Data Infrastructure / Developer Tools

A new public dashboard is bringing several different views of BSV Blockchain activity into one place.

GigaMegs, developed by mohrt, combines network activity, mining information, transaction conditions and market-structure data in a single interactive interface.

The project was introduced publicly on September 25 while its data collection was still only beginning to accumulate. Community responses quickly suggested additional measurements, and some of those ideas were already being incorporated into the dashboard.

That makes GigaMegs visibly early.

But it is already substantial enough to show what the project is trying to become: not simply another place to look up a BSV token price or inspect the latest block, but a broader observability layer for several different parts of the BSV ecosystem.

Network activity sits beside market structure

The dashboard includes familiar blockchain information such as block height, the latest block, estimated network hashrate, mempool size and transactions per block.

It also displays comparative information across BSV, BTC and BCH, including hashrate, throughput and mempool activity.

Alongside those network measurements are market-oriented views.

GigaMegs displays BSV price, market capitalization and 24-hour volume, but goes considerably further into exchange structure with aggregated market depth, liquidity close to the mid-price, buy/sell pressure, exchange-level spreads, bid and ask depth, imbalance and trading volume.

BSV/BTC and BSV/BCH price ratios are also available.

The result is that network operation and market activity can be viewed side by side rather than through unrelated services.

That does not mean the two should automatically be interpreted as causally related.

It does make it easier to inspect how different parts of the ecosystem are behaving at the same time.

Mining gets its own operational view

Mining information is another important part of the dashboard.

GigaMegs shows estimated BSV hashrate as well as miner distribution and comparative hashrate against BTC and BCH.

For someone following network operation rather than token markets, this may be one of the more useful aspects of the site.

Hashrate, miner distribution, block production, transaction activity and mempool conditions describe different parts of the operational state of a proof-of-work network.

Block explorers often expose some of those values individually.

GigaMegs attempts to place them into one continuing visual environment where changes can be compared across time.

The charts are designed for exploration

Many of the displayed metrics are interactive.

Where supported, users can move between periods such as five minutes, one hour, one day, seven days, 30 days and one year.

Some measurements also support unit changes, including views expressed in either BSV tokens or US-dollar terms.

That becomes more useful as the historical dataset grows.

A dashboard launched with only a few hours of collected information cannot yet provide meaningful long-range historical comparison, even if the interface already offers those time ranges.

The value of those views will therefore increase if the project continues collecting data consistently over weeks and months.

GigaMegs is an aggregation layer

The site identifies WhatsOnChain as a source for blockchain information and uses exchange APIs and CoinGecko for market data.

That suggests GigaMegs should be understood primarily as an aggregation, analytics and visualization layer rather than as a new blockchain indexer.

This distinction matters.

Its role is to collect information from several existing sources, organize it into related measurements and make those measurements easier to explore together.

The reliability of individual figures therefore depends partly on the underlying data sources, as well as on GigaMegs’ own processing and presentation.

Some metrics still need methodology documentation

Several displayed measurements are self-explanatory enough to understand at a general level.

Block height is block height.

Mempool size and hashrate have familiar meanings, even though estimation methods can still vary.

Other labels require more caution.

GigaMegs currently displays metrics including trading velocity, on-chain velocity, buy/sell pressure and throughput, but the public interface does not visibly provide detailed methodology explaining exactly how each of those values is calculated.

The dashboard can therefore be reported as displaying those measurements.

The numbers should not yet be given a more precise analytical interpretation without documentation defining their formulas, source selection, sampling periods and assumptions.

That documentation would be a useful next step if GigaMegs develops into a reference source used beyond casual observation.

An observability tool rather than a price dashboard

The presence of exchange data could make GigaMegs look at first like another token-market dashboard.

Its broader structure points to something more useful.

A user can move from transaction activity to mining distribution, from mempool conditions to comparative throughput, and from exchange liquidity to differences in network hashrate without moving among several unrelated sites.

That combination could be useful to developers, infrastructure operators, researchers and community observers for different reasons.

A developer may care about transaction and mempool behavior.

Someone following mining infrastructure may concentrate on block production and hashrate.

Another researcher may want to compare public network activity with liquidity or exchange conditions without treating either as the sole measure of network health.

The dashboard does not answer those questions by itself.

It puts more of the relevant information within the same field of view.

Another project from the PiWalletSV developer

GigaMegs is also the latest public project from mohrt, developer of PiWalletSV.

BSV TIMES previously covered PiWalletSV as an open-source air-gapped signing device built around Raspberry Pi hardware, animated QR transport and SPV-oriented transaction verification.

The two projects solve very different problems.

PiWalletSV focuses on securely signing and verifying transactions while keeping keys offline.

GigaMegs focuses on making activity around the network easier to observe.

What they share is an emphasis on practical tooling around BSV Blockchain rather than changes to the underlying protocol itself.

GigaMegs remains young, and its usefulness will become easier to judge as its historical dataset grows, its metrics become better documented and users begin relying on the dashboard over longer periods.

For now, it is a useful addition to the public tooling around BSV Blockchain: one interface bringing network conditions, mining activity, throughput and market structure into a common view.

Source: GigaMegs / BSV TIMES — PiWalletSV

BSV TIMES — Under the Surface

Under the Surface looks at projects, standards, experiments, and community activity that may not rise to the level of a headline but are still worth noticing. Some are new, some are continuing work, and some are quieter developments that help show what is taking shape across the BSV community.

Update — September 27, 2026