Determining which metrics truly matter remains one of the biggest challenges facing investors and analysts in digital assets. This issue took center stage at November's Consensus Invest conference, wh
Determining which metrics truly matter remains one of the biggest challenges facing investors and analysts in digital assets. This issue took center stage at November's Consensus Invest conference, where panelists explored frameworks for assessing and contrasting different blockchain initiatives. Spencer Bogart of Blockchain Capital highlighted a critical problem: "We have highly-gamable metrics in some cases." Rather than dwelling on data quality issues alone, Bogart's presentation zeroed in on a deeper challenge—identifying what metrics should actually guide investment decisions. His main exhibit: transactions-per-second (TPS). According to Bogart, pursuing this single measurement, often misunderstood in its economic implications, has driven potentially hundreds of millions in capital toward projects chasing a false metric.
Why Decentralization Matters Most
In Bogart's analysis, decentralization sits at the heart of what gives public blockchains their value proposition. The very constraints that make it difficult to alter Bitcoin's rules stem directly from its decentralized structure, and those constraints are precisely what enable the protocol's defining characteristics. "It's what allows bitcoin to stay open for everyone all day every day," Bogart explained. Expanding on this, he noted: "If we want to maintain and enhance decentralization, then our objective is to enable as many people as possible to participate directly in the network with consumer-grade hardware."
The TPS Problem
This brings the discussion back to TPS as a measuring stick. The pursuit of higher transaction speeds, depending on implementation choices, can actually undermine network decentralization. "Many efforts to increase throughput — to increase the number of transactions we can do on one of these blockchains directly — goes in the face of decentralization," Bogart stated. The investor community often draws comparisons between Bitcoin or Ethereum's transaction capacity and that of conventional payment processors like Visa. But such comparisons gloss over substantial technical nuances. Meaningful gains in throughput introduce tradeoffs; those gains cannot be divorced from their potential impact on how distributed a network remains.
Scaling: The Blunt Versus the Sophisticated
Bogart outlined two fundamental strategies for expanding a blockchain's transaction capacity. The first relies on brute-force mechanics—simply expanding the quantity of transactions that every node must validate and store. Bitcoin Cash exemplifies this route. "What you're doing is actually increasing the cost and resource requirements of [processing transactions], which means fewer [users] are going to opt to be a node on the network," Bogart cautioned. "You end up with the worst of both worlds. You don't have the throughout of a centralized system and you don't have the decentralization or resiliency of a blockchain."
The alternative is a more refined, multi-tiered structure. Bitcoin's Lightning Network demonstrates this model, temporarily bundling transactions before final settlement on the base layer. From Bogart's perspective, Bitcoin's layered scaling preserves decentralization while theoretically achieving Visa-comparable volumes. Bogart's final takeaway was direct: networks adopting sophisticated, multi-tiered designs merit preference over those that expand computational demands through heavier on-chain loads. Worth noting as well: on-chain metrics represent only one dimension of network activity and adoption, given that substantial transaction volume may exist off-chain through secondary protocols and transaction consolidation methods.
