NEW GEN BLOCKCHAIN ECOSYSTEM
Build Smarter. Scale Faster. On DSC.
Build Smarter. Scale Faster. On DSC.
Build Smarter. Scale Faster. On DSC.
The next-gen zkEVM Layer-1 for low-fee, high-throughput dApps, DeFi, and payments.
WE ANALYZE YOUR DATA
We discover what to automate across wallets, DEXs, and DeFi, define your audience, and deliver end-to-end builds that go live.
Built for Real-World Scale
Everything you need to automate, optimize, and scale
Low Fees, High Throughput
Low predictable fees; high throughput keeps transactions smooth during peaks.
Low Fees, High Throughput
Low predictable fees; high throughput keeps transactions smooth during peaks.
Low Fees, High Throughput
Low predictable fees; high throughput keeps transactions smooth during peaks.
Fast Settlement
Seconds-fast finality reduces risk; instant UX for payments, DeFi, NFTs.
Fast Settlement
Seconds-fast finality reduces risk; instant UX for payments, DeFi, NFTs.
Fast Settlement
Seconds-fast finality reduces risk; instant UX for payments, DeFi, NFTs.
zkEVM Compatible
EVM compatible: deploy Solidity/Vyper; familiar tools; no rewrites, vendor lock-in.
zkEVM Compatible
EVM compatible: deploy Solidity/Vyper; familiar tools; no rewrites, vendor lock-in.
zkEVM Compatible
EVM compatible: deploy Solidity/Vyper; familiar tools; no rewrites, vendor lock-in.
SERVICES
EVM-Native Services, Composable by Design
End-to-end infrastructure for trustless automation and protocol growth
Cost Management
Payment reminder
Employee Tracking
Social media post
On-Chain Automations
Smart-contract triggers via keepers/cron; execute swaps, payouts, rebalances, liquidations.
Cost Management
Payment reminder
Employee Tracking
Social media post
On-Chain Automations
Smart-contract triggers via keepers/cron; execute swaps, payouts, rebalances, liquidations.
Cost Management
Payment reminder
Employee Tracking
Social media post
On-Chain Automations
Smart-contract triggers via keepers/cron; execute swaps, payouts, rebalances, liquidations.
Programmable Workflows
Atomic multicalls and cross-chain messaging; event-driven state machines coordinating contracts.
Programmable Workflows
Atomic multicalls and cross-chain messaging; event-driven state machines coordinating contracts.
Programmable Workflows
Atomic multicalls and cross-chain messaging; event-driven state machines coordinating contracts.
Research anything...
Research
Software & App Industry
UX & UI Design Industry
High Converting Customer
On-Chain Observability
Block/mempool telemetry, event logs, subgraphs, and oracle feeds with anomaly alerts.
Research anything...
Research
Software & App Industry
UX & UI Design Industry
High Converting Customer
On-Chain Observability
Block/mempool telemetry, event logs, subgraphs, and oracle feeds with anomaly alerts.
Research anything...
Research
Software & App Industry
UX & UI Design Industry
High Converting Customer
On-Chain Observability
Block/mempool telemetry, event logs, subgraphs, and oracle feeds with anomaly alerts.
Code
1
2
3
4
5
Custom Agents & Relayers
Keeper bots, nonce-safe executors, MEV-aware searchers; gas-optimized, EOA/multisig ready.
Code
1
2
3
4
5
Custom Agents & Relayers
Keeper bots, nonce-safe executors, MEV-aware searchers; gas-optimized, EOA/multisig ready.
Code
1
2
3
4
5
Custom Agents & Relayers
Keeper bots, nonce-safe executors, MEV-aware searchers; gas-optimized, EOA/multisig ready.
Protocol & Network Strategy
Tokenomics, staking/governance, bridge architecture, RPC/validator topology, audit readiness.
Protocol & Network Strategy
Tokenomics, staking/governance, bridge architecture, RPC/validator topology, audit readiness.
Protocol & Network Strategy
Tokenomics, staking/governance, bridge architecture, RPC/validator topology, audit readiness.
FEATURES
All primitives in one stack
Everything required to automate on-chain operations and maximize protocol throughput.
Deployment Tooling
Hardhat/Foundry CI, proxy/immutable builds, canary upgrades.
Deployment Tooling
Hardhat/Foundry CI, proxy/immutable builds, canary upgrades.
Deployment Tooling
Hardhat/Foundry CI, proxy/immutable builds, canary upgrades.
Security Controls
Pausers, circuit breakers, rate limits, fuzz + unit tests.
Security Controls
Pausers, circuit breakers, rate limits, fuzz + unit tests.
Security Controls
Pausers, circuit breakers, rate limits, fuzz + unit tests.
Interoperability
Bridges, light clients, cross-chain calls, token portals.
Interoperability
Bridges, light clients, cross-chain calls, token portals.
Interoperability
Bridges, light clients, cross-chain calls, token portals.
Keys & Custody
EOA, multisig, threshold wallets; rotation and recovery.
Keys & Custody
EOA, multisig, threshold wallets; rotation and recovery.
Keys & Custody
EOA, multisig, threshold wallets; rotation and recovery.
Performance & Cost
Storage packing, gas-optimized libs, batched transactions, predictable fees.
Performance & Cost
Storage packing, gas-optimized libs, batched transactions, predictable fees.
Performance & Cost
Storage packing, gas-optimized libs, batched transactions, predictable fees.
Liquidity Primitives
AMMs, auctions, order books; oracle-aware pricing circuits.
Liquidity Primitives
AMMs, auctions, order books; oracle-aware pricing circuits.
Liquidity Primitives
AMMs, auctions, order books; oracle-aware pricing circuits.
PROCESS
Our Simple & Smart Process
Our Simple & Smart Process
Everything you need to collaborate, create, and scale, all in one place.
STEP 1
STEP 2
STEP 3
01
Protocol Design
Map on-chain user journeys, define deterministic state machines, model permissions with RBAC and EIP-712 signatures, blueprint an upgrade path using proxies, timelocks, versioning, and governance quorums for safe, auditable evolution.
STEP 1
STEP 2
STEP 3
01
Protocol Design
Map on-chain user journeys, define deterministic state machines, model permissions with RBAC and EIP-712 signatures, blueprint an upgrade path using proxies, timelocks, versioning, and governance quorums for safe, auditable evolution.
STEP 1
STEP 2
STEP 3
01
Protocol Design
Map on-chain user journeys, define deterministic state machines, model permissions with RBAC and EIP-712 signatures, blueprint an upgrade path using proxies, timelocks, versioning, and governance quorums for safe, auditable evolution.
Operating Models
Operating Models
Choose a plan that fits your goals and scale as you grow
Choose a plan that fits your goals and scale as you grow
Self-Hosted
Your validators/RPC gateways
Key custody & policy engine
Custom networking + peering
Full observability pipelines
DEX & Liquidity Stack
AMM/auction templates, router
LP rewards, staking, vesting
TWAP oracles, circuit breakers
Liquidation & rebalance keepers
RWA Tokenization & Attestations
ERC-20/721 with transfer restrictions
Custody/PoR attester oracles
IPFS/Arweave notarized documents
Redemption & compliance workflows
Self-Hosted
Your validators/RPC gateways
Key custody & policy engine
Custom networking + peering
Full observability pipelines
DEX & Liquidity Stack
AMM/auction templates, router
LP rewards, staking, vesting
TWAP oracles, circuit breakers
Liquidation & rebalance keepers
RWA Tokenization & Attestations
ERC-20/721 with transfer restrictions
Custody/PoR attester oracles
IPFS/Arweave notarized documents
Redemption & compliance workflows
FAQ'S
Frequently Asked Questions
Find quick answers to the most common support questions
Still Have Questions?
Still have questions? Feel free to get in touch with us today!
What types of processes can you automate?
Keepers trigger swaps, staking, payouts, rebases, liquidations, NFT mints; multicalls coordinate multi-step flows across contracts and chains.
Do I need Solidity/blockchain expertise?
No. We spec, write, test, and deploy contracts and bots; you operate through dashboards and runbooks.
Can you integrate with our existing tools?
Yes—SDKs, webhooks, subgraphs, REST/CSV. Connect wallets, custodians, CRMs, billing, and analytics.
How long does implementation take?
Pilot 1–2 weeks; production with audit/governance 3–6 weeks, scope-dependent.
Is it secure and compliant?
Audited patterns, unit/fuzz tests, multisig + timelocks, circuit breakers; GDPR-ready data minimization and optional KYC/sanctions oracles.
FAQ'S
Frequently Asked Questions
Find quick answers to the most common support questions
Still Have Questions?
Still have questions? Feel free to get in touch with us today!
What types of processes can you automate?
Keepers trigger swaps, staking, payouts, rebases, liquidations, NFT mints; multicalls coordinate multi-step flows across contracts and chains.
Do I need Solidity/blockchain expertise?
No. We spec, write, test, and deploy contracts and bots; you operate through dashboards and runbooks.
Can you integrate with our existing tools?
Yes—SDKs, webhooks, subgraphs, REST/CSV. Connect wallets, custodians, CRMs, billing, and analytics.
How long does implementation take?
Pilot 1–2 weeks; production with audit/governance 3–6 weeks, scope-dependent.
Is it secure and compliant?
Audited patterns, unit/fuzz tests, multisig + timelocks, circuit breakers; GDPR-ready data minimization and optional KYC/sanctions oracles.
FAQ'S
Frequently Asked Questions
Find quick answers to the most common support questions
Still Have Questions?
Still have questions? Feel free to get in touch with us today!
What types of processes can you automate?
Do I need Solidity/blockchain expertise?
Can you integrate with our existing tools?
How long does implementation take?
Is it secure and compliant?
COMPARISON
Difference b/w Dsc and legacy chains
See how we compare against others in performance, growth
See how we compare against others in performance, growth
Role-scoped RPC keys, sanctions oracles.
Fast finality, deterministic confirmations.
Native keepers, batched multicall automation.
Governed upgrades with timelocks.
MEV-aware inclusion and backrun protection.
Others
Basecoin-only gas; fee spikes.
Off-chain bots and cron glue
Ad-hoc upgrades; weak governance.
Unpacked storage, unbatched transactions
pp-level bridges, inconsistent standards.
OUR AMAZING PRODUCTS
Ecosystem
Everything you need to collaborate, create, and scale, all in one place.
