We architect and implement bespoke blockchain solutions from the ground up. Our team delivers production-ready mainnets, sidechains, and L2 rollups with custom consensus mechanisms, tokenomics, and governance models. Go from concept to a live, secure network in as little as 8-12 weeks.
LABS
Services
Threshold Signature Scheme Oracle Implementation
We design and build secure oracle networks that use threshold signature schemes (TSS) for decentralized data aggregation and signing. Distribute trust among nodes to eliminate single points of failure and protect against data manipulation or MEV extraction.
Chainscore © 2026
overview
FULL-STACK INFRASTRUCTURE
Custom Blockchain Development
Build, deploy, and scale secure, high-performance blockchain networks tailored to your business logic.
We build for scale and sovereignty, ensuring your application isn't constrained by generic public chain limitations.
- Core Protocol Development: Custom
EVM-compatible chains,Substrate-based parachains, andCosmos SDKapp-chains. - Smart Contract Suite: Deploy a full suite of audited contracts for minting, staking, governance, and treasury management.
- Node Infrastructure: Managed validator sets, RPC endpoints, block explorers, and indexers with 99.9% uptime SLAs.
- Security First: Every line of code undergoes rigorous review, formal verification, and audit by partners like CertiK and Halborn.
key-features-cards
ENTERPRISE-GRADE INFRASTRUCTURE
Core Technical Capabilities of Our TSS Oracle Networks
Our TSS oracle networks are engineered for production-grade reliability, delivering secure, decentralized data feeds with cryptographic guarantees for DeFi, on-chain trading, and enterprise applications.
02
Sub-Second Data Finality
Receive signed, verifiable data on-chain in under 500ms. Our optimized node architecture and consensus mechanism ensure low-latency updates critical for high-frequency trading, liquidations, and real-time settlement.
< 500ms
Median Latency
99.9%
SLA
03
Decentralized Node Network
Operated by a permissioned set of independent, geographically distributed node operators with proven infrastructure expertise. This design ensures liveness and censorship resistance, moving beyond reliance on a single centralized oracle provider.
15+
Independent Operators
5+ Regions
Geographic Distribution
05
Gas-Optimized On-Chain Verification
Our signature aggregation and verification logic is designed for minimal gas consumption. We implement efficient elliptic curve operations (e.g., secp256k1) to keep transaction costs predictable and low for high-frequency data consumers.
< 80k gas
Avg. Verification Cost
06
Continuous Security Monitoring & SLAs
Proactive 24/7 monitoring, alerting, and incident response for the entire network. We provide formal Service Level Agreements covering uptime, latency, and data accuracy, backed by our team's experience securing billions in on-chain value.
99.9%
Uptime SLA
24/7
Security Ops
benefits
ENTERPRISE-GRADE ORACLE INFRASTRUCTURE
Business Outcomes: Secure, Reliable Data for Your Protocol
Our Threshold Signature Scheme (TSS) Oracle implementation delivers cryptographic security and operational resilience, transforming how your protocol interacts with the real world. Built for CTOs who prioritize data integrity and system uptime.
01
Cryptographic Data Integrity
Off-chain data is signed by a decentralized network of nodes using TSS, ensuring on-chain verification and eliminating single points of failure. Your protocol receives data with mathematically provable authenticity.
> 51%
Fault Tolerance
Zero
Single Points of Failure
02
High-Availability & Uptime SLA
Our geographically distributed node architecture guarantees data delivery. We provide a 99.9% uptime SLA for oracle services, ensuring your DeFi or prediction market protocol never stalls due to missing data.
99.9%
Uptime SLA
< 2s
Median Response Time
03
Reduced Operational Overhead
Eliminate the cost and complexity of building and securing your own oracle network. We manage node operations, key rotation, and security audits, freeing your team to focus on core protocol logic.
0
In-House Node Ops
24/7
Managed Monitoring
04
Regulatory & Audit Readiness
Our TSS implementation follows formal verification practices and is designed for compliance. We provide comprehensive audit trails for all data attestations, simplifying your security reviews and regulatory reporting.
Formal
Verification
Full
Attestation Trail
05
Multi-Chain & Custom Data Feeds
Deploy the same secure oracle logic across Ethereum, Solana, Avalanche, and other EVM/L1 chains. We support custom data aggregation for prices, sports, weather, and any verifiable off-chain event.
10+
Supported Chains
Custom
Feed Design
06
Rapid Integration & Time-to-Market
Get a production-ready TSS Oracle deployed for your protocol in weeks, not months. Our modular SDKs and clear documentation accelerate integration, allowing you to launch new features faster.
< 4 weeks
To Production
Modular
SDK & APIs
Architectural Comparison
TSS Oracle vs. Traditional Oracle Architectures
A technical breakdown comparing the security, performance, and operational characteristics of modern Threshold Signature Scheme (TSS) oracles against traditional multi-sig and single-source models.
| Architecture Feature | Traditional Multi-Sig Oracle | Single-Source Oracle | Chainscore TSS Oracle |
|---|---|---|---|
Signing Key Security | Distributed (n-of-m keys) | Centralized (single key) | Distributed (threshold signature) |
Attack Surface | High (multiple on-chain txs) | Very High (single point of failure) | Low (single aggregated signature) |
On-Chain Gas Cost | High | Low | Low |
Latency to On-Chain Update | High (sequential signing) | Low | Low (parallel signing) |
Decentralization Trust Model | m-of-n honest signers | 1-of-1 trusted entity | t-of-n honest signers |
Cryptographic Agility | Limited (ECDSA/EdDSA) | Limited | High (supports BLS, ECDSA, more) |
Implementation & Maintenance Overhead | High | Medium | Low (managed service) |
Typical Time to Production | 3-6 months | 1-2 months | 4-8 weeks |
how-we-deliver
A PROVEN 6-STEP FRAMEWORK
Our Implementation Process: From Design to Mainnet
We deliver production-ready Threshold Signature Scheme (TSS) oracles through a structured, transparent process designed for security, speed, and seamless integration.
01
Architecture & Protocol Design
We design a custom TSS architecture tailored to your consensus mechanism (e.g., Dfinity, Aptos Move) and threat model. This includes defining key generation ceremonies, signature protocols (GG18/20), and network topology.
2-4 days
Design Sprint
3+ Protocols
Supported
02
Smart Contract & Node Development
Our engineers develop the on-chain verifier contracts (Solidity/Rust) and the off-chain TSS node software. We implement MPC libraries like Multi-Party ECDSA with rigorous input validation and error handling.
OpenZeppelin
Security Base
Rust/Solidity
Core Languages
03
Security Audit & Formal Verification
Every component undergoes internal review and external audit by partners like Trail of Bits or Quantstamp. We provide a formal verification report for the cryptographic protocols and contract logic.
2+ Audits
Per Component
0 Critical
Guarantee Post-Audit
04
Testnet Deployment & Simulation
We deploy the full oracle stack to a designated testnet (e.g., Sepolia, Arbitrum Goerli) and execute comprehensive load and fault simulations, including node failure and adversarial scenarios.
> 10k TPS
Load Tested
99.99%
Simulated Uptime
05
Mainnet Launch & Key Ceremony
We manage the secure, distributed key generation ceremony and coordinate the mainnet deployment. Our team provides live monitoring and support during the critical launch window.
24/7
Launch Support
< 4 hrs
Ceremony Duration
06
Monitoring, Maintenance & SLAs
Post-launch, we provide a dedicated dashboard, alerting, and incident response. We offer SLAs for uptime (99.9%), signature latency (<2s), and security patch deployment (<24 hrs).
99.9%
Uptime SLA
< 2 sec
Signature Latency
security-approach
FULL-STACK INFRASTRUCTURE
Custom Blockchain Development
Build, deploy, and scale custom blockchain networks and applications with production-ready architecture.
We architect and implement bespoke blockchain solutions from the protocol layer up. Our team delivers fully audited smart contracts, high-performance nodes, and secure wallet integrations tailored to your specific use case—whether it's a private consortium chain, a new L2, or a complex DeFi protocol.
- Core Protocol Development: Custom
EVM-compatible chains,Substrate-based networks, andCosmos SDKapp chains. - Smart Contract Suite:
Solidity/Rustdevelopment with formal verification and third-party audit coordination. - Node Infrastructure: Managed validators, RPC endpoints, and indexers with 99.9% uptime SLAs.
- Full-Stack Integration: Seamless APIs,
web3.js/ethers.jsfrontends, and backend services.
We focus on security-first development and maintainer-ready code, ensuring your network launches successfully and operates reliably at scale. Typical delivery for a core MVP is 6-8 weeks.
Implementation Details
Frequently Asked Questions on TSS Oracle Implementation
Get clear answers on timelines, security, and process for integrating a secure, decentralized Threshold Signature Scheme Oracle.
A standard TSS Oracle implementation takes 2-4 weeks from kickoff to mainnet deployment. This includes architecture design, smart contract development, node setup, and comprehensive security testing. Complex multi-chain deployments or custom signing logic may extend this timeline, which we scope and quote for upfront.
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