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Shivacha Digital AssetsWallet Infrastructure

Wallet Infrastructure

Backend infrastructure for wallets — indexing, balances, transaction building, notifications, pricing and APIs.

White-Label Crypto Wallet · Wallet

USD

1,240.00

USDC

860.50

EUR

310.20

ActivityRailAmount
Sent to @mayaP2P−25.00
Swap USD → USDCConversion200.00
Top-upCard+300.00
Illustrative interface · sample data

Overview

Every wallet relies on backend infrastructure: indexers for balances and history, transaction building and broadcasting, fee estimation, token metadata and pricing, notifications and security services. We build scalable wallet infrastructure that powers one wallet or many, with multi-chain support and high availability.

Common use cases

  • Wallet backendInfrastructure for a consumer wallet.
  • Wallet-as-a-serviceInfrastructure for multiple wallet products.
  • Exchange wallet servicesDeposit and withdrawal backends.
  • Embedded wallet backendInfrastructure for in-app wallets.

Quick answers

Wallet Infrastructure at a glance

The essentials in brief. Every project is scoped individually — ask us for specifics.

What is wallet infrastructure?
Backend infrastructure for wallets — indexing, balances, transaction building, notifications, pricing and APIs.
Who is it for?
Typically exchange operators, brokers, fintechs and Web3 companies launching trading, wallet, custody or on/off-ramp products.
What does Shivacha provide?
  • Balance & history indexing
  • Transaction services
  • Fee estimation
  • Token metadata & pricing
  • Notifications
  • Security services
Which technologies are used?
Account Abstraction, ERC-4337, MPC Cryptography, WalletConnect, Viem, Wagmi — chosen to fit your stack and constraints.
How does the process work?
Custody model → Account & key design → Wallet services → Client apps → Security testing.
What affects the cost?
  • White-label configuration vs custom modules
  • Number of assets, chains and trading pairs
  • Custody model and provider
  • Liquidity, fiat on/off-ramp and KYC integrations
  • Mobile apps and admin scope
  • Security testing and operational requirements
How long does it take?
White-label implementations typically take 2–5 weeks of software work depending on product and customisation; advanced custom platforms 4–8+ weeks. Licensing, banking, custody and liquidity partner onboarding run on their own timelines.
How do I get started?
Share a short brief in the form below, book a 30-minute call or message us on WhatsApp. A senior engineer replies within one business day; NDA on request.

Capabilities

What we deliver

Balance & history indexing

Fast, accurate account data.

Transaction services

Building, simulation and broadcasting.

Fee estimation

Accurate per-network fees.

Token metadata & pricing

Asset information and valuations.

Notifications

Push alerts for activity.

Security services

Risk scoring and phishing detection.

Architecture

Engineered right from day one

The layers we typically design for wallet infrastructure, adapted to your stack and partners.

  • Recovery without seed phrasesSocial recovery, MPC or passkeys where appropriate.
  • Transaction simulationUsers see what a transaction will do before signing.
  • Chain abstractionUnified balances and gas handling across networks.
  • Secure storagePlatform secure enclaves and hardware-backed keys.
Wallet Infrastructure · reference architecture
5Clients
Mobile walletBrowser extensionWeb appEmbedded SDK
4Account model
EOASmart accounts (ERC-4337)MultisigMPC
3Key management
Secure enclaveMPC sharesHSMRecovery
2Wallet services
Balances & historyTransaction buildingGas sponsorshipNotifications
1Chains
EVM networksSolanaBitcoin via partnersOthers

Delivery

How an engagement runs

  1. 1

    Custody model

    Custodial, non-custodial or hybrid — and who holds which key material.

  2. 2

    Account & key design

    Account type, key generation, storage and recovery flows.

  3. 3

    Wallet services

    Indexing, transaction building, simulation and fee management.

  4. 4

    Client apps

    Onboarding, asset views, send/receive, dApp connectivity.

  5. 5

    Security testing

    Threat modelling, penetration testing and recovery drills.

Security

Security built into delivery

Controls we apply by default on this kind of work — not a separate phase at the end.

Wallet segregation

Hot/cold tiers, withdrawal limits and approval quorums.

Custody integration

MPC, multisig or HSM-backed providers — keys never in application code.

Ledger reconciliation

Internal balances reconciled against on-chain and partner records.

Admin controls

Role-based access, maker-checker approvals and full audit trails.

Dedicated team

Web3 Product Team

Full-stack Web3 engineers for dApps, wallets and user-facing products.

FAQ

Frequently asked questions

Can one backend serve many wallets?

Yes, with multi-tenant design and per-tenant configuration.

How is balance accuracy ensured?

Through reorg-aware indexing, periodic reconciliation with node state and monitoring.

Custodial or non-custodial?

Custodial wallets suit regulated financial products and simpler onboarding, usually with a licensed custodian. Non-custodial wallets give users full control. Hybrid MPC and smart-account designs sit between the two.

What is account abstraction?

Account abstraction (notably ERC-4337) lets wallets be smart contracts, enabling features like gas sponsorship, batched transactions, spending limits, session keys and flexible recovery.

Next step

Discuss Your Launch.

Tell us about your wallet infrastructure requirements — goals, timeline and constraints. We will reply with questions, an approach and next steps.

  • Senior engineer reads every enquiry
  • Reply within one business day
  • NDA on request

Prefer to talk first?

Book a 30-minute call, or message the nearest team on WhatsApp.

Book a Call

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