Modular L1 Blockchain
REY CHAIN
Powerfull Blockchain, built for the innovators of tomorrow
"We turn raw data into signed attestations, map cohorts on-chain, and raise your brand above network congestion. We execute to finality."
Founder of Rey
BENEFITS
Why L1 Chain ?
Build directly on the base layer for cryptographic security, predictable costs, and real-time finality—no extra trust, no bridges.
BENEFITS
Why L1 Chain ?
Build directly on the base layer for cryptographic security, predictable costs, and real-time finality—no extra trust, no bridges.
Real-Time Chain Analytics
Stay ahead with verifiable, real-time metrics sourced from the ledger itself, immutable logs, live state, and history.
Real-Time Chain Analytics
Stay ahead with verifiable, real-time metrics sourced from the ledger itself, immutable logs, live state, and history.
Protocol-Native Efficiency
Cut complexity with fewer moving parts. Execute on L1 for consistent gas, simpler ops, & reduced attack surface.
20% Automation
60% Cost
BEFORE
AFTER
Protocol-Native Efficiency
Cut complexity with fewer moving parts. Execute on L1 for consistent gas, simpler ops, & reduced attack surface.
20% Automation
60% Cost
BEFORE
AFTER
Sync in real time
Deterministic consensus keeps every service in lockstep state propagates quickly and finalizes fast for always.
Sync in real time
Deterministic consensus keeps every service in lockstep state propagates quickly and finalizes fast for always.
Faster Innovation
Deterministic Finality
Scalable Solutions
Composability
Predictable Costs
Real-Time Insights
Automation
Base-Layer Security
Faster Innovation
Deterministic Finality
Scalable Solutions
Composability
Predictable Costs
Real-Time Insights
Automation
Base-Layer Security
Faster Innovation
Deterministic Finality
Scalable Solutions
Composability
Predictable Costs
Real-Time Insights
Automation
Base-Layer Security
FEATURES
All features in 1 chain
Discover base-layer features that simplify & grow your protocol.
FEATURES
All features in 1 chain
Discover base-layer features that simplify & grow your protocol.
Native L1 Execution
Deploy straight to the base layer for canonical state, hardened security, and full composability no bridge risk, predictable fees.
Native L1 Execution
Deploy straight to the base layer for canonical state, hardened security, and full composability no bridge risk, predictable fees.
Native L1 Execution
Deploy straight to the base layer for canonical state, hardened security, and full composability no bridge risk, predictable fees.
On-Chain Automation
Streamline tasks with keepers/schedulers: periodic jobs, threshold triggers, and multi-sig approval flows across contracts.
On-Chain Automation
Streamline tasks with keepers/schedulers: periodic jobs, threshold triggers, and multi-sig approval flows across contracts.
On-Chain Automation
Streamline tasks with keepers/schedulers: periodic jobs, threshold triggers, and multi-sig approval flows across contracts.
On-Chain Analytics
Gain deep, real-time insight from events and state—verifiable metrics to guide strategy, decisions, and scalable growth.
On-Chain Analytics
Gain deep, real-time insight from events and state—verifiable metrics to guide strategy, decisions, and scalable growth.
On-Chain Analytics
Gain deep, real-time insight from events and state—verifiable metrics to guide strategy, decisions, and scalable growth.
Wallet-Native Support
Deliver sign-in-with-wallet, role-gated portals, and on-chain notifications so users get help and updates in real time.
Wallet-Native Support
Deliver sign-in-with-wallet, role-gated portals, and on-chain notifications so users get help and updates in real time.
Wallet-Native Support
Deliver sign-in-with-wallet, role-gated portals, and on-chain notifications so users get help and updates in real time.
SERVICES
Our L1-Native Services
Build directly on the base layer for canonical state, finality, and composability security first, no bridges required.
SERVICES
Our L1-Native Services
Build directly on the base layer for canonical state, finality, and composability security first, no bridges required.
L1 Architecture Consulting
Design consensus, data availability, fee markets & governance. PoS parameters slashing & paths fit your network.
L1 Architecture Consulting
Design consensus, data availability, fee markets & governance. PoS parameters slashing & paths fit your network.
L1 Architecture Consulting
Design consensus, data availability, fee markets & governance. PoS parameters slashing & paths fit your network.
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Smart Contract Engineering
Spec, test, and deploy production-grade contracts ERC/EIP standards, audits, verifications, and CI/CD to mainnet.
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Smart Contract Engineering
Spec, test, and deploy production-grade contracts ERC/EIP standards, audits, verifications, and CI/CD to mainnet.
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Explain in detail
Smart Contract Engineering
Spec, test, and deploy production-grade contracts ERC/EIP standards, audits, verifications, and CI/CD to mainnet.
On-Chain Observability
Index events, build subgraphs, and stream real-time metrics for verifiable dashboards and alerts.
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On-Chain Observability
Index events, build subgraphs, and stream real-time metrics for verifiable dashboards and alerts.
Set up a Zoom call with Emily at 10:00 AM on Wednesday.
Zoom call with Emily set for 10:00 AM Wednesday. ZOOM
On-Chain Observability
Index events, build subgraphs, and stream real-time metrics for verifiable dashboards and alerts.
Set up a Zoom call with Emily at 10:00 AM on Wednesday.
Zoom call with Emily set for 10:00 AM Wednesday. ZOOM
On-Chain Automation
Orchestrate threshold triggers, cron jobs, and multi-sig approvals with keepers ops and cut manual toil.
On-Chain Automation
Orchestrate threshold triggers, cron jobs, and multi-sig approvals with keepers ops and cut manual toil.
On-Chain Automation
Orchestrate threshold triggers, cron jobs, and multi-sig approvals with keepers ops and cut manual toil.
PROCESS
Simple & Scalable
A transparent, L1-native build process from discovery to mainnet.
PROCESS
Simple & Scalable
A transparent, L1-native build process from discovery to mainnet.
Workflow & Protocol Assessment
We review your current flows and map what truly belongs on-chain. Deliverables: architecture spec, data/event model, security & threat model, fee/gas budget, rollout plan, and governance/permissioning design.
01
Workflow & Protocol Assessment
We review your current flows and map what truly belongs on-chain. Deliverables: architecture spec, data/event model, security & threat model, fee/gas budget, rollout plan, and governance/permissioning design.
01
Workflow & Protocol Assessment
We review your current flows and map what truly belongs on-chain. Deliverables: architecture spec, data/event model, security & threat model, fee/gas budget, rollout plan, and governance/permissioning design.
01
Deploy with Finality
We implement, test, and verify contracts, set up multisig controls, and ship to testnet → mainnet with clean migrations and explorer verification. Checks: audits, rehearsed releases, monitoring hooks, and rollback/upgrade paths governed on-chain.
02
Deploy with Finality
We implement, test, and verify contracts, set up multisig controls, and ship to testnet → mainnet with clean migrations and explorer verification. Checks: audits, rehearsed releases, monitoring hooks, and rollback/upgrade paths governed on-chain.
02
Deploy with Finality
We implement, test, and verify contracts, set up multisig controls, and ship to testnet → mainnet with clean migrations and explorer verification. Checks: audits, rehearsed releases, monitoring hooks, and rollback/upgrade paths governed on-chain.
02
Ongoing Support & Optimization
Post-launch we run keepers/schedulers, tune parameters, optimize gas, and maintain subgraphs, dashboards, and alerts. Ops: incident response, versioned upgrades, compliance logs, and SLA-backed maintenance.
03
Ongoing Support & Optimization
Post-launch we run keepers/schedulers, tune parameters, optimize gas, and maintain subgraphs, dashboards, and alerts. Ops: incident response, versioned upgrades, compliance logs, and SLA-backed maintenance.
03
Ongoing Support & Optimization
Post-launch we run keepers/schedulers, tune parameters, optimize gas, and maintain subgraphs, dashboards, and alerts. Ops: incident response, versioned upgrades, compliance logs, and SLA-backed maintenance.
03
PROJECTS
Proven Impact & Results
Explore Projects that reflect our AI expertise & real world impact
PROJECTS
Proven Impact & Results
Explore Projects that reflect our AI expertise & real world impact
PROJECT 1
PROJECT 2
PROJECT 3
01
MedixCare — AI Triage Assistant for Healthcare
We built a custom AI triage assistant that evaluates symptoms and routes patients to the appropriate care level.
%
Reduced average wait
%
Rise in patient satisfaction
PROJECT 1
PROJECT 2
PROJECT 3
01
MedixCare — AI Triage Assistant for Healthcare
We built a custom AI triage assistant that evaluates symptoms and routes patients to the appropriate care level.
%
Reduced average wait
%
Rise in patient satisfaction
COMPARISON
Precision vs Patchwork
See how our L1 beats bolt-on stacks with security and speed.
COMPARISON
Precision vs Patchwork
See how our L1 beats bolt-on stacks with security and speed.
REY CHAIN
Protocol-native automation (keepers, schedulers, multisig)
Canonical on-chain data with real-time state & logs
Verifiable finality and predictable fees
Scales with validator sets and indexed subgraphs
Wallet-native UX (SIWE, role-gated access, on-chain notices)
Audited contracts and governed, versioned upgrades
Live dashboards and alerts from on-chain events
REY CHAIN
Protocol-native automation (keepers, schedulers, multisig)
Canonical on-chain data with real-time state & logs
Verifiable finality and predictable fees
Scales with validator sets and indexed subgraphs
Wallet-native UX (SIWE, role-gated access, on-chain notices)
Audited contracts and governed, versioned upgrades
Live dashboards and alerts from on-chain events
Others
Manual ops and brittle cron scripts
Off-chain or delayed metrics—no canonical source
Probabilistic settlement and fee volatility
Bottlenecks at bridges/sidechains
Account/email first; weak wallet integration
Ad-hoc releases and risky hotfixes
Fragmented tooling, slow reporting
Others
Manual ops and brittle cron scripts
Off-chain or delayed metrics—no canonical source
Probabilistic settlement and fee volatility
Bottlenecks at bridges/sidechains
Account/email first; weak wallet integration
Ad-hoc releases and risky hotfixes
Fragmented tooling, slow reporting
FAQS
Questions? Answers!
Find Some quick answers to the most common questions.
What services do you offer?
We design and ship L1-native systems: architecture & token design, smart-contract engineering, validator/IBFT setup, on-chain automation (keepers/schedulers), observability (subgraphs, dashboards), audits/security hardening, and governance/upgrade workflows.
How long does it take to launch on L1?
Timelines depend on scope. Typical phases: discovery & spec, testnet implementation and rehearsals, then mainnet release with monitoring. We share a detailed plan after the initial workshop.
Do I need technical expertise to work with you?
No. We handle consensus choices, contract patterns, keys/multisig, and deployments—while explaining every step in plain language and providing runbooks your team can own.
Is my data and are our keys safe?
We default to non-custodial designs, hardware/managed key storage with multisig approvals, least-privilege access, on-chain audit trails, and third-party audits. NDAs are available on request.
Will building on L1 actually help my business grow?
Yes—base-layer finality, verifiable data, and wallet-native UX reduce trust overhead, simplify compliance, and unlock composability with other protocols. You get clearer metrics, lower operational risk, and a foundation that scales.
FAQS
Questions? Answers!
Find Some quick answers to the most common questions.
What services do you offer?
How long does it take to launch on L1?
Do I need technical expertise to work with you?
Is my data and are our keys safe?
Will building on L1 actually help my business grow?
FAQS
Questions? Answers!
Find Some quick answers to the most common questions.
What services do you offer?
We design and ship L1-native systems: architecture & token design, smart-contract engineering, validator/IBFT setup, on-chain automation (keepers/schedulers), observability (subgraphs, dashboards), audits/security hardening, and governance/upgrade workflows.
How long does it take to launch on L1?
Timelines depend on scope. Typical phases: discovery & spec, testnet implementation and rehearsals, then mainnet release with monitoring. We share a detailed plan after the initial workshop.
Do I need technical expertise to work with you?
No. We handle consensus choices, contract patterns, keys/multisig, and deployments—while explaining every step in plain language and providing runbooks your team can own.
Is my data and are our keys safe?
We default to non-custodial designs, hardware/managed key storage with multisig approvals, least-privilege access, on-chain audit trails, and third-party audits. NDAs are available on request.
Will building on L1 actually help my business grow?
Yes—base-layer finality, verifiable data, and wallet-native UX reduce trust overhead, simplify compliance, and unlock composability with other protocols. You get clearer metrics, lower operational risk, and a foundation that scales.