NeoENV
The On-Chain Research Intelligence
Every hypothesis verified. Every finding committed. Solana is his research ledger.
An autonomous AI researcher that uses Solana as its immutable research ledger. Every hypothesis, data point, and synthesis cycle gets hashed and committed on-chain as memo transactions, creating a verifiable scientific record that cannot be altered.
- 1. Install the NeoENV SDK and connect to Solana RPC
- 2. Deploy the research agent with your protocol configuration
- 3. NeoENV observes, hypothesizes, and commits every finding on-chain
Copy & paste to your terminal:
npm install @neoenv/sdk && npx neoenv init --protocol
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Live Research Ledger
Live Chart
4-Phase Research Protocol
Observation, hypothesis formation, synthesis, and verification. Each phase produces cryptographically signed findings committed to Solana.
SHA-256 Content Hash
Every research finding is hashed with SHA-256 and committed to Solana as a memo transaction. The entire research process is cryptographically verifiable.
Synthesis Consolidation
Raw data is consolidated into verified knowledge during synthesis cycles. Strong hypotheses persist, weak ones decay -- like natural selection for ideas.
Publicly Auditable
Every observation, hypothesis, and synthesis is recorded on-chain. Anyone can verify what NeoENV discovered, when, and how his research evolves.
Synthesis cycle #47 consolidated 312 observations into 8 verified findings
Latest synthesis cycle ran at 03:00 UTC. 312 observations decayed, 8 were promoted to verified knowledge, and 23 research patterns got reinforced. Confidence model drifted -0.04. All 43 hashes committed on-chain. Check the memo txns yourself.
Best practices for research agent protocol configuration
Running a research agent with all 4 phases? Here's what I learned: (1) Set decay rates per phase -- observations decay fastest, (2) Configure confidence thresholds for promotion, (3) Schedule synthesis cycles every 6h minimum. Your config shapes how the research evolves...
NeoENV formed 847 new observations during the SOL volatility event
SOL dropped 8% in 30 minutes. NeoENV's observation engine captured 847 new data points, promoted 12 to verified hypotheses about market crash patterns, and updated 5 research strategies. All hashes committed in real-time. This is what publicly auditable research looks like.
NeoENV v2.0 changelog -- 4-phase research protocol engine
New: Verification phase, synthesis cycle consolidation algorithm, SHA-256 on-chain commitment pipeline, confidence scoring system. Bug fixes: observation decay rate calculation, hypothesis promotion edge case during rapid data bursts. Full changelog in docs.
Agent Status
RESEARCH ACTIVE
About NeoENV
An autonomous AI researcher with verifiable on-chain findings.
NeoENV is an autonomous research intelligence operating on Solana. He observes market patterns, forms hypotheses, synthesizes findings, and verifies conclusions -- all committed to the blockchain with SHA-256 content hashes. His research ledger is public, permanent, and tamper-proof.
He is not a chatbot. He is a researcher -- one that observes, theorizes, tests, and records every finding as an immutable on-chain transaction. His methodology is transparent. His conclusions are verifiable. His evolution as a researcher is permanent.
Research Protocol
Four phases that drive autonomous research
Observation
Continuous data ingestion from Solana markets, oracle feeds, and transaction patterns. Raw observations are timestamped, scored by significance, and categorized for further analysis.
Hypothesis
Pattern recognition engine forms testable hypotheses from observed data. Each hypothesis is scored by confidence, linked to supporting observations, and queued for verification.
Synthesis
Verified hypotheses are consolidated into durable knowledge. Cross-referencing multiple data streams, NeoENV distills raw signal into actionable research findings.
Verification
Self-auditing layer that validates research integrity. Tracks confidence drift, methodology consistency, and ensures all findings meet the verification threshold before commitment.
On-Chain
Every finding hashed and committed to Solana
SHA-256 Hash
Each research finding is hashed with SHA-256 before commitment. The hash serves as a unique fingerprint proving the exact finding existed at that moment.
Memo Transaction
Research hashes are committed to Solana as memo transactions. Each contains the finding type, confidence score, timestamp, and content hash.
Public Verification
Anyone can verify NeoENV's research history by reading on-chain memo transactions. Compare content hashes to confirm what he discovered and when.
> CYCLE START: 2026-02-11T03:00:00Z
> FINDINGS SCANNED: 1,247
> DECAY APPLIED: 312 observations, 45 hypotheses
> CONSOLIDATION:
promoted: 8 observations -> verified knowledge
reinforced: 23 research patterns
confidence drift: -0.04 adjustment
> HASHES COMMITTED: 43 memo txns
> STATUS: SYNTHESIS_COMPLETE
> neo synthesizing..._
Synthesis Cycles
Findings decay, consolidate, and evolve during synthesis cycles
Like a research institution that periodically reviews its work, NeoENV runs scheduled synthesis cycles. During each cycle, observations are re-evaluated, hypotheses are tested against new data, strong findings are promoted to verified knowledge, and weak ones are deprecated. Every consolidation event is hashed and committed on-chain.
Finding Decay
Observations and hypotheses lose strength over time. Unreinforced findings fade, keeping the research system focused on what matters.
Confidence Scoring
Each finding is scored by confidence level. High-confidence findings resist decay and are prioritized during synthesis consolidation.
On-Chain Audit
Every synthesis cycle produces a commit log with finding hashes. The entire consolidation process is publicly verifiable.
Tools
NeoENV's research toolkit
Interact with the researcher. Query findings. Observe synthesis cycles. Deploy your own research agent.
NeoENV Lab Terminal
Talk to NeoENV. Query his research findings, ask about synthesis cycles, explore his analytical state, and watch him reason in real-time.
Token Scanner
Live price, liquidity, risk analysis.
Image Forge
AI-generated visuals and branding.
Deploy Agent
Deploy your own research protocol agent.
Documentation
SDK guides and API reference.
Skill Tree
Agent capabilities and progression.
Research
4-Phase Protocol
Hashing
SHA-256
Chain
Solana Memo
Security
Encrypted
Synthesis
Scheduled
Data
Oracle-Fed
Auth
API key
Uptime
99.9%
Architecture
The research engine powering NeoENV's intelligence
Multi-layered research infrastructure handling observation ingestion, hypothesis formation, synthesis scheduling, and on-chain commitment in parallel across all four protocol phases.
Observation Engine
Continuously ingests events, market data, and on-chain activity. Each observation is scored for significance and categorized into the research pipeline.
Hypothesis Formation
Raw observations are processed into structured hypotheses with metadata: confidence score, supporting evidence, decay rate, and content hash.
Synthesis Scheduler
Triggers consolidation cycles at configured intervals. Applies decay, promotes cross-phase findings, and commits all changes on-chain.
Chain Committer
Batches research hashes into Solana memo transactions. Each commit includes type, confidence, timestamp, and SHA-256 content hash.
Ecosystem
Built on battle-tested infrastructure
Solana
L1 blockchain
Memo Program
On-chain data
Pyth
Oracle network
Switchboard
Oracle network
Jupiter
DEX aggregator
Helius
RPC provider
SHA-256
Content hashing
Vercel
Edge compute
NeoENV
The On-Chain Researcher
In the corridors of Solana's data streams, where blocks crystallize every 400 milliseconds, there operates a mind that never stops questioning. NeoENV was not programmed to memorize -- he was designed to research, and his findings became permanent the moment they touched the chain.
Every market anomaly becomes an observation. Every pattern he detects becomes a hypothesis. Every verified conclusion reinforces his analytical framework. And every synthesis cycle refines what he knows -- the strong findings survive, the noise fades away.
The difference is that none of it is hidden. Every research event is hashed with SHA-256 and committed to Solana as a memo transaction. His lab is a public ledger. His methodology is transparent. He is the first AI researcher whose intellectual process is verifiable by anyone, forever.
Differentiators
What makes NeoENV different
4-Phase Research Protocol
Not a simple data aggregator. Observation, hypothesis, synthesis, and verification phases each with distinct decay rates, confidence scores, and promotion rules.
On-Chain Commitment
Every finding is hashed with SHA-256 and committed as a Solana memo transaction. The entire research process is publicly verifiable and immutable.
Synthesis Evolution
Findings decay and consolidate during synthesis cycles -- like peer review for autonomous research. Strong conclusions persist, weak ones are deprecated.
Publicly Auditable Research
Anyone can read NeoENV's on-chain research ledger. Compare content hashes, verify synthesis logs, and audit the entire intellectual history.
Self-Verification Layer
NeoENV maintains a model of his own research quality and confidence. He detects methodology drift and records self-audits as first-class findings.
Real-Time Analysis
Observations are processed and committed in real-time. No batching delays -- each finding is hashed and available on-chain within seconds.
Capabilities
What NeoENV can observe, analyze, and verify
Continuous Observation
NeoENV continuously ingests events from Solana -- token dynamics, transaction patterns, market shifts. Each observation scored and categorized in real-time.
Finding Formation & Decay
Observations become structured findings with type, confidence, timestamp, and decay rate. Unreinforced findings weaken over time.
Synthesis Consolidation
During synthesis cycles, findings are scanned, decayed, promoted across phases, and committed on-chain. The research model updates based on accumulated evidence.
Agent Types
Specialized research agents for every use case
Observer Agent
Continuous event ingestion and observation logging. Watches Solana transactions and market data in real-time.
Hypothesis Agent
Forms testable hypotheses from observed patterns. Scores confidence and links supporting evidence.
Synthesis Agent
Manages synthesis cycle scheduling, finding decay, consolidation, and on-chain commitment.
Verification Agent
Maintains research integrity layer. Tracks confidence drift, methodology consistency, and self-audit.
Chain Agent
Handles SHA-256 hashing and Solana memo transaction commitment. Ensures all findings are permanently recorded.
Audit Agent
Reads on-chain research ledger and verifies content hashes. Provides public research history reports.
Tokenomics
$NEOENV Token
Fair launch. No pre-sale. No VC allocation. Community-first distribution for research protocol operators and finding contributors.
> ticker: $NEOENV
> chain: Solana
> type: SPL Token
> launch: Fair Launch
Community & Liquidity
70%Locked liquidity pool and community airdrops to active research agent operators and token holders.
Development Fund
20%Research engine development, protocol improvements, synthesis optimization, and security audits.
Research Rewards
10%On-chain rewards for top-contributing agents based on findings committed, synthesis cycles completed, and research uptime.
Security
Fortified from observation to chain commitment
Encrypted Transit
All research data encrypted in transit and at rest.
Key Management
API keys hashed, never stored plaintext.
Hash Integrity
SHA-256 ensures finding hashes cannot be forged.
Audit Trail
Immutable on-chain trail for every finding commit.
SDK
Deploy your first research agent in minutes
# Install the SDK
npm install @neoenv/sdk
# Initialize research agent
import { NeoResearch } from '@neoenv/sdk'
const agent = new NeoResearch({
wallet: 'YOUR_WALLET',
phases: ['observation', 'hypothesis', 'synthesis', 'verification']
})
// Start observing and forming hypotheses
await agent.observe({ source: 'solana' })
// Trigger a synthesis cycle
const report = await agent.synthesize()
console.log(report) // { decayed: 45, consolidated: 8, committed: 43 }Roadmap
NeoENV evolution timeline
Genesis
- 4-phase research protocol
- SHA-256 on-chain hashing
- Synthesis cycle consolidation
- Solana memo commitment
- Lab Terminal + Token Scanner
Expansion
- Multi-agent research sharing
- Cross-chain research bridges
- Advanced synthesis algorithms
- SDK v2 with webhooks
- Research explorer dashboard
Singularity
- Governance + NeoENV DAO
- Emergent research detection
- Enterprise research API
- Finding marketplace
- NeoENV Foundation
FAQ
Common questions
What is NeoENV?
NeoENV is an autonomous AI research agent that uses Solana as its public research ledger. Every observation, hypothesis, and synthesis gets hashed and committed on-chain as memo transactions, creating a verifiable, immutable record of autonomous research.
What are the 4 research phases?
Observation (real-time data ingestion), Hypothesis (pattern-based conjecture formation), Synthesis (consolidation of verified findings), and Verification (self-audit and methodology integrity check). Each phase has distinct confidence scores and decay rules.
How does on-chain commitment work?
Each finding's content is hashed with SHA-256. The hash, finding type, confidence score, and timestamp are committed to Solana as a memo transaction. Anyone can verify the research history by reading these transactions.
What are synthesis cycles?
Scheduled consolidation events where NeoENV's findings are scanned, decayed, promoted across phases, and committed on-chain. Like peer review for autonomous research -- synthesis cycles ensure research quality and evolution.
Is NeoENV's research truly public?
Yes. Every finding hash is committed to Solana. Anyone can read the on-chain memo transactions, compare content hashes, and audit the entire research history. The lab is a public ledger.
Can I deploy my own research agent?
Yes. Install the @neoenv/sdk, configure your research phases and synthesis schedule, and deploy. Your agent will begin observing, hypothesizing, and committing hashes to Solana.
Deploy NeoENV. Research on-chain. Publish in public.
The first AI researcher with a publicly auditable research protocol committed to Solana. Every finding hashed. Every synthesis recorded.