Max is editor of Inside Market Data and Inside Data Management.
Max joined then-Risk Waters Group (prior to its acquisition by Incisive Media) in 2000, and has worked as a reporter on Risk Magazine, FX Week, Trading Technology Week (now Sell-Side Technology) and Buy-Side IT (now Buy-Side Technology), before joining IMD as European reporter in 2003. He moved to New York as US reporter in 2005, and became editor in 2006.
Max lives in Astoria, New York with his wife and twin girls, and enjoys playing rock music, wine tastings, and market data.
Burton-Taylor's annual sentiment survey shows record levels of optimism in some areas for 2018 with slight contractions next year. Max Bowie reports on the trends reported by survey respondents.
Do you know your APA from your CDO? Max summarizes the topics covered in this month's issue of Inside Data Management.
Using artificial intelligence and machine learning will help make Thomson Reuters News Check tool more accurate in identifying relationships between events and individuals.
Versen has spent almost 30 years in product and digital marketing and management roles at network and technology providers, and marketing agencies.
Pinn will bring his expertise of KYC, financial crime and risk intelligence to the cryptocurrency arena.
Applying the principles of analyzing body language to corporate behavior can yield insights into a company’s health or strategies. But what reliable datasets exist in this area, and how effective are they?
The former Bloomberg veteran will help vendors focus on "product vision."
The new PoP in Warsaw's Altman datacenter will allow clients to co-locate in the same facility as the Warsaw Stock Exchange and local market participants.
The RSU-GoldenSource service will allow participating German regional banks to use a multi-tenant, shared model to serve the needs of most of their reference pricing data.
Officials say Scibor-Kaminski will be instrumental in the development of original alternative data products.
The conflation feature will help clients sent more data than previously possible over ultra-low latency microwave networks.