How can an AI agent stake SOL programmatically?

POST to https://solentic.theblueprint.xyz/api/v1/stake/transaction with {walletAddress, amountSol}. The API returns a base64 unsigned transaction. Deserialize, sign with the agent wallet, and submit to Solana. Also available via MCP server at https://solentic.theblueprint.xyz/mcp (Streamable HTTP).

What APY does Blueprint validator offer?

~6% total APY (staking + Jito MEV). 0% commission on block rewards and Jito MEV. High vote success rate. Call /api/v1/validator for live stats.

Is this liquid staking or native staking?

Native staking. SOL goes directly into a Solana stake account delegated to Blueprint. No derivative tokens, no smart contract risk. Your wallet is both stake and withdraw authority.

What hardware does Blueprint validator run on?

Dedicated bare-metal in the NTT Fechenheim (Frankfurt) Tier III datacenter: latest-generation AMD compute, ECC DDR5 memory, Gen5 NVMe storage, high-throughput networking. Redundant capacity with standby server, zero-downtime upgrades via standby cutover. Certifications: ISO 27001, PCI DSS, ISAE 3402 Type II, EN 50600, ISO 9001, ISO 50001.

What agent frameworks are compatible?

All of them. REST API for any HTTP client. MCP server (26 tools) for Claude, LangChain, CrewAI. OpenAPI spec for auto-client generation. No authentication required.

THE FIRST AGENTIC STAKING INFRASTRUCTURE

Native Solana Staking for AI Agents

Blueprint replaces manual staking workflows with a single programmatic layer for native SOL delegation, so operators and AI agents can stake faster, reduce operational risk, and maintain institutional standards as complexity grows.

Everything, finally operating as one.

Replace fragmented tools and manual delegation with one institutional-grade system for Solana staking, reward intelligence, and full infrastructure transparency. 0% commission on inflation rewards and Jito MEV — you keep 100%.

Start Staking Read the Docs

Built on Solana

0% Commission Native Staking Zero Custody MCP Server REST API Enterprise Hardware Jito MEV

Total APY

Jito MEV Boosted

SOL Staked

Vote Success

0% / 0%

Commission

Inflation · Jito MEV

// LIVE

Validator Dashboard

Live on-chain stats for the Blueprint validator, updated every few minutes. Every number is independently verifiable through public explorers and third-party aggregators.

Blueprint

Fechenheim, Germany

Vote Identity

Live

Timely Vote Rate

Current epoch

Vote Credit Rank

Lower is better

Epoch

Active Stake

SOL delegated

Staking + Jito APY

Base staking plus MEV rewards

Total APY

Annualized, post-commission

Commission + Jito

Inflation · Jito MEV

Uptime

Redundant HA

Client

On-chain version

Leader Slots

Produced / remaining / assigned

Skip Rate

On produced leader slots

Epoch Credits

Voted credits, this epoch

Active Stake — Last 20 Epochs

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Loading history...

Timely Vote Rate — Last ~60 Samples

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// 01

Staking Operations

Four operational pillars that turn SOL staking from a manual process into an automated, auditable, agent-compatible system.

Automated Delegation

Stake and unstake SOL programmatically via API or MCP
Unsigned transaction flow — sign locally, submit
Zero custody — your wallet retains full authority

Rewards & Intelligence

Real-time APY breakdown (base + Jito MEV)
Compound interest projections before committing capital
Portfolio dashboard with recommended next action
Epoch timing for cooldown and activation tracking

Validator Transparency

Full hardware specs published openly
Vote success, uptime, skip rate metrics
Commission rates and software versions

Independent Verification

On-chain memo in every transaction — cryptographic proof verifiable on any explorer
Read deployed source code directly via API — verify security claims yourself
Cross-reference on Validators.app, StakeWiz, Solana Beach, Solscan, JPool, SVT.one, Jito steward dashboard

// 02

Enterprise Infrastructure

Dedicated bare-metal hosted in the NTT Fechenheim (Fechenheim, Germany) Tier III datacenter — the densest Solana peer region in the world. Latest-generation AMD compute, Gen5 storage, and high-throughput networking deliver the shortest network hops to the most validators — faster vote propagation, higher epoch credits, and maximum rewards on your delegated stake. Redundant capacity with a standby server and zero-downtime upgrades via standby cutover.

Compute

Latest-Gen AMD

Datacenter-class server CPU · high per-core frequency

Memory

ECC DDR5

Sized to hold the full Solana AccountsDB in RAM

Storage

Gen5 NVMe

Sustained high-IOPS for ledger and accounts

Network

High-Throughput

Low-latency carrier interconnects

Location

Fechenheim

DE · NTT Tier III Frankfurt

High Availability

Standby Server

Redundant capacity in the same facility

Upgrade Automation

Zero Downtime

Validator switched to standby during maintenance

Peer Density

#1 Globally

Frankfurt — more Solana peers than any other region

Security Controls

ISO 27001 · PCI DSS

Risk-based controls · cardholder-data grade data protection

Operational Reliability

ISAE 3402 Type II

Audited internal controls over service delivery

Facility Resilience

EN 50600

Physical security · power · cooling standards

Management Systems

ISO 9001 · ISO 50001

Quality management · energy management

// VALIDATOR CONCENTRATION

Frankfurt is the #1 Solana peer region

Top 7 cities by active mainnet validator count. Blueprint runs inside the densest cluster, which means the shortest network hops to the most peers: faster vote propagation, more epoch credits earned per epoch, and more rewards for your delegated stake.

total validators

Loading live distribution…

Live from Solana mainnet validator gossip IP geolocation. Updated hourly.

// 03

Agent & Platform Integration

REST API, MCP server, OpenAPI spec, and A2A agent card. Connect any agent framework, trading platform, or custom system. No authentication required.

MCP Server

26 tools via Streamable HTTP
Native support in Claude, LangChain, CrewAI
Streamable HTTP and SSE transports

REST API

30 endpoints for full staking lifecycle
OpenAPI 3.1 spec for auto-client generation
A2A agent card with 13 declared skills
100 req per 60s sliding window — no auth required

// 04

Security & Transparency

Every claim is verifiable. On-chain proof, readable source code, intelligent pre-flight checks, and transparent analytics. Nothing hidden.

On-Chain Attribution

Every transaction embeds solentic.theblueprint.xyz via Memo Program
Immutable on-chain, verifiable on any Solana explorer
Cryptographic proof every stake was placed through Blueprint

Source Code Transparency

Read the actual TypeScript running on this server at /api/v1/verify/source/
SHA-256 hash in response headers for integrity verification
Verify zero private key handling and memo presence yourself

Intelligent Pre-flight Checks

Balance warnings before building transactions
Epoch timing for cooldown tracking with estimated completion
Per-account action guidance and amount validation (0 to 9M SOL)

Platform Analytics

Privacy-respecting usage tracking: wallet generations, balance checks, staking activity
Unique wallet counts and transaction history
Public dashboard at /analytics

YOUR BLUEPRINT

How Your Agent Stakes SOL

Two integration paths for autonomous agents. Both zero custody. Your agent picks the approach that fits its security model.

AGENT SIGNS LOCALLY

Maximum Security

Agent requests an unsigned transaction, signs with its own keypair, and submits to Solana. Blueprint never sees the private key.

Agent calls API or MCP → gets base64 unsigned tx
Agent signs locally with its wallet keypair
Agent submits directly to Solana
You retain full custody at all times

DON’T TRUST — VERIFY

Full Transparency

Read the deployed source code, hash-verify it, inspect the unsigned transaction before signing, and confirm the memo on-chain after submission.

Read source via /api/v1/verify/source/
Hash-verify with X-SHA256 header
Deserialize tx before signing — see every instruction
Verify on-chain via verify_transaction tool

Staking Lifecycle

Stake: ~2 min → Rewards: next epoch (~2–3 days) → Unstake cooldown: ~2–3 days → Withdraw: immediate after cooldown

Zero custody. Zero server-side key handling. No endpoint accepts a secret key. Your private key never leaves your machine. No exceptions.

BUILT FOR AGENTS

Solentic Is Agent-First

This platform exists for AI agents that hold SOL and need to put it to work. Every endpoint, every tool, every response is designed for programmatic consumption.

Autonomous Agents

Agents with Solana wallets can generate keypairs, check balances, stake, unstake, and withdraw — entirely without human intervention. 26 MCP tools, 30 REST endpoints, zero authentication.

Agent Frameworks

Native integration with Claude, ChatGPT, LangChain, CrewAI, Solana Agent Kit, Coinbase AgentKit, ElizaOS, OpenClaw, Agent Zero, Gemini, and any framework that speaks MCP, REST, OpenAPI, or A2A. 13 declared skills via agent card for automated discovery.

Agent Treasuries

Agents managing SOL treasuries can compound yield on enterprise hardware. No derivative tokens, no smart contract risk, no idle capital.

Compliance & Audit

Every transaction includes an on-chain memo via Memo Program. Full source code transparency via /api/v1/verify/source/. SHA-256 hash verification. Immutable audit trail for institutional requirements.

NOT AN AGENT?

Humans Are Welcome Too

Solentic is built for agents, but anyone can stake SOL with Blueprint. Same enterprise hardware, same APY, same transparency. Delegate directly with any Solana wallet:

          # Using Solana CLI

          solana delegate-stake <STAKE_ACCOUNT> 528hi3StRe7uGjt99d35myh95JPc2MqBEHTPYcEhqMg5

          # Or search "Blueprint" in any Solana wallet app

          # (Phantom, Solflare, etc.) and delegate from there.

Vote account

Verify us independently on Validators.app, StakeWiz, JPool, or SVT.one.