AetherForge por Catherine Remington

Public by Default: What Solana's Open Data Can Learn From the Open Web

How Birdeye Data helps turn Solana's public data into usable market data for builders.

The early web had a quiet superpower that most users never noticed.

You could right click, view source, and see how a page was built. Standards were open. HTTP and HTML belonged to no single company. Anyone could publish. Anyone could link. Anyone with enough curiosity could learn from what others had made and build something new on top of it.

That openness was not a side effect. It was the reason the web grew so quickly. The door was left open, so people created things the original builders of the web could not have predicted.

Solana inherits part of that same promise.

Its ledger is public. Transactions are visible. Balances are visible. Token activity is visible. In theory, anyone can inspect what is happening on chain and build from it.

But public data is only the starting point.

For builders, the real question is not whether the data exists. The real question is whether the data can be used. Can it become a price chart, a portfolio view, a token page, a trading alert, or an API response that a product can rely on?

That is the difference between public data and usable data.

This distinction matters because some of the most interesting Solana products do not look like traditional crypto trading tools. X Smart Cashtags lets users tap a ticker inside a social feed and see Solana token market data without leaving the app. Tokens.xyz solves a different problem by organizing tokenized assets that may exist as several variants across different Solana venues. Memecoin launchpads create another kind of demand, where chart requests and token activity can spike quickly as attention moves across the market.

These products are different. One is a social feature. One is an asset aggregation product. One serves fast moving retail token discovery. But they all depend on the same foundation: Solana market data that is not only public, but usable.

That is where Birdeye Data fits into the story.

Public does not always mean usable

On the surface, Solana is one of the most open data systems ever built.

Every transaction is public. Every balance is visible. Every token launched through a permissionless platform becomes part of the public record. In that sense, Solana carries the open web idea into a financial system that never stops producing new activity.

But visibility is not the same as usability.

Public visibility only matters if builders can turn it into product features. A raw transaction log is not a price chart. A token account balance is not a portfolio view. A pool creation event is not automatically a clean market signal.

To turn raw Solana activity into something a product can use, teams have to decode programs, reconstruct prices, normalize data across pools, filter noisy activity, and keep the result current as the market changes.

That work is difficult. It also creates a practical gap.

A team may be able to see the data, but still be unable to use it quickly. That gap shows up as engineering time, infrastructure cost, delayed launches, and products that never reach users because the team spends too long rebuilding plumbing.

This is the important question for any open data ecosystem:

If the raw data is public, but the usable data is hard to access, expensive to process, or locked behind unclear systems, how open is the ecosystem in practice?

The role of a data layer

A data layer should not become a new gatekeeper on top of an open ledger.

Its job should be the opposite. It should lower the barrier for builders.

A team building a ticker feature inside a social app should be able to access reliable Solana market data without first building a full data infrastructure team. A weekend builder should be able to test an idea without spending months on collectors, parsers, and historical databases. A funded team should be able to focus its engineering budget on the product rather than rebuilding the same data pipeline everyone else needs.

In practical terms, that means clear documentation, stable APIs, useful schemas, and data that is already normalized enough for products to use.

This is the open web lesson.

The web did not grow because every builder rebuilt the internet from scratch. It grew because standards, tools, and access points made building easier. Hosting companies, databases, and content delivery networks did not destroy the open web. They helped more people build on it, as long as the standards and access remained open.

Solana needs the same principle at the data layer.

The ledger can remain public, while infrastructure providers make that public data easier to build with. The provider earns its place by convenience, coverage, reliability, and speed, not by becoming the only door.

Birdeye Data is built around that role. It takes Solana's public but messy market activity and turns it into data that applications can show, analyze, and build around.If Solana is public, why use a data provider?

The simple answer is that public does not mean ready.

A team can run its own nodes, decode programs, build indexers, normalize pool data, maintain historical databases, and serve its own APIs. Some teams do. For companies whose core product is data infrastructure, that may make sense.

But most teams are not trying to become data infrastructure companies.

They are trying to build wallets, trading tools, social features, asset directories, analytics dashboards, AI agents, or consumer applications. Their core question is not, “Can we read Solana?” Their core question is, “Can we turn Solana activity into a product users understand?”

A provider exists so that reading and processing the chain is not a prerequisite for building on it.

That does not remove the importance of openness. It makes openness more practical.

The real test is whether a builder can start from documentation, generate an API key, understand the data model, and build a working prototype quickly. If that is possible, public data becomes usable data. If not, public data remains mostly theoretical for anyone without the time and budget to build the stack themselves.

Does relying on a provider create lock in?

It can.

Any dependency creates some gravity. That is true in blockchain infrastructure, cloud infrastructure, databases, analytics, and almost every other layer of software.

The question is not whether dependencies exist. The question is whether they are manageable.

Consistency helps. Clear schemas help. Public documentation helps. Multi chain support helps. Stable endpoints help. The more predictable the interface, the easier it is for builders to reason about their stack, extend their product, and avoid being trapped in a system they cannot understand.

This is why the design of the data layer matters.

When Solana data and EVM chain data arrive in a consistent schema, builders can write against a stable shape rather than against the quirks of each network. That does not remove all dependency risk, but it lowers the cost of expanding across chains or adapting the product later.

For builders, the practical question is simple:

Can they understand the data model, rely on stable endpoints, and extend the product if it grows beyond one chain or one use case?

If the answer is yes, the data layer is serving the builder. If the answer is no, the data layer starts to look more like a wall.

Is aggregation a centralizing force?

It can be, and pretending otherwise would be dishonest.

Aggregation concentrates capability. On a chain as active as Solana, the ability to collect, normalize, and deliver market data is significant. Whoever does it well influences what many applications see and use.

But the answer is not to force every team back to building indexers alone.

That would make the ecosystem slower, more expensive, and less accessible. It would favor large teams and make it harder for smaller builders to experiment.

The better answer is accountability.

The ledger stays public. The access stays documented. The data model stays understandable. The provider competes on quality, coverage, latency, and reliability. Builders use the layer because it helps them move faster, not because it is the only possible door.

That is the difference between infrastructure and gatekeeping.

A good data layer should make the open chain more usable. It should not replace the open chain with a closed platform wearing open clothing.

Why this matters beyond trading apps

This issue does not only matter to crypto trading products.

X Smart Cashtags is a useful example because it brought Solana token data into a mainstream social context. The user did not need to understand Solana infrastructure. The user only needed a chart that loaded quickly and made sense.

Tokens.xyz shows another version of the same point. It was not trying to build a trading terminal. It was trying to organize tokenized assets, including assets that may exist as multiple SPL token variants across different Solana venues. That kind of product needs market mapping, historical data, and reliable coverage. Raw transactions alone are not enough.

Memecoin launchpads create a third example. When token activity spikes, chart requests can surge quickly. Builders need infrastructure that can absorb that activity without treating it as noise or forcing every team to rebuild the data layer first.

These are very different products, but they prove the same point.

Open access to usable data is not just a convenience for crypto native builders. It is what allows unexpected products to emerge. The most interesting products may not look like crypto infrastructure at all. They may look like social features, asset directories, consumer apps, AI agents, or entirely new interfaces that only become possible once the data layer is usable.

That is exactly what made the early web powerful.

The underlying system was open enough for people to build things nobody predicted.

What openness looks like in practice

Openness is not just a slogan. It shows up in practical details.

It looks like public documentation. It looks like accessible starting points. It looks like coverage that keeps up with new Solana venues. It looks like APIs that let teams test ideas without waiting for a long infrastructure build. It looks like data that is usable by a small team, not only by a dedicated trading firm.

When X needed historical Solana token data reliable enough for a mainstream audience, the infrastructure had to be ready for social scale. When Tokens.xyz needed to map tokenized asset variants, the infrastructure had to support market coverage that legacy providers did not handle well. When memecoin activity surged through launchpads, the infrastructure had to absorb chart demand from a fast moving retail market.

In each case, the pattern is the same.

New demand appears. Sometimes it comes from inside crypto. Sometimes it comes from far outside it. The question is whether the data layer opens access to that demand or turns it into another bottleneck.

Birdeye Data's role is to make that data usable enough for builders to move quickly.

The cultural lesson from the open web

There is also a cultural lesson here.

The early web rewarded people who built in public. Tutorials, open repositories, weekend experiments, and small projects could become serious companies because the tools were accessible and the system was open enough to invite participation.

Solana has a similar culture. Permissionless token launches, open market activity, public ledgers, and fast experimentation all point in the same direction.

But that culture does not maintain itself automatically.

As ecosystems mature, they often drift toward closed systems, privileged access, and infrastructure that only large teams can afford to operate. If that happens, openness becomes more theory than practice.

A healthy data layer should push in the other direction. It should make it easier for more teams to build, not harder. It should reduce the amount of prerequisite infrastructure work before a product can reach users.

When Birdeye Data supports builders with infrastructure access, documentation, coverage, and grants for open experimentation, the message is clear: more people should be able to build on Solana, not fewer.

The main lesson

Open ledgers gave us public data.

But public data is only raw material.

What determines whether Solana feels like an open builder platform is what happens between the raw chain and the developer. If that layer is closed, confusing, or too costly, public data becomes difficult to use. If that layer is documented, reliable, and accessible, builders can move from idea to prototype much faster.

That is the real test of data infrastructure.

Can a team build this week, or does it need a quarter just to prepare the data layer?

The better direction is clear.

Do not make every builder rebuild the plumbing. Give them usable access to the market data they need, then let them build the product nobody has thought of yet.

That is the open web lesson Solana should carry forward.

The chain is public by default. The data can be usable by default too.