Blake Brannon

CEO

Atlanta, Georgia, United States19 yrs 1 mo experience

Most Likely To SwitchHighly Stable

Key Highlights

Led product strategy at OneTrust for Fortune 500 clients.
Transformed AirWatch from 10 to 2000+ employees.
Expert in AI governance and responsible data use.

Stackforce AI infers this person is a SaaS Product Strategy Leader with extensive experience in AI governance.

Contact

Skills

Core Skills

Product Strategy

Other Skills

Product ManagementWirelessMobile DevicesEnterprise MobilitySales Engineering

About

OneTrust, the AI-Ready Governance Platform™, enables innovation through the responsible use of data and AI. Trusted by over half of the Fortune 500, we help businesses govern well and move fast, turning responsible data use into a catalyst for growth.

Experience

Onetrust

2 roles

Chief Product & Strategy Officer

May 2021 – Present · 4 yrs 11 mos

Product ManagementProduct Strategy

Chief Technology Officer

Jul 2017 – May 2021 · 3 yrs 10 mos

As society redefines risk and opportunity, OneTrust empowers tomorrow’s leaders to succeed through trust and impact with the Trust Intelligence Platform. The market-defining Trust Intelligence Platform from OneTrust connects privacy, GRC, ethics, and ESG teams, data, and processes, so all companies can collaborate seamlessly and put trust at the center of their operations and culture by unlocking their value and potential to thrive by doing what’s good for people and the planet.
Learn more at OneTrust.com.

Airwatch by vmware

2 roles

Vice President Product Marketing

Promoted

Jan 2016 – Jun 2017 · 1 yr 5 mos

Global Director Sales Engineering

Jan 2008 – Jan 2016 · 8 yrs

Worked directly with the CEO/Founder to grow a 10 person company into 2000+ worldwide employees. Directly responsible for global SE team and helping drive product strategy.

Georgia institute of technology

Research Assistant

Jan 2007 – Dec 2007 · 11 mos

Research assistant for Dr. Ingram studying the network throughput for 802.11p vehicle to vehicle networks with overlapping channel allocations. Research consists of 802.11 MAC layer analysis using Markov chains to model the node behavior in the network.