Time-Lock Encryption Oracle | Chainscore Labs

overview

CORE SERVICE

Smart Contract Development

Secure, production-ready smart contracts built by experts for your Web3 product.

We architect and deploy audit-ready smart contracts that form the secure backbone of your application. Our development process is built on Solidity 0.8+ with OpenZeppelin standards, ensuring security and interoperability from day one.

Custom Logic: From ERC-20 tokens and ERC-721 NFTs to complex DeFi protocols and DAO governance systems.
Security-First: Rigorous internal review using static analysis and formal verification patterns before external audit.
Gas Optimization: Every contract is optimized for lower transaction costs and efficient on-chain execution.

We deliver a fully tested, documented, and deployable contract suite in as little as 2-4 weeks for an MVP.

Our engineers handle the entire lifecycle:

Requirement & Architecture: Translating your product specs into a secure technical design.
Development & Testing: Comprehensive unit and integration tests with >95% coverage.
Deployment & Verification: Mainnet deployment on Ethereum, Polygon, or your chain of choice with full source code verification.

key-features-cards

BUILT FOR PRODUCTION

Core Technical Capabilities

Our Time-Lock Encryption Oracle is engineered for high-stakes applications, delivering provable security, deterministic performance, and seamless integration for your Web3 stack.

Deterministic Decryption Scheduling

We deliver cryptographically guaranteed decryption at a precise future block height or timestamp, enabling trustless vesting, sealed-bid auctions, and delayed-reveal mechanisms. This eliminates reliance on centralized timers.

Block-Accurate

Scheduling

Zero Oracles

For Timing

Threshold Cryptography Integration

Built with industry-standard t-of-n secret sharing (Shamir's). We manage the distributed key generation and secure enclave storage, ensuring no single point of failure and resilience against node compromise.

FIPS 140-2

Enclave Standard

t-of-n

Key Distribution

Multi-Chain & L2 Compatibility

Deployable across EVM chains (Ethereum, Arbitrum, Polygon) and compatible with leading L2s. Our service abstracts chain-specific complexity, providing a unified API for your cross-chain applications.

EVM+

Chain Support

Unified API

Integration

Gas-Optimized Smart Contract Client

Receive pre-audited, lightweight Solidity/Vyper client libraries that minimize on-chain verification costs. Our contracts use efficient cryptographic proofs to keep your dApp's gas fees predictable and low.

High-Availability Oracle Network

Our decentralized oracle nodes run on geographically distributed, fault-tolerant infrastructure with automated failover. We provide a 99.9% uptime SLA for encryption/decryption request servicing.

99.9%

Uptime SLA

Geo-Redundant

Infrastructure

Comprehensive Audit & Monitoring

Every deployment includes a full security review of integration points and real-time monitoring dashboards. Track key metrics like pending decryptions, node health, and API latency from day one.

Pre-Deployment

Security Review

Real-Time

Dashboards

benefits

DELIVERABLES

Business Outcomes for Your Protocol

Our Time-Lock Encryption Oracle delivers specific, measurable results that enhance protocol security, functionality, and market competitiveness.

Enhanced Protocol Security

Integrate a decentralized, trust-minimized oracle for time-locked data. We deliver a production-ready service that prevents front-running and ensures data is only revealed after a predetermined future block, securing auctions, governance votes, and private transactions.

100%

Decentralized Consensus

Single Points of Failure

Faster Time-to-Market

Deploy a custom time-lock encryption layer in weeks, not months. We provide a complete integration package with your chosen blockchain (EVM, Solana, Cosmos SDK) and handle the oracle network setup, smart contract adapters, and client SDKs.

< 4 weeks

Average Deployment

Dedicated Integration Lead

Reduced Operational Overhead

Eliminate the cost and complexity of building and maintaining your own secure oracle network. Our managed service includes 24/7 monitoring, automatic node rotation, and cryptographic key management, freeing your team to focus on core protocol logic.

99.9%

Uptime SLA

< 5 min

Mean Time to Resolution

Audit-Ready Architecture

Receive a system built with security-first principles. Our implementation uses formally verified cryptographic libraries (e.g., tlock-rs), follows OpenZeppelin patterns, and includes comprehensive documentation to streamline your external security audit process.

100%

Open-Source Dependencies

Formal Spec

Integration Guide

Competitive Feature Parity

Launch advanced features like sealed-bid NFT auctions, private governance, or milestone-based fund releases that match or exceed leading protocols. We implement battle-tested time-lock encryption, giving your product a clear market differentiator.

Sub-second

Reveal Finality

Multi-Chain

Supported

Future-Proof Scalability

Build on an oracle service designed for growth. Our architecture supports horizontal scaling of decryption nodes, cross-chain message passing (CCIP, IBC), and seamless upgrades to post-quantum cryptographic schemes when standardized.

10k+ TPS

Oracle Network Capacity

Modular

Crypto Agility

Technical Comparison

TLE Oracle vs. Traditional Oracle Feeds

A detailed comparison of Chainscore's Time-Lock Encryption Oracle with conventional on-chain data feeds, highlighting key architectural and security advantages for DeFi, gaming, and prediction market applications.

Architecture & Security	Traditional Oracle Feeds	Chainscore TLE Oracle
Data Confidentiality Pre-Reveal
Front-Running & MEV Risk	High	Eliminated
On-Chain Data Latency	Real-time (public)	Scheduled, encrypted reveal
Cryptographic Foundation	Digital Signatures (ECDSA)	Time-Lock Encryption (TLE)
Integration Complexity	Medium (standard feeds)	Low (pre-built adapters)
Typical Use Cases	Price feeds, RNG	Sealed-bid auctions, delayed rewards, prediction markets
Development Timeline	2-4 weeks	1-2 weeks
Security Audit Requirement	Mandatory (feed provider)	Included (protocol + TLE core)

how-we-deliver

PREDICTABLE & TRANSPARENT

Our Delivery Process

From initial consultation to production deployment, our structured 4-phase process ensures your Time-Lock Encryption Oracle is delivered on time, on budget, and with enterprise-grade security.

Phase 1: Discovery & Architecture

We conduct a deep technical workshop to map your specific use case—from confidential voting to delayed NFT reveals—to a precise oracle architecture. We define encryption schemes, key management, and integration points.

1-2 Days

Workshop

Detailed Spec

Deliverable

Phase 2: Smart Contract Development

Our team builds and hardens the core on-chain oracle contracts using Solidity 0.8+ and OpenZeppelin libraries. Includes custom logic for decryption triggers, fee management, and dispute resolution.

2-3 Weeks

Development

Gas-Optimized

Focus

Phase 3: Off-Chain Service & Integration

We deploy the secure off-chain key management service, configure the decryption API, and build the client SDKs for seamless integration with your dApp's frontend and backend.

1-2 Weeks

Deployment

Multi-Chain SDK

Deliverable

Phase 4: Security Audit & Production Handoff

Every deployment undergoes a final security review. We provide comprehensive documentation, operational runbooks, and support during your mainnet launch to ensure a smooth go-live.

Final Review

Audit

Full Handoff

Completion

Time-Lock Encryption Oracle

Frequently Asked Questions

Get clear answers on how our oracle service secures your DeFi, gaming, and governance applications with verifiable time-delayed data.

A Time-Lock Encryption (TLE) Oracle is a decentralized service that commits to sensitive data (like random numbers, governance votes, or auction bids) by encrypting it with a key that can only be derived after a predetermined time delay. It solves the front-running problem in DeFi lotteries and games, enables fair sealed-bid auctions on-chain, and allows for secure, verifiable delay in governance execution. Our service provides this critical infrastructure as a managed, high-availability oracle.

Time-Lock Encryption Oracle Service

Smart Contract Development

Core Technical Capabilities

Deterministic Decryption Scheduling

Threshold Cryptography Integration

Multi-Chain & L2 Compatibility

Gas-Optimized Smart Contract Client

High-Availability Oracle Network

Comprehensive Audit & Monitoring

Business Outcomes for Your Protocol

Enhanced Protocol Security

Faster Time-to-Market

Reduced Operational Overhead

Audit-Ready Architecture

Competitive Feature Parity

Future-Proof Scalability

TLE Oracle vs. Traditional Oracle Feeds

Our Delivery Process

Phase 1: Discovery & Architecture

Phase 2: Smart Contract Development

Phase 3: Off-Chain Service & Integration

Phase 4: Security Audit & Production Handoff

Frequently Asked Questions

Get a free quote.

Get In Touch
today.

Time-Lock Encryption Oracle Service

Smart Contract Development

Core Technical Capabilities

Deterministic Decryption Scheduling

Threshold Cryptography Integration

Multi-Chain & L2 Compatibility

Gas-Optimized Smart Contract Client

High-Availability Oracle Network

Comprehensive Audit & Monitoring

Business Outcomes for Your Protocol

Enhanced Protocol Security

Faster Time-to-Market

Reduced Operational Overhead

Audit-Ready Architecture

Competitive Feature Parity

Future-Proof Scalability

TLE Oracle vs. Traditional Oracle Feeds

Our Delivery Process

Phase 1: Discovery & Architecture

Phase 2: Smart Contract Development

Phase 3: Off-Chain Service & Integration

Phase 4: Security Audit & Production Handoff

Frequently Asked Questions

Get In Touch today.

Get In Touch
today.