Janice Griffin Janice Griffin Productions

831-601-1462

Candid Camera Video

Bands & Shows

Children's Parties

Balloon Deliveries
& Decorations

Holiday Characters

Mystery Theatre

Prices

Singing Telegrams

Television and Media

Contact Us

Mystery Theatre

Section

The case of the floating diamonds.

Travel with our zany characters through mystery land while music plays and dancing is at hand. Good evening ladies and gentlemen and welcome to your favorite venue turned into a high class jazz club. Featuring the who dunnit band under the direction of the esteemed inspector Mr. Randolf Rake "Not Sam Spade or Mike Hammer". Rake is a world class inspector with the CDBC (central diamond busting agency).

Members of the who dunnit band are not only accomplished musicians bringing delightful music to your affair… but they are also fellow secret agents, making up the who dunnit band. What brings the who dunnit band to your (jazz club)?

Reports of thefts, stone replacements, and diamond shifting have caused great unrest among fine jewelry retailers. Recent reported diamond thefts unequal to those of the past have occurred in your club, if so who is the mastermind behind this new cartel and how are the diamonds being smuggled?

Join us now ladies and gentlemen as Inspector Rake and his who dunnit band and his undercover agents Rippin’ Rose lead us to solve the case of the floating diamonds. You will be delighted as Janice Griffin portrays several colorful characters throughout the mystery show promoting hilarious audience interaction.

Inspector Rake J.J. Silva, is a dynamically talented multi-instrumentalist who developed his crafts in New York City. Throughout the show he brings us a variety of instruments and instrumental interpretations as he also interacts with the who dunnit band.

Bring a concert, a dance, and an interactive show to your private or corporate party, or choose your own venue for an unforgettable night of mystery delight.

For more information on this dazzling package, please call us at 831-373-6967

Approximate time duration: 1 _ hours.