How did we get here?

The Unconscious Thread

Looking back across five decades of building businesses, trading, and operating, I realize a thread was running through my life that I had yet to recognize. I never set out with a master plan to lead a water revolution. Rather, my instinct was always drawn toward disruption, inflection points, and tectonic shifts in how industries functioned. Yet, across every major sector undergoing rapid change, water consistently proved to be a central issue. It took discovering SeismoPro and creating H2 Mantle Water for all those seemingly disconnected ventures, political frustrations, and global supply chains to connect. 

The Unconscious Currents: Land, Concrete, and Rivers

The foundation was laid before I was old enough to evaluate it. My grandfather Karlis, an agricultural scientist and farmer displaced from Latvia after the war, was contributing to managing the Werribee Farm for Melbourne Water— implementing massive wastewater recycling and pastoral irrigation long before the corporate world invented terms like "environmental sustainability." As young boys, our connection to him and the land was forged along the alpine reservoirs of the Snowy Mountains Hydro Scheme, casting lines for trout in cold, dammed waters.

As a teenager paddling a kayak down the Yarra and Goulburn rivers, I watched massive pumping stations being carved into the riverbanks. My uncle was on the front lines building the Thomson Dam, Victoria’s colossal water reserve. I watched the physical character of rivers shift overnight as dams filled and flows were altered. At the time, it felt simply like the backdrop of growing up in Australia. In reality, it was my first unconscious schooling in how deeply human survival, energy, and industry depend on the manipulation of moving water.

Following Change into Agribusiness, Retail, and Digital Architecture

When I began my career, I chased dynamic opportunities where trade and technology collided. When a new dam unlocked an arid agricultural frontier in Western Australia, it didn't just alter geography; it created a high-value export market where none existed. Working for the Japanese trading house Itoman, I threw myself into trading that newly viable produce—most notably export asparagus grown directly from that dam-fed soil—alongside beef and lamb across the country. I observed the direct impact of water supply on produce quality and ultimately revenue.

That operational reality pulled me into direct equity investment in one of Australia’s largest integrated beef processing businesses and its Melbourne restaurant group. In effect, water was the silent denominator beneath every carcass, cut, and yield curve.

When the industrial world began shifting from ledger books to enterprise computing, I followed the curve into enterprise technology:

• As CIO at McKay Australia, a public agricultural enterprise supplying pastoral machinery, I led the implementation of an end-to-end ERP. It was an early revelation that soil management, moisture preservation, and crop yields could no longer be run on guesswork; they demanded integrated digital and physical systems.

• At Dun & Bradstreet Software, I acted as an enterprise software vendor supporting public utilities, aligning core software architectures for Melbourne Water and MITS to track and balance massive public water asset bases. In that same vendor capacity during the 1990s, I supported Coles Myer, implementing advanced technology architectures to elevate their enterprise financial capabilities. That gave me direct technical visibility into the ledger scale and financial machinery of Australia’s primary grocery retailer, long before they addressed their physical produce movement.

• At Oracle, the work centered on water critical industries: delivering solutions for Carlton & United Breweries (CUB), where water precision defines volume brewing, and the New Zealand Dairy Board, an export giant whose global dairy footprint is fundamentally an equation of pasture hydration.

Geopolitics, Broken Policy, and Commodity Manipulation

By the late 1990s and early 2000s, working across the world with Descartes, Best Results IRP and owning Robocom, the scale widened. While promoting supply chain solutions, I became known as the “50 to 10 steps” man. In industry magazine articles I was featured inside a pile of fresh asparagus, discussing food supply networks, and warning anyone who would listen that nations would eventually contest sovereign freshwater reserves, and tongue in cheek predicting the US would eye Canada’s Hudson Bay basin.

Robocom managed automated cold chains for giants like Smithfield Foods—where millions of gallons of water translate daily into protein processing. 

I introduced Best Results to the US supermarket sector, promoting Australian grocery innovations which successfully reduced the steps for handling fresh produce at Coles and Woolworths. But taking an Australian breakthrough into the American corporate grocery world—including giants like Publix—ran straight into a wall of institutional insularity.

It was a classic demonstration of the 'Not-Invented-Here' syndrome, compounded by American corporate scale bias: Who are you, and how could a company from a small market like Australia tell an American retail giant how to run produce?  They chose the comfort of internal inertia over radical efficiency. That resistance wasn't a critique of the methodology; it was a textbook lesson in how established gatekeepers reject fundamental disruption simply because it originates outside their corporate borders.

The closer I got to the policy and financial machinery behind resources, the more broken the model appeared:

• The Bureaucratic Dead End: When my business partner Pat Byrne took a comprehensive regenerative farming framework (pioneered by holistic soil innovators such as Peter Andrews) directly to the Australian Prime Minister to drought-proof the continent, the PM turned to his chief of staff with a single transactional question: "Do we get any credit for this under the Kyoto Climate Accord? "When told No, the initiative was killed on the spot. Years later, that political ecosystem was exposed in corruption inquiries regarding backroom influence on water policy, infrastructure funding and dam building. Meanwhile, across the ocean, Indian leaders were deploying decentralized watershed regeneration to drought-proof entire rural regions at a fraction of the cost.

• The Financialization of Scarcity: As I laid out in my analyses in my macroeconomic books (available on itcap.net), global commodities were no longer trading on simple supply and demand. Financial cartels, derivative markets, and institutional gatekeepers were systematically manipulating physical assets, manufacturing synthetic scarcity to extract peak rents. Water was being forced down the exact same path: treated as a closed, scarce commodity bound to speculative trading schemes, billion-dollar mega-dams, and endless chemical treatment facilities.

The Synthesis: When Everything Came Together

My background spans fields that once felt entirely separate. Then I encountered the resonant seismic technology behind SeismoPro. For me, it was the missing link that brought every piece of my journey together. The fundamental flaw in humanity’s relationship with water was not a lack of resource; it was an obsolete premise. For centuries, our societies have trapped themselves inside a closed, fragile cycle: waiting for rain, damming rivers, draining shallow contaminated aquifers, and spending billions fighting over the surface crumbs.

By utilizing patented resonant seismic technology to see 2.5 kilometers deep into the earth's crust, we bypass the atmospheric cycle entirely. It maps fractured vertical bedrock fissures, identifying non-atmospheric primary water with a proven 100% target success rate across international deployments—verified through isotope age dating, pristine geochemical purity, and sustained pump-out tests.

Adoption of this technology means the artificial constraints governing water economics no longer hold: 

• Projects that historically demanded billions in controversial dams, complex inter-basin transfers, and energy-hungry desalination will be compressed down to millions in targeted bedrock extraction.

• The speculative stranglehold on water rights will be broken when clean, self-replenishing primary reserves can be tapped directly beneath municipal and agricultural land.

Creating H2 Mantle Water was not a career pivot. Looking back, it lead to this single inflection point: delivering pure, permanent, decentralized water security to billions of people.

Aivars Lode