How MPC Wallets Ensure Secure Institutional Staking and Asset Management
                     
From Passive Custody
to Active Participation
Institutions are expanding 
beyond passive storage into 
dynamic
strategies:
• Staking to earn network 
rewards
• Delegating assets to 
validators
• Managing multi-chain 
asset flows
• Executing real-time 
treasury operations
Static, single-key wallet models 
are not built for this new 
operational tempo.
Why Legacy Wallet Architectures Fall 
Short
Single-Point Failure Risk Operational Bottlenecks
Compromising a single private key or Hardware-dependent models limit access 
device can compromise the entire asset and slow down approval processes.
set.
Poor Team Collaboration Limited Scalability
Inefficient for distributed teams managing Fails to provide a consistent security model 
assets across different regions. across a
multi-chain environment.
What is Multi-Party Computation 
(MPC)?
• A distributed Traditional MPC 
method for Wallet Wallet
Independent 
authorizing Share 1
blockchain Single 
• traThnesa pcrtiivoantse. key is split Secure Location
into multiple Independent '
independent shares. Share 2 "”“" 
• The key is never created “
or stored in a single 
location, not even during Independent Share .-‘"”"*”
signing. 3 “”*"
• This architecture eliminates 
the single point of failure Single Point of Distributed Security | No Single Point of 
inherent in traditional Failure Failure
wallets.
How MPC Architecture Delegate Assets
Secures Staking 
W• oStrakkinflg orewquisres frequent and sensitive 
on-chain interactions.
Withdraw Rewards
• MPC provides cryptographic protection 
for each distinct action in the staking 
lifecycle:
o Delegating assets to Rebalance Positions
validators Withdrawing 
network rewards
o Rebalancing positions 
Switch Validators
between protocols
o Switching validators
• Enterprises can engage in 
staking protocols with
confidence.
Eliminating Single- Traditional Wallet I 
Point Key Exposure Compromised
Thea
t 
• Traditional wallets Vecto
concentrate all signing r
authority in one vulnerable 
Assets 
private key. Lost
• MPC distributes signing 
authority MPC Wallet I 
across multiple independent Resilient
shares. Threa
t 
• The full private key is never Vecto
r
reconstructed during a Independe Independe Independent Share nt Share nt Share 
transaction. 1 2 3
Assets 
• A compromise of one share Secure
does not compromise the 
wallet's assets.
Enabling 
DApisptrroibvuatl efdor 
TGelaombasl
Londo
n
Allows multiple authorized 
operators, often in different New 
York
regions, to participate in 
transaction approvals. T r a n s a c t i o n s
No single operator is Singapore
exposed to sensitive key 
material.
Facirtates secure collaboration and 
atiics with enterprise separation-
of- duties models.
Adapting to a 
Multi- Network 
Ecosystem Ethereu Polygo
• Institutional strategies m n
increasingly span multiple 
blockchains like Ethereum, 
Polygon, and Solana.
• MPC architecture is chain-
agnostic by design. Unified Security 
• It provides a consistent and Layer
unified security model across Solan Other 
all networks, eliminating the a Networks
need to manage disparate 
wallet systems.
Scaling Without 
Rebuilding 
Security New Strategies
Fo ouEansilyd aaddt nieow nopserators, support 
new blockchains, and implement new New Blockchains
transaction patterns as operations 
expand.
O* New 
o The underlying distributed key Operators
architecture remains constant and 
secure. MPC Se u y Found at ‹o
o Supports long-term organizational 
growth without requiring a costly 
and complex security redesign.
ThankYo
u
www.liminalcustofiy.c
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