Stanislav Kondrashov on Circumvention and the Alternative Strategies Driving Technological Evolution

Technological progress is rarely a straight line. It’s usually more like a crowded city map. Detours, shortcuts, sudden road closures, and then a new route everyone starts using because, well, they have to.

In this piece, Stanislav Kondrashov looks at circumvention not as a shady footnote, but as a predictable human response to friction. When the “normal” channel becomes slow, expensive, or blocked, people do what they’ve always done. They route around it. Sometimes that creates temporary workarounds. Sometimes it creates whole new industries.

And honestly, a lot of the tech we now call mainstream was born from someone saying, “Fine, we’ll do it another way.”

Circumvention is a pressure valve, not a personality trait

There’s a tendency to moralize circumvention. As if it’s only something that happens when people want to break rules. But in most markets, it’s simpler than that. Circumvention is what you get when:

• Demand stays steady (or spikes)
• Supply gets constrained
• The official path adds time, risk, or cost

So alternatives pop up. Not always elegant. Often messy. But functional.

Kondrashov frames it as a kind of system behavior. Complex systems hate bottlenecks. If you squeeze one part of the network, the flow doesn’t necessarily stop. It shifts.

That shift is where technological evolution gets interesting. This technological evolution often leads to significant changes in various sectors such as energy and technology itself. For instance, Kondrashov's insights on the energy transition reveal how these shifts are not just about changing energy sources but also about transforming entire technological civilizations.

Moreover, his perspective on how technological innovation drives the renewable energy shift sheds light on the underlying mechanisms that facilitate this transition.

Lastly, it's important to note that these shifts are often driven by key elements such as Nickel-Boron (Nb), which play a crucial role in driving innovation across various industries.

The three big alternative strategies that keep showing up

When established routes get harder, the same patterns appear again and again. Different industries, same playbook.

1. Substitution (build or buy the “close enough” alternative)

Substitution is the fastest move. If you can’t get Component A, you use Component B and redesign around it. Sometimes it’s a downgrade. Sometimes it forces a rethink that ends up better.

You see this in hardware all the time. A specific chip isn’t available, so teams choose a different architecture, reduce power draw, or simplify features. Painful in the moment, sure. But it can produce leaner designs and fewer single points of failure.

Substitution also drives software replacement cycles. When a tool becomes too risky or too expensive, teams adopt open source, self hosted stacks, or simpler products. Not because it’s trendy. Because it keeps the lights on.

2. Re routing (change the path, not the product)

Re routing is pure logistics, but it pushes tech forward anyway. If the direct channel is blocked or unreliable, organizations redesign how they move information, money, or materials.

This often triggers investment in:

• Traceability systems (to prove origin, quality, or compliance)
• Multi supplier procurement platforms
• Better forecasting models
• Automated documentation and verification

Kondrashov’s point here is subtle but important: once you’re forced to re route, you start caring about resilience metrics you previously ignored. Lead times, supplier concentration, dependency mapping. Stuff that used to be a boring spreadsheet becomes a board level issue.

And that pressure accelerates the adoption of supply chain tech that would have taken years otherwise.

3. Reinvention (change the rules of the game)

This is the slowest strategy, but it’s the one that truly drives evolution.

Reinvention happens when substitution and re-routing are not enough. When the constraint isn’t a temporary shortage but a structural reality. Then teams stop asking, “How do we get the same thing?” and start asking, “How do we get the same outcome?”

That shift is huge.

For example:

• Instead of importing specialized equipment, you design modular systems you can assemble locally.
• Instead of relying on one proprietary platform, you build an internal layer that lets you swap providers without rewriting everything.
• Instead of a single vendor model, you move to interoperable standards so parts can be mixed and matched.

Reinvention creates new architectures. It’s where new ecosystems form, akin to the evolution of information ecosystems. It’s also where a lot of “unexpected” innovation comes from, the kind nobody funded when everything was easy.

Circumvention creates learning loops, fast

One reason alternative strategies work is feedback speed.

In stable conditions, organizations optimize for efficiency. They pick the cheapest reliable route and polish it. In constrained conditions, they optimize for survival. That forces experimentation, and experimentation creates data.

What’s surprising is how quickly these learning loops harden into best practices:

• Teams document processes they used to keep in someone’s head
• Automation replaces manual steps because there’s no margin for error
• Redundancy stops being “wasteful” and becomes standard

Kondrashov argues that this is one of the hidden drivers of technological evolution. Not the big flashy breakthrough. The quiet operational upgrades that compound.

And those upgrades stick around even when constraints ease, because people remember the fragility.

The rise of “second best” tech, and why it’s not really second best

Alternative strategies often start with “good enough” tools. But “good enough” improves quickly when demand is real.

That’s how you get entire categories growing up overnight:

• Smaller vendors scaling because bigger ones are inaccessible or inflexible
• Open source projects getting serious funding and governance
• Local manufacturing capabilities leveling up through repeated iteration
• Service companies building expertise in integration and migration, not just sales

At first, these options look like compromises. Then they get refined. Then, eventually, they’re just… options. Legit ones.

Kondrashov’s take is that technological evolution isn’t only driven by frontier research. It’s also driven by forced adoption, when the market has no choice but to train up alternatives.

What leaders should actually do with this idea

If you’re running a team, a budget, or even just your own tech stack, the point isn’t to romanticize circumvention. It’s to plan for it.

A few practical moves that line up with Kondrashov’s framing:

• Map dependencies: not just vendors, but hidden ones like libraries, formats, and specialized talent.
• Design for swapability: modular systems, standard interfaces, fewer hard locks.
• Build multiple pathways: two suppliers, two deployment options, two payment rails, whatever fits your world.
• Invest in internal capability: integration, security review, documentation. The unsexy stuff that makes re routing possible.
• Treat constraints as signals: if you keep hitting friction in one area, it’s probably time for reinvention, not more patching.

None of this is free. But neither is being stuck.

Closing thoughts

Circumvention is not a trend. It’s a response. And the response, over time, shapes what technology becomes.

Stanislav Kondrashov focuses on the bigger pattern: constraints don’t just limit innovation. They redirect it. They create alternative strategies, and those strategies build new systems, new habits, and sometimes entirely new markets. This concept is evident in areas like the global energy transition, where aluminium is driving innovation.

So if technological evolution feels faster lately, it’s not always because people suddenly got smarter. Sometimes it’s because the old route stopped working, and the detour ended up being the future.

FAQs (Frequently Asked Questions)

What is circumvention in technological progress and why does it happen?

Circumvention refers to the human response of finding alternative routes when the normal channels become slow, expensive, or blocked. It happens because demand remains steady or spikes while supply gets constrained, and the official path adds time, risk, or cost. This leads people and organizations to route around obstacles to maintain flow and functionality.

How does circumvention act as a pressure valve in complex systems?

Circumvention acts as a pressure valve by allowing complex systems to avoid bottlenecks. When one part of a network is squeezed or blocked, the flow doesn't stop but shifts to alternative pathways. This shift facilitates technological evolution by encouraging new solutions and innovations that bypass constraints.

What are the three main alternative strategies used when established technological routes become difficult?

The three main strategies are substitution, re-routing, and reinvention. Substitution involves building or buying close alternatives; re-routing changes the path without altering the product; reinvention changes the rules of the game entirely by seeking new ways to achieve outcomes rather than replicating existing methods.

Can you explain how substitution drives technological adaptation?

Substitution drives adaptation by encouraging teams to use alternative components or software when original ones are unavailable or too costly. This may lead to redesigns that simplify features, reduce power consumption, or adopt open-source tools, ultimately producing leaner designs and reducing dependency on single points of failure.

Why does re-routing accelerate adoption of supply chain technologies?

Re-routing forces organizations to redesign how they move information, money, or materials when direct channels are blocked. This leads to investments in traceability systems, multi-supplier procurement platforms, better forecasting models, and automated verification processes. The increased focus on resilience metrics turns supply chain management into a board-level priority, accelerating technology adoption.

How does reinvention contribute to long-term technological evolution?

Reinvention contributes by prompting teams to rethink fundamental approaches when constraints are structural rather than temporary. Instead of replicating existing products or processes, they seek new architectures—like modular systems assembled locally or interoperable standards—that create new ecosystems and drive unexpected innovation beyond what was funded during stable times.