KA

Kendall Ananyi

CEO of TIZETI

Menlo Park, California

Overview 

Kendall Ananyi is the CEO at Tizeti, overseeing the company's growth and strategic direction. With a background in software engineering and project management, Kendall has successfully founded Tizeti Network Limited and made impactful investments in companies like Paystack, which was later acquired by Stripe. Kendall's career highlights include founding Tizeti Network Limited and making strategic investments in promising startups, showcasing a strong track record of entrepreneurship and successful business ventures. Currently serving as the CEO at Tizeti, Kendall leads the company with a focus on growth and innovation in the technology sector.

Work Experience 

T

TIZETI

  • CEO

    2017 - Current

PF

Pioneer Fund

  • Senior Venture Partner

    2018

P

Paystack

  • Angel Investor (Exited to Stripe)

    2016 - 2021

E

ExxonMobil

  • Lead Project Engineer

    2012 - 2016

    Lead Project Engineer - Pigging Facilities and Gaslift Program Lead Project Engineer Offshore Construction and Installation Program

  • Electrical and Instrumentation Engineer

    2009 - 2012

TN

Tizeti Network Limited (wifi.com.ng)

  • Founder

    2012 - 2015

M

Microsoft

  • Software Design Engineer in Test

    2008 - 2009

    SDET with Microsoft Advertiser and Publishing Solutions group

Microsoft Advertising provides digital advertising solutions.

about.ads.microsoft.com
F

FINCAD

  • Financial Software Engineer (Web Services)

    2007 - 2008

    Designed, documented implemented software programs for FINCAD's web services products. Participated in the continual improvement of the development processes and procedures implemented at FINCAD to improve the quality and efficiency of the department.

Uo

University of Victoria

  • Research Assistant

    2004 - 2006

    Modification of existing Elliptic Curve Cryptographic algorithms C and RTL (verilog) coding of functional units using Xilinx ISE and documentation of code. Design of different 521 bit modular adder/subtracter unit for comparison of various techniques used in modular addition Design of fast 521-bit multiplier and 521 bit modular reduction circuit without use of modular adder. Design of 521 bit modular inverter (modified classic GCD inversion algorithm to allow concurrent execution) Simulation and verification of functionality of modules.

P

PricewaterhouseCoopers

  • Experienced Associate

    2005 - 2006

P

PricewaterhouseCoopers

  • Associate

    2003 - 2004

Education 

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