managing Director & Head of Engineering at METIS Cybertechnology (a managed IoT and Cloud platform provider for monitoring, intelligent analytics and ML-driven optimization for the Maritime Industry), Software Development Manager at EnerSys Energy Systems Americas (formerly Alpha Technologies Ltd.), Chief Architect and acting VP Engineering at mimik Technology, Electrical Supervisor at Thenamaris (a top-tier ships-management company), Principal Engineer at Atmel (now part of Microchip Technology), system engineering Lead at Theta Microelectronics (RFIC IP and design services) and research engineer at Ericsson. Also as an FP6, FP7 and Horizon 2020 expert evaluator and reviewer with the European Commission, in Information, Communication and IoT Technologies, I have co-monitored execution of fourteen R&D projects, with budgets totalling in excess of 75M EUR and typical life-cycles of 2-4 years each. I hold postgraduate degrees in Digital Telecommunications, Electrical Engineering, from the University of British Columbia (Vancouver, Canada).


The first and possibly the most important step in a digital transformation journey is to review and analyse present reality. This will allow identifying challenges in process, information and decision flows, along with stakeholders and their needs. In this and pretty much in every step that follows, especially so for those with an engineering backgound, it will be tempting to rush to solutions. It is, however, crucially important to remain focused on what every step needs to accomplish. Analysis will highlight all that's keeping your team from growing while achieving its best. Factoring in where your organization needs to be tomorrow should also reveal major blockers that stand in the way.


Developing a digital vision for your organization is no small undertaking. While challenges and blockers from analysis should be pointing the way, Vision requires boiling down what it is you want to do and, maybe even more importantly, why you want to do it. Iterating these two core questions will help set a 10× goal for the future, unconstrained by today's tools and processes. Approaching this the other way arround, building solutions on old or new tools simply because they are available, is ultimately setting you up for failure. Clarity of Vision, on the other hand, naturally paves the way for the last step in the cycle: iterative proof-of-concept trials, generating knowledge and guiding progress.


Flawless analysis and crystal-clear vision will never be enough. Iterating through a Proof-of-Concept (PoC) phase is the only way to bring the vast ICT and IoT space down to earth for your organization, helping you fail early and learn fast. An iteration will pick a specific business problem from the analysis phase and define metrics for success. It needs to start small in both domain coverage — focusing on a small data set — and trial time, taking 3 months or less to complete. This will accelerate learning and help manage stakeholder expectations. Implementation will take no short-cuts; a PoC must fully leverage the micro-service paradigm while paving a clear scale-up path.

Open Source
and amateur radio


I have been active in the Open Source movement since the early 90's, contributing to GNU/Linux - its flag-ship operating system - and to core components such as the X-Windows system (or X11) pioneered by MIT, as well as writing stand-alone applications and utilities.
The free software movement is one of the most successful social movements to emerge in the past decades, driven by a worldwide community of programmers dedicated to the cause of freedom and sharing.

[Free Software Foundation]

Open Source

My involvement with computing and networking reaches back to the early 90's and the infancy of the Internet and the World Wide Web. Notable Open Source contributions include xisp: a full-featured dialup TCP/IP tool with an X11 interface, Xaw3D: a 3D version of Xaw, the X11 widgets from MIT project Athena, international keyboard support for X11R6 via shared object runtime libraries, and xmailbox: an animation and sound-enabled mailbox applet.
xisp included an ISP and PTT database manager for logging and calculating dialup costs, as well as manual login, call-back and per-ISP DNS selection capabilities. While practically obsolete in the broadband-access world of today, it was featured in two Linux Journal, articles, in the December 1998 and December 1999 issues.
Xaw3D was a drop-in replacement for most operating systems supporting shared libraries, and added Motif® look-and-feel to the otherwise visually unappealing Xaw library, while xmailbox was included in the contributed applications and utilities of MIT's X11R6 official distribution.

Amateur Radio

Between 1991 and mid 1994 I served as President of the Amateur Radio Society (ARS) at UBC. The UBC ARS is a non-profit, student organization governed by UBC's Alma Mater Society, with a mission to promote Amateur Radio as a hobby to students, faculty, staff and the community. During these four years we greatly increased student membership, improved the 2m and 70cm Campus repeaters, completed an auto-tracking 144/440 MHz satellite station and deployed experimental high-speed wireless digital links in the 220/440 MHz bands. We also published two preparatory course books to complement our very successful weekend courses for prospective radio amateurs. The two text-books ("Amateur Radio Basic Qualification Manual" & "Amateur Radio Advanced Qualification Manual" - of which I am a co-author) together with the weekend courses were for many years the Society's main source of income.
VE7HDB is my call-sign in Canada, where I hold Advanced Theory and Morse Code certificates. My reciprocal call-sign in Greece is SV0XCB.