SLV Releases an Open-Source Environment for Starting Solana App Development from a Single Smartphone — SLV AI Chat Brings Stable Multilingual Input on Mobile
SLV Releases an Open-Source Environment for Starting Solana App Development from a Single Smartphone — SLV AI Chat Brings Stable Multilingual Input on Mobile
ELSOUL LABO B.V. (Headquarters: Amsterdam, Netherlands; CEO: Fumitake Kawasaki) and Validators DAO are pleased to announce that SLV, the open-source Solana development tool developed and operated by ELSOUL LABO B.V. and Validators DAO, now ships with an environment that lets developers begin Solana app development from a single smartphone, together with a new mobile-friendly chat interface called SLV AI Chat.
Until now, working on Solana app development, trading bot development, or broader blockchain development required a development computer, multiple toolchains, and a meaningful block of dedicated time. With this release, anyone with an SSH client on their smartphone can begin Solana app development simply by holding a natural-language conversation with an AI agent. A simple sample logic is included as the base for a Solana trading app, which detects newly minted tokens on pump.fun in real time, generates and sends transactions based on preset conditions, and reports the results, allowing developers to extend the application step by step alongside the AI agent. Installing SLV is enough to start using both SLV AI Chat and the base code right away.
SLV Official Site: https://slv.dev
SLV GitHub: https://github.com/validatorsDAO/slv
Demo Video (Solana development from a single smartphone):
Why Solana Development from a Single Smartphone — A Continuous Step Toward Mass Adoption
The barriers to participating in blockchain development have remained high for a long time. Setting up a development environment, installing various SDKs, connecting to nodes and Solana RPC endpoints, implementing signing and transaction submission — these tasks require considerable knowledge and time, and many developers and prospective contributors interested in the space have walked away before taking the first step.
Smartphones, on the other hand, are already in the hands of people around the world. The most familiar everyday computing device can also serve as the entry point to blockchain development — this release is the straightforward expression of that idea. With a single smartphone, developers can prototype a Solana app while on the move, at a desk, or anywhere else, simply by talking to an AI agent.
Mass adoption of blockchain is supported not only by the breadth of users, but also by the breadth of those who can participate in development. Adding the option to take part with just a smartphone is, we believe, a continuous and meaningful step in that direction.
SLV AI Chat Resolves Multilingual Input Issues on Mobile
SLV has so far provided AI agent interactions through AI Console, a chat experience running inside a CLI. While this works well in desktop environments, mobile environments came with a notable challenge: input through IMEs, including those for Japanese, Chinese, Russian, and Vietnamese, was not stable inside a CLI. Input could be cut off mid-conversion, commit timing could shift, and longer messages quickly became cumbersome to type — practical friction that accumulated for anyone using a smartphone as their main interface.
This release introduces SLV AI Chat, a mobile-friendly chat interface designed specifically for AI agent interactions. It is built to work naturally with smartphone software keyboards, and the IME-related instability that affected the CLI-based experience has been resolved. Input in languages that depend on IMEs — Japanese, Chinese, Russian, Vietnamese, and others — is now stable on mobile.
For developers who prefer the CLI environment, AI Console continues to be available as before. Developers can use AI Console on the desktop and SLV AI Chat on mobile, choosing the interface that best fits each situation.
A pump.fun Event Detection Logic Bundled as the Base for a Solana Trading App
The released environment includes a sample logic that interacts with pump.fun, provided as the base for a Solana trading app. The sample detects newly minted tokens on pump.fun in real time, generates and sends transactions based on preset conditions, and reports the results — the basic cycle of a Solana trading app assembled in its most minimal form.
Positioning this as a base has a clear reason. A Solana trading app, at its core, is a combination of on-chain event detection, transaction signing through a wallet, submission at the appropriate moment, and observation of results. The pump.fun sample is one of the simplest forms in which this fundamental cycle can be expressed in working code. Starting from a state where the technical flow of detection, signing, submission, and notification already runs end to end, developers can naturally move on to swapping out logic, adapting the code to other on-chain events, or adding their own evaluation conditions in collaboration with the AI agent.
The main components included in the base are:
- A Rust-based high-performance trading bot template
- Real-time subscription to Solana on-chain events, including those from pump.fun
- Bot-dedicated wallet generation, transaction signing and submission, and priority fee control
- Result notifications to Discord
- On-chain verification through Solscan
After funding the wallet with SOL, developers can ask the AI agent to start or stop the bot, and the cycle of detection, transaction submission, and notification runs accordingly. Every transaction submitted by the bot can be verified on-chain through Solscan.
Growing the App Together with the AI Agent
What makes Solana development from a single smartphone work in practice is the quality of the conversation with the AI agent. SLV AI is provided in a configuration tuned to the context of Solana validator operations, Solana RPC operations, and Solana app development, with responses grounded in concrete prerequisites such as Solana RPC communication, transaction signing, priority fees, real-time data subscription, and low-latency implementation in Rust.
When developers send a request in their native language — for example, "I want to narrow the pump.fun event detection conditions in this way," "I want to change the logic that decides when to submit a transaction," or "I want to support a different on-chain event as well" — the AI agent reviews the base code and proposes specific changes. Reading the code, applying the proposed modifications, and verifying the result — this cycle takes place inside SLV AI Chat on the smartphone.
Starting from the base and gradually layering in personal ideas. The requests entered by developers and the changes proposed by the AI agent accumulate over time, and the developer's own application takes shape — this is the kind of growth pattern the environment is designed for.
Provided as Open Source — Just Install SLV
The released environment is fully integrated into SLV. Cloning the source code from GitHub and installing SLV is enough to start using both SLV AI Chat and the base code that serves as the foundation of a Solana trading app. There is no need to fetch a separate repository.
The environment is provided as open source, so it can be used, modified, and redistributed in accordance with its license terms. The skills referenced by the AI agent, the Rust-based template, and components related to SLV AI Chat are all part of what is published.
Making the code needed to participate in development openly accessible is, we believe, one of the prerequisites for mass adoption. Those who want to read the code can read it; those who want to adapt it to their own use cases can do so; those who want to incorporate it into other projects are free to. SLV is delivered to the community with that level of openness in mind.
SLV GitHub: https://github.com/validatorsDAO/slv
Combining with the ERPC Platform to Strengthen Execution Quality
Once the development barrier is lowered, the next concern that surfaces is execution quality, in other words, infrastructure performance. For Solana trading apps, the physical distance to the network where validators are concentrated, the quality of the network path, and the tuning state of the server directly determine the latency from on-chain event detection to transaction execution.
ERPC is an infrastructure platform specialized for this domain. Infrastructure is placed inside premium data centers where Solana validators are densely concentrated, and the platform adopts a zero-distance design in which all services communicate over internal network paths. Solana RPC, Solana Geyser gRPC, Solana Shredstream (Epic Shreds), bare metal servers, and high-performance VPS are integrated into the same platform, all with Solana-specific tuning applied.
By choosing ERPC as the deployment target or connection endpoint, an application built with the AI agent on a smartphone can connect more easily to a runtime environment built around zero-distance communication and Solana-specific tuning. ERPC has also brought into operation its Solana-dedicated data center under the company's own ASN (AS200261), assigned by RIPE NCC, strengthening the structure that supports the entire path from Solana app development environments to production-grade operations. Lowering the barrier to begin development is the role of SLV; raising execution quality is the role of ERPC — this division of roles forms a continuous path from smartphone-based Solana development to production operations.
ERPC Official Site: https://erpc.global
Performance Backing — Epics DAO Validator Ranks World No. 3
The Epics DAO validator, which serves as the SWQoS endpoint and the source of Epic Shreds delivery for ERPC, has reached overall world rank 3 (score 99.93) in the Shinobi Performance Pool among all Solana validators. Short vote latency and a low skip rate at the validator mean faster catch-up to the latest blocks, which in turn means that transactions sent through SWQoS and data received through Epic Shreds can be handled over a lower-latency, more stable path. The foundation on which an application built by a developer from a single smartphone runs is continuously tuned by world-class Solana operations expertise.
SLV AI Tokens — 100,000 Tokens Distributed for Free with a €5 Authorization
Native usage of SLV AI is available through ERPC's SLV AI Tokens. To celebrate the launch, 100,000 tokens are being distributed for free after a €5 payment-method authorization. This is a sufficient amount to try out Solana app development from a single smartphone.
Connections using ChatGPT and Claude API tokens are also supported, allowing developers to run SLV AI with their own API keys. The SLV AI provided through ERPC is offered with a model configuration aligned to the context of Solana validator and Solana RPC operations as well as Solana app development, making it well suited to focused use on Solana-related tasks.
ERPC SLV AI Plans: https://erpc.global/price/
Positioning as a Research Project
This environment is published as part of an ongoing research project on high-velocity Solana application development with AI agents. Real-time Solana data subscription, low-latency implementation in Rust, automation of on-chain transactions, and multilingual interaction in mobile environments — areas that previously had to be learned individually — are integrated into a single conversation with an AI agent. Through community feedback and real-world usage, the environment will continue to evolve into a more practical foundation.
Five Consecutive Years of WBSO Approval — AS200261 Solana-Dedicated Data Center Now Operational
ELSOUL LABO has received approval under WBSO, the Dutch government's R&D incentive program, for five consecutive years since 2022. The results of continuous research and development on Solana RPC infrastructure, validator operations orchestration, and Solana operations and development environments built around AI agents are implemented directly in the SLV toolset and the AI agent.
The Solana-dedicated data center under the company's own ASN (AS200261), assigned by RIPE NCC, is already operational. Initial availability has already been filled, and requests for the next allocation are currently being accepted through a waitlist. By connecting environments built by SLV AI agents to a network foundation specialized for Solana, we are continuing to raise the level of execution quality across the path from development to production operations.
Feedback Welcome
SLV continues to improve through the feedback shared by its community. The smartphone-based development environment introduced in this release also grew out of voices in the Validators DAO official Discord and from usage patterns observed in the community. Comments on the SLV AI Chat experience, points where conversations with the AI agent felt unclear, on-chain events you would like to see supported, requests for alternative base logic — feedback of any kind is welcome.
We invite developers to try the environment and share their thoughts. Community feedback is what shapes SLV into a more usable tool with each iteration.
Thank you, as always. We look forward to your continued support of SLV and ERPC.
Contact
For inquiries regarding SLV and ERPC, please open a support ticket in the Validators DAO official Discord.
Validators DAO Official Discord: https://discord.gg/C7ZQSrCkYR
Disclaimer
This article and the released environment are intended for informational purposes and as a technical introduction in the context of research and development. They do not constitute investment advice, recommendations of trading strategies, or solicitations to buy or sell any specific assets, tokens, or protocols.
The development and operation of Solana applications and trading bots, the trading of crypto assets, and the use of on-chain protocols involve a wide range of risks, including price volatility, smart contract risk, network failure risk, software bugs, changes in the behavior of external APIs, and uncertainty in AI agent outputs. Transactions on on-chain protocols, including pump.fun, may result in unexpected losses due to sharp price movements or liquidity exhaustion. With respect to the operation, trading outcomes, profits or losses, or opportunity costs of any Solana application or trading bot built using this environment or SLV AI, ELSOUL LABO B.V., Validators DAO, Epics DAO, ERPC, and all related parties make no warranties of any kind and assume no responsibility.
Please conduct your own thorough research and verification, and make decisions at your own discretion (NFA / DYOR).
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