Raft Technologies
Ultra-low Latency Wireless Network Solutions
Company Overview
Snapshot
Founded in April 2013 by Erez Loitner, Raft Technologies operates with 51–200 employees. The company has secured funding across one disclosed round from one investor. In February 2017, Raft Technologies received a Seed round investment from Scale-Up Venture Capital.
Business overview
Raft Technologies specializes in providing ultra-low latency wireless communication networks that connect major financial markets across continents. The company utilizes high-frequency (HF) radio signals and skywave propagation to establish direct, long-distance links, enabling data transmission over thousands of kilometers without relying on traditional undersea cables or satellite infrastructure. This technology offers significant latency advantages over fiber-optic networks, making it ideal for high-frequency and algorithmic trading firms that require minimal latency for transcontinental data exchange. Raft Technologies manages the entire communication stack, from network design to deployment and monitoring, serving the financial services sector, particularly capital markets and trading within investment and portfolio management.
Company Intelligence Q&A
- What is Raft Technologies' core offering?
- Raft Technologies provides ultra-low latency wireless communication networks that connect major financial markets globally, using high-frequency radio signals for data transmission.
- When was Raft Technologies founded?
- Raft Technologies was founded in April 2013.
- Who is a founder of Raft Technologies?
- Erez Loitner is a founder of Raft Technologies.
- Which industries does Raft Technologies serve?
- Raft Technologies primarily serves the financial services sector, including capital markets, financial institutions, and investment and portfolio management, with a focus on trading.
- What type of technology does Raft Technologies utilize?
- Raft Technologies leverages high-frequency (HF) radio signals and skywave propagation to create direct, long-distance communication links, offering latency advantages over traditional fiber-optic networks.