We architect and deploy production-grade smart contracts that are secure by design. Our process ensures your application's logic is resilient, efficient, and ready for mainnet deployment.
LABS
Services
Threshold Signature Oracle Networks
We build decentralized oracle networks for DePIN and IoT that use threshold signature schemes (TSS) for secure, leaderless data attestation and signing, eliminating single points of failure.
Chainscore © 2026
overview
CORE SERVICE
Smart Contract Development
Secure, audited smart contracts that power your Web3 application's core logic.
- Full Lifecycle Development: From initial architecture to deployment and monitoring on
EVMchains (Ethereum,Polygon,Arbitrum) andSolana. - Security-First Approach: Built with
OpenZeppelinstandards, followed by rigorous internal audits and formal verification tools. - Gas Optimization: Every contract is optimized for minimum transaction costs and maximum throughput.
We deliver battle-tested contracts that reduce your time-to-market by weeks and mitigate the risk of costly exploits.
key-features-cards
ENTERPRISE-GRADE ORACLE INFRASTRUCTURE
Core Technical Capabilities
Our TSS-based oracle networks are engineered for the most demanding financial applications, delivering verifiable, low-latency data with cryptographic security guarantees.
benefits
DELIVERABLES & GUARANTEES
Business Outcomes for Your Project
Our Threshold Signature Oracle Network (TSON) service delivers measurable infrastructure improvements. We focus on verifiable outcomes that enhance security, performance, and operational efficiency for your Web3 application.
01
Enhanced Security Posture
Deploy a decentralized signing network with MPC/TSS, eliminating single points of failure for your oracle data feeds. Achieve institutional-grade security without managing complex key ceremonies.
NIST-Compliant
Cryptography
Zero Single Points
Of Failure
02
High-Availability Data Feeds
Guaranteed uptime for critical price oracles and off-chain data. Our multi-cloud, geographically distributed node infrastructure ensures your dApp has reliable data access 24/7.
99.9%
Uptime SLA
< 500ms
Median Latency
03
Reduced Operational Overhead
Outsource the complexity of node operation, key management, and network consensus. Free your team to focus on core product development instead of infrastructure maintenance.
Managed 24/7
Monitoring
Zero Key Custody
For Your Team
04
Faster Time-to-Market
Integrate a production-ready oracle network in weeks, not months. We provide a fully configured API and SDK, handling the entire backend setup and security audit process.
2-4 Weeks
To Production
Pre-Audited
Codebase
05
Cost-Effective Scaling
Predictable, subscription-based pricing that scales with your transaction volume. Avoid the capital expenditure and engineering cost of building and securing your own signing network.
OpEx Model
No Capex
Volume-Based
Pricing Tiers
06
Regulatory & Audit Readiness
Our architecture and operational procedures are designed for compliance. We provide the documentation and attestation reports needed for enterprise audits and security reviews.
SOC 2 Type II
Framework
Full Audit Trail
For All Signings
Architectural Comparison
TSS Oracle vs. Traditional Architectures
A technical breakdown of how our MPC-based Threshold Signature Oracle Network compares to conventional multi-sig and single-point-of-failure designs.
| Architectural Feature | Traditional Multi-Sig Oracle | Centralized Oracle Node | Chainscore TSS Oracle |
|---|---|---|---|
Signing Mechanism | Multi-signature (n-of-m) | Single private key | Threshold Signature Scheme (TSS) |
Private Key Security | Distributed but reconstructable | Single point of failure | Never assembled or stored |
On-chain Gas Costs | High (multiple signatures) | Low (single signature) | Low (single signature) |
Latency for Signature | High (sequential signing) | Low | Low (parallel computation) |
Fault Tolerance | Requires quorum availability | Zero (node failure = downtime) | Survives up to t node failures |
Cryptographic Agility | Fixed (ECDSA/EdDSA) | Fixed | Protocol-agnostic (supports ECDSA, BLS, etc.) |
Upgrade Complexity | High (requires key rotation) | High (manual intervention) | Low (non-interactive, no key rotation) |
Time to Production | 3-6 months (key ceremony) | 1-2 months | 4-8 weeks (including setup & integration) |
Annual Operational Cost | $100K+ (key management, monitoring) | $50K-$80K (infrastructure, ops) | $25K-$60K (managed service) |
Recommended For | Established teams with high security budgets | Proofs-of-concept, internal tools | Production DeFi, institutional custody, cross-chain bridges |
how-we-deliver
A STRUCTURED APPROACH
Our Development & Integration Process
We deliver production-ready Threshold Signature Oracle Networks through a proven, four-phase methodology. This ensures security, reliability, and seamless integration with your existing systems.
01
Architecture & Design
We design a custom TSS (Threshold Signature Scheme) architecture tailored to your oracle's data sources, consensus model, and security requirements. This includes node topology, key management, and on-chain contract interfaces.
1-2 weeks
Design Phase
3+
Architecture Options
02
Secure Node Implementation
Development of the off-chain oracle nodes using battle-tested TSS libraries (e.g., GG20/GG18). We implement secure key generation, distributed signing ceremonies, and multi-layer encryption for private key shards.
MPC-Based
Key Security
Zero Trust
Network Model
03
Smart Contract & On-Chain Integration
Deployment of gas-optimized, audited smart contracts that verify TSS signatures and relay data. We integrate with your dApp's existing contracts or provide a standalone oracle consumer SDK.
OpenZeppelin
Security Base
< 200k gas
Avg. Verification Cost
04
Deployment & Monitoring
We provision and configure node infrastructure (cloud/on-prem) with automated deployment scripts. Our process includes establishing real-time monitoring, alerting, and a 99.9% uptime SLA for the oracle network.
99.9%
Uptime SLA
24/7
Health Monitoring
use-cases
SECURE DATA INTEGRATION
Designed for DePIN & IoT Applications
Our threshold signature oracle networks provide the secure, decentralized data feeds required to power physical infrastructure on-chain. We deliver the critical link between off-chain sensors and on-chain smart contracts.
01
Decentralized Sensor Data Feeds
Aggregate and verify data from thousands of IoT devices using a decentralized network of signers. Eliminate single points of failure for critical infrastructure data.
> 100k
Devices Supported
< 2 sec
Data Finality
02
Hardened Security for Physical Assets
Protect high-value DePIN operations with multi-party computation (MPC) and threshold ECDSA signatures. Our networks are built to resist collusion and external attacks.
t-of-n
Signature Scheme
SOC 2
Compliance
03
Low-Latency, High-Throughput Oracles
Engineered for real-time applications requiring sub-second data updates. Our infrastructure handles high-frequency data from energy grids, supply chain trackers, and mobility networks.
99.9%
Uptime SLA
< 500ms
Median Latency
04
Custom Integration & Deployment
We build and deploy bespoke oracle networks tailored to your specific hardware protocols (LoRaWAN, Sigfox, 5G) and blockchain environment (EVM, Solana, Cosmos).
< 3 weeks
Avg. Deployment
24/7
DevOps Support
Technical & Commercial Details
Threshold Signature Oracle FAQs
Common questions from CTOs and technical leads evaluating secure, decentralized oracle networks for their protocols.
Standard deployments for a production-ready, multi-party TSS oracle network take 4-6 weeks. This includes architecture design, smart contract development, node deployment, integration testing, and a final security audit. For simpler integrations with our managed service, you can be live in under 2 weeks.
ENQUIRY
Get In Touch
today.
Our experts will offer a free quote and a 30min call to discuss your project.
NDA Protected
Confidentiality24h Response
Time to ValueDirectly to Engineering Team
No Sales Fluff10+
Protocols Shipped
$20M+
TVL Overall