Current State of Pi Ecosystem Developers: How Far Between Effort and Reward?

The official Pi Network whitepaper states its mission and vision: "To build a cryptocurrency and smart contract platform secured and operated by everyday people," and "To build the world's most inclusive peer-to-peer marketplace." The core spirit of this positioning is to allow ordinary people—not just those with technical backgrounds—to participate in and secure the network's operation.

However, if we focus on "whether developers can participate smoothly," there seems to be a gap between the current reality and this positioning.

This article compiles first-hand data observed and verified by OrbitWatch, documenting the true picture of this stage.

A Changing Signal

Recently, a shift has been observed on the Pi Network Developer Discord: technical public discussions have decreased, replaced by developers directly messaging official contact persons. On the other hand, it's increasingly common to see developers posting their ecosystem applications in Discord, often duplicating the same content across multiple channels—this is akin to advertising behavior and can cause inconvenience in channel usage.

Behind this phenomenon might be a more fundamental problem: the Developer Discord's original purpose should be for developers to exchange technical knowledge and solve problems, not as a channel for application promotion. However, when developers choose to expose their applications here, it suggests, to some extent, that developers with insufficient visibility have few other options besides this.

At the same time, it's rare for official staff to proactively share technical documents or release new feature details on Discord, making developers' access to information more reliant on private inquiries rather than public, traceable explanations.

Within the community, developers also directly question response times—problems often go unanswered for long periods, requiring multiple private messages to get a result. Some even suggest that if insufficient staffing is the reason, more contact personnel should be added instead of relying on a single contact person for all inquiries.

This is not an isolated incident. <cite index="41-1">Community analysis indicates that certain repositories—especially in complex or specialized areas like smart contracts—have fewer active contributors, which can lead to development bottlenecks when critical components rely on a small number of developers.</cite> OrbitWatch's own observation of the official PiNetwork/SmartContracts repo confirms this: currently, there is only one contract example, and the entire repo has only 2 commits.

What is the Background of Prominent Mainnet Applications?

Examining applications that are currently more visible and have more resources invested in the Pi ecosystem, a common characteristic can be observed:

CiDi Games    → Directly invested by Pi Network Ventures
PiVerify      → Pi Core Team's own product
Pi Launchpad  → Pi Core Team's own product
SoloHost      → Pi Core Team's own product
Hermes        → Officially released by Pi Core Team

This does not mean these products are bad, but it is a noteworthy fact: most ecosystem projects currently in operation with clear resource support are either owned by the official team or directly invested in by them. OrbitWatch has not yet found cases where individual or small team developers have gained equivalent resources or exposure on the mainnet through public, standardized processes.

Specific Gaps Faced by Individual Developers

The following issues are common in the developer community but currently lack official public guidelines for reference:

How do applications migrate from Testnet to Mainnet? There are no public official documents; relevant explanations are mainly obtained through internal Discord discussions, which itself is a hidden barrier for new developers or those unfamiliar with community channels.
Mainnet applications require multi-signature wallets, but there are no public guidelines for applying.
What are the mainnet ad review standards? There is no public explanation.
How do mainnet applications generate revenue? There are no public documents on the mechanism.
Once an application is built, how does it gain visibility? Public, standardized promotion channels are also quite limited.

The last point deserves further elaboration. Currently, the main exposure channel for ecosystem applications is the list of ecosystem applications in the Pi Browser, sorted by the amount of Pi staked for that application. This mechanism is understandable—using staking volume to reflect the community's trust in an application—but beyond this channel, public, standardized promotion or exposure mechanisms are quite limited.

It's also important to see the other side: the visibility gap is not solely due to a scarcity of official channels. Teams with ample funding or personnel typically have both development and marketing staff. Besides exposure through official channels, they also manage multiple social media platforms like X, Facebook, Instagram, and Threads to continuously build external attention. In contrast, small teams or individual developers often focus their energy primarily on development, with less capacity or experience for promotion, and fewer resources available. This makes them more reliant on official communities like Discord as their primary exposure channel. If the promotional effect here is limited, the visibility gap becomes even more pronounced. In other words, this is a cumulative result of resource disparity and limited official promotion channels, rather than being caused by a single factor.

These issues mostly remain at the level of 'speculation' or 'hearsay.' After developers invest resources and effort, they often need to follow up multiple times to get a response, or even face long periods of no response.

Earlier this year, the official team did respond to developer experience concerns. <cite index="70-1">On January 10, the official team released an integrated developer library, packaging the Pi SDK and backend API into a single setup, supporting JavaScript, React, Next.js, and Ruby on Rails, allowing developers to add Pi payment functionality to their applications within 10 minutes.</cite> Third-party media reports described this as an attempt to address one of the biggest pain points raised by critics—developer friction—but this phrasing originated from media reports and was not directly used by the official team.

This SDK update addresses the technical complexity of basic integrations like 'connecting Pi login and payments.' However, it's a different level of gap compared to issues like mainnet review, multi-signature wallet applications, revenue mechanisms, and promotion channels—for these latter issues, an equivalent level of official response has not yet been seen.

A Comparison with Developer Documentation of Other Chains

The underlying technology for Pi smart contracts is Soroban, which is identical to Stellar. This allows for a fair comparison: how much the documentation effort differs for the same technology on different chains.

Stellar (Soroban Native Chain)

Official documentation (developers.stellar.org) provides complete step-by-step deployment tutorials, with commands that can be directly copied and executed; the Testnet environment uses Friendbot for one-click acquisition of test tokens; the official GitHub (stellar/soroban-examples) provides multiple complete example contracts, not just one.

Solana

This year, the official team launched a Developer Platform, integrating node infrastructure, wallets, compliance, and payment services into a single API; devnet test tokens can be obtained in various ways; the official team even directly published technical documentation for AI tools like Claude Code and Codex, enabling AI agents to write code according to the documentation.

Pi Network

The official GitHub has only one contract example, and the README contains only a single-line title; Testnet Soroban RPC connection parameters (URL, network passphrase) currently have no public documentation; Test Pi itself can be claimed normally, but this doesn't mean developers know where to connect to deploy contracts.

The underlying smart contract technology used by all three is similar, but the disparity in documentation completeness is evident. This indicates that 'writing clear documentation' is technically feasible—Stellar has proven this. The gap more likely reflects current resource allocation priorities rather than an inability or technical limitation.

What This Article Aims to Convey

OrbitWatch records these observations not to negate the direction of the Pi ecosystem, nor to oppose the official team.

The Pi Network whitepaper's positioning as 'the most inclusive peer-to-peer marketplace' is inherently promising. However, from the current reality faced by developers, there appears to be a significant gap in 'inclusivity' between the general user side (mining, KYC, app usage) and the developer side (mainnet deployment, review, revenue).

What this article aims to convey is simple: many developers have invested time and effort, and their issues deserve to be seen and addressed. Like them, we look forward to the day when these gaps are filled and the ecosystem truly thrives.

Further Reading

Data Sources: Pi Network official whitepaper mission and vision statements, Pi Network Developer Discord observations, PiNetwork/SmartContracts GitHub repo, Pi Network official January 2026 developer update (third-party media reports), Stellar and Solana official developer documentation. All analysis does not constitute investment advice. OrbitWatch is an independent Pi Network ecosystem observatory and has no affiliation with the official Pi Network team.