In this AMA session, the Tari team (Naveen and Riccardo) and the Goldshell team (James and Roger) engaged in a rare, technically grounded discussion. The conversation covered Tari’s underlying architecture, its deliberate decision to avoid becoming “another Casino Chain,” and why Goldshell is conmmitted to build a full mining hardware ecosystem around Tari through the XT Card and XT Box.

If there is one core takeaway from this AMA, it is this: Tari aims to build on default privacy and Proof-of-Work security, extend functionality through a faster and more programmable Layer 2, and ultimately position itself as a payment rail between AI agents.

From Goldshell’s perspective, mining hardware is not simply about selling machines. It is about keeping value inside the ecosystem, allowing PoW security and community growth to reinforce each other over the long term.

What Is Tari, and Why “Default Privacy” Matters

Naveen opened with a clear definition: Tari is a default-confidential Layer 1 blockchain. Its base layer is built on a Rust implementation of Mimblewimble, meaning privacy is treated as a native property of the protocol rather than an optional feature added later.

Privacy, however, is not Tari’s only focus. The project also emphasizes PoW security and adopts an uncommon design choice: multiple PoW lanes operating in parallel.

Rather than relying on a single mining algorithm, Tari allows different types of miners to participate through different lanes. These include ASIC-friendly lanes such as SHA3, GPU-friendly Cuckaroo 29, and CPU-oriented RandomX, with both merged mining and solo mining mentioned during the AMA. The intent behind this design is to distribute network security more broadly and reduce dependence on any single class of miners.

Why Layer 2? PoW Is Strong, but It Should Not Be Forced to Do Everything

Riccardo approached the Layer 2 discussion from a distinctly engineering-driven perspective. He acknowledged that Proof of Work remains the most reliable security model available today, but argued that PoW’s real challenges lie not in security itself, but in scalability, finality, and programmability.

He pushed back against the idea that all functionality should be forced onto Layer 1. In privacy-oriented systems in particular, permanently storing large volumes of data on-chain makes it difficult to support what he described as “temporal transactions”—transactions that exist briefly and do not require long-term on-chain persistence, conceptually similar to payment channels.

Tari’s solution is to use PoW Layer 1 as the ultimate security anchor, while offloading complex application logic to a faster Layer 2. This Layer 2 is called Ootle (Layer 2 spelled backwards). Ootle is designed to combine faster confirmations through BFT-style consensus (similar to HotStuff) with scalability, while preserving PoW as the system’s final arbiter.

A key point Riccardo emphasized is that if disputes arise on Layer 2, they can always be resolved back on Layer 1 by miners. In this model, PoW is not merely a mechanism for issuing new tokens; it becomes the final arbiter for the entire network.

Why Tari Does Not Want to Be “Another DeFi or Casino Chain”

Naveen offered a direct assessment of the current crypto landscape. Many blockchains today, he argued, ultimately converge on the same speculative use cases—DEXs, launchpads, NFTs, and prediction markets. While these products may appear different on the surface, they increasingly resemble variations of the same casino-style ecosystem.

Rather than replicating that model, Tari is intentionally focusing on two areas that function more like long-term infrastructure than short-term speculation.

The first is stablecoins. Tari plans to support stablecoins on its Layer 2, with an emphasis on default privacy. From the team’s perspective, stablecoins represent one of the clearest real-world use cases in crypto, with demand that extends well beyond trading.

The second—and central—theme of the AMA is Agentic Payments, or payments between AI agents. The Tari team believes that the number of AI agents will grow rapidly, with agents acting on behalf of individuals and organizations to perform tasks, purchase services, and exchange data. These agents will require payment rails that are digital-native, permissionless, programmable, and efficient across borders—properties that crypto systems are uniquely positioned to provide.

An important nuance raised during the discussion is that AI agents themselves require privacy. If transaction details, pricing, and behavioral patterns are fully transparent, agent coordination and competitive dynamics break down. In this context, default privacy is not only about protecting human users, but about enabling a functional AI-driven economy.

Blink: Proving Demand Instead of Waiting for the Ecosystem

To avoid the familiar “build a chain and wait for developers” narrative, the Tari team has chosen a more proactive approach: building a concrete product themselves.

That product is Blink, a browser-based AI agent designed to perform complex tasks on the web. According to the team, Blink significantly outperforms existing browser-based agents, with public benchmarks planned to support these claims. Tari also plans to release an SDK that allows developers integrate Tari wallets and payment capabilities into AI agents—taking them from ‘functional’ to ‘transaction-ready’.

In simple terms, Blink is Tari’s way of turning the AI payments narrative into something tangible. It is meant to demonstrate demand rather than merely promise it.

Why Goldshell Is Building XT Card and XT Box Around Tari

Roger’s contribution focused on the industrial realities of Proof-of-Work networks. He explained why ASIC mining plays a critical role in the long-term health of a PoW ecosystem.

In systems dominated by CPU or GPU mining, a significant portion of value eventually flows upstream to hardware manufacturers such as Intel and NVIDIA. Over time, this leads to capital leakage out of the blockchain ecosystem. By contrast, efficient ASIC mining allows networks to better control their security profile and retain more value within the ecosystem itself.

Goldshell emphasized that it does not view the XT Card and XT Box as short-term products. Instead, the company positions itself as a long-term participant in the Tari ecosystem, supporting not only network security through hardware, but also broader ecosystem development through collaboration and sustained commitment. This long-term orientation, rather than short-term hype, is the primary reason Goldshell chose to work with Tari.

On Airdrop Controversies: Rewarding Long-Term Attention

During the AMA, community members raised concerns about airdrop fairness. Tari’s response was firm but internally consistent: airdrops are fundamentally mechanisms for rewarding attention and long-term participation, not transient engagement.

The airdrop was structured in stages with explicit time windows, and unclaimed allocations are intended to be recycled into future community programs. The goal of this design is to reduce short-term selling pressure and better align incentives with participants who are willing to remain engaged over time.

While this approach may be controversial, the team framed it as a deliberate effort to prioritize long-term alignment over short-term satisfaction.

On Development Timelines: Why Financial Infrastructure Should Not Be Rushed

Another pointed question concerned development delays. Naveen and Riccardo emphasized that Tari is financial infrastructure, and that security must take precedence over speed. Rushing protocol releases, they argued, risks exposing users to irreversible losses.

They encouraged the community to evaluate progress through GitHub activity rather than marketing timelines, and explained why they avoid rigid roadmaps. In protocol development, tasks that appear straightforward often reveal significant complexity once security assumptions, edge cases, and adversarial scenarios are fully examined.

Closing Thoughts: This Is Not About Short-Term Returns

If the AMA conveys one underlying message, it is this:

Tari aims to become a privacy-preserving payment foundation for the AI era, while Goldshell focuses on building the hardware and ecosystem required to make PoW security sustainable over the long term.

This partnership is neither a case of a blockchain searching for miners to sell hardware, nor hardware chasing attention from the latest blockchain trend. Instead, it reflects a shared attempt to apply each party’s strengths toward a longer-term, more verifiable growth path.