A textbook example of deception in the crypto market: Complexity as a Weapon

How crypto newcomers are led into liability traps through technical jargon, technology, and phased communication – illustrated by a Kaspa mining project

Crypto projects, trading platforms, mining models – for many investors, these terms blur into an opaque and difficult-to-navigate landscape. Those new to the space are confronted with a level of technical and organizational complexity that is nearly impossible to assess independently. It is precisely this asymmetry of knowledge that makes crypto newcomers particularly vulnerable to models that appear professional, function in real terms – and yet can still end in a total loss.

The cases of Skainet and CermakFX (previously reported) exemplify this pattern. Both platforms conveyed economic substance through technical interfaces, steadily increasing account balances, and seemingly smooth operations. Only when withdrawals were blocked, regulatory warnings followed, and the platforms disappeared or re-emerged under new names did it become clear that control, liability, and transparency had been absent from the outset.

A similar pattern can be observed in a purported Kaspa mining project in Dubai. Although real hardware was operated, on-chain yields were generated, and payouts were initially made, investors ultimately found themselves in comparable situations: lack of access, unclear responsibilities, and communication that explained problems only after they had already occurred. What connects these cases is not the technology used, but a shared underlying principle: complexity replaces verifiability – and trust takes the place of control.

“Mind, Heart & Finance Consulting”: The actors

The project described here was primarily brokered through Sascha Vetsch and his company “Mind, Heart & Finance Consulting.” Vetsch presents himself online, among other things, as a “specialist in retirement planning” and an expert in crypto investments. He positioned himself as the competent explainer bridging the gap between the complex world of crypto and investors’ capital.

When the system collapsed in the fall of 2025, attention shifted to the local partner in Dubai, Peter Bolanoz Lopez. Lopez, who was allegedly responsible for the hardware and on-site operations, was described in official communications as having “disappeared.”

Starting point: No one truly knows what is “legitimate”

Phase 1: Technical language replaces understanding

In the Kaspa mining case, extensive technical descriptions were presented: BlockDAG, proof-of-work, consensus mechanisms, transaction speed. These are largely publicly available and factually correct concepts – yet nearly impossible for laypersons to verify.

For crypto newcomers, a deceptive effect emerges: Those who explain things in a complicated way appear competent. Those who appear competent are no longer questioned. The boundary between information and impression-building knowledge becomes blurred. Whether what is said is economically relevant remains unclear – what matters is the impression of expertise.

Phase 2: Technology is linked to returns

The next step is decisive: technical explanations are no longer presented on their own, but are directly tied to financial expectations.

In the Kaspa mining context, this took the form of specific ROI figures, comparisons to Bitcoin in its early years, and statements about “passive income” and high annual returns.

For newcomers, this distinction is difficult to make: if the technology sounds advanced, the returns appear plausible. That numerous uncertain variables lie between technology and yield – mining difficulty, market price, regulation, hardware wear – is usually omitted or treated only abstractly. 

Phase 3: Real functionality lowers alertness

Unlike classic trading scams, Kaspa mining initially operated in real terms: hardware was installed, mining generated on-chain yields, and coins flowed into investors’ wallets. For newcomers in particular, this is a powerful signal: “So it really works.”

This is where the critical error lies. Functionality is not proof of safety. A system can operate in reality and still be structurally unsecured.

Phase 4: Complex dependencies remain invisible

While investors focus on technology and yields, fundamental questions remain unanswered:
Who legally owns the hardware? Who controls physical access? What contracts exist with the mining farm? What safeguards apply in the event of failure?

For newcomers, these questions are difficult to grasp – they lie outside what is technically visible. Trust replaces scrutiny. While investors checked their wallets, the decisive issues remained unresolved. Sascha Vetsch conveyed trust, but actual control over the devices lay with Peter Bolanoz Lopez. When that chain broke, investors were left with nothing – no serial numbers, no delivery records, no access. 

Phase 5: When problems arise, the narrative changes

When mining stopped, communication shifted: regulatory reasons, logistical complexity, external partners, temporary measures. For laypersons, these explanations are nearly impossible to verify. The technology had been complex before – now the organization is. The key effect: the problem appears large, abstract, and beyond individual influence. 

Phase 6: Additional payments and emotional binding

Additional fees follow, justified by unforeseen costs. At the same time, trust is invoked, patience requested, understanding expected. Later, the situation escalates emotionally: illness, personal crises, the unavailability of key individuals. Factual questions fade into the background – empathy takes their place. For many investors, this is the point at which they no longer wish or are able to press further.

Phase 7: The real damage becomes visible

In the end, what remains is not necessarily a clear act of fraud, but something else entirely: no clear points of contact, no access, no enforceable claims. The damage does not arise because the technology was “fake,” but because responsibility was never clearly defined.

The core problem: information asymmetry

This case illustrates a fundamental issue: crypto newcomers are not at risk because they are naïve, but because they are confronted with a system they cannot structurally evaluate. Complexity creates dependency. Dependency creates power. And that power can be abused – even without classic fraud.

Our conclusion: a clear warning

This case demonstrates that crypto newcomers are vulnerable because they face systems they cannot structurally assess. Sascha Vetsch and Peter Bolanoz Lopez used the potential of an open-source project like Kaspa as a cover for an unsecured investment model.

The lesson is clear: when an offering relies more on identity, complex jargon, and “done-for-you” convenience than on hard, legally enforceable facts, collapse is not an accident – it is inevitable.

Note:

This article is a journalistic analysis. It is based on publicly available sources. It is not a legal assessment or financial advice. All assessments have been researched to the best of our knowledge and are marked as opinions within the meaning of Art. 10 ECHR / Art. 5 GG. Counterstatements will be taken into account in accordance with § 56 RStV.

Quellen

• LinkedIn Profile Sascha Vetsch: https://ch.linkedin.com/in/sascha-vetsch-801421191
• Systemfrei.Business: https://www.systemfrei.business/pc/sascha-vetsch-unser-experte-fur-krypto-investitionen/
• Own Verification (Editorial Team)