Traditional networks are notorious for being expensive, static and taking months to deploy. Such a legacy convention will be unacceptable for a blockchain-enabled network. To be successful, a blockchain transport layer will need low-cost public Internet links that can be deployed with reliability and always available to all users. Because of its real-time application performance and predictability service assurance, SD-WANs will likely play an important role in future blockchain deployments.

1. Is there a future for
Blockchain-enabled SD-WANs?
@AtchisonFrazer

2. Blockchain is a digital ledger technology, in which Bitcoin
and other cryptocurrency transactions are recorded
chronologically and transparently.

3. Secure, Reliable
Transport
To run successfully, Blockchain needs:
Low-cost
Internet links
Publicly visible,
always on network
Real-Time
Performance

5. Blockchain + SD-WAN
• Lower transaction cost
• Edge network high availability
• Faster processing times
• Logging packet-level flow data
• Mitigating risk to audit
and regulatory impact

6. Similar to
Blockchain, Talari
SD-WAN instantiates
its own “blocks”
• Measures latency, congestion
• Assures best QoE standards
• Reserves, distributes bandwidth liquidity
• Intelligently prioritizes peak transaction performance
• Delivers cost optimization advantages over MPLS vs WWW bits

7. With SD-WAN With out SD-WAN
Transaction Time: +60
minutes
<1second
Transaction Time:
Top Quality of
Experience
Unpredictable
Process
ExpensiveCost-Efficient

8. https://www.linkedin.com/pulse/future-blockchain-enabled-sd-wans-atchison-frazer/
• Talari’s software-defined wide area
network (SD-WAN) augments costly MPLS
bandwidth, displaces legacy devices
• Continuous unidirectional quality
measurement of packets, per packet,
and associated bandwidth utilization
• Intelligently makes optimal WAN-path
selections to circumvent network
problems with subsecond speed
Talari SD-WAN

9. Call us
(855) 467-3926 www.talari.com
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