Apostle, Inc.

MENLO PARK, CA · Founded 2017 · CIK 0001778899 · Software

AI-powered filmmaking and video production platform

apostle.io →
Grants
—
No SBIR or STTR on record
Sector median: 0
Raised
$3.3M
1 Form D · Jun 2019
88 months since last filing
Contracts
—
No federal contracts on record
Patents
14
0 granted · 14 pending
Sector median: 0

Capital Timeline

Federal above the line · equity below · node area scaled to amount
Capital and federal award history
DateEventSourceAmount
Private capital raisedForm D · SEC$3,333,333
Form D · SEC

Peer position

Software · 4096 companies · ranked on federal contract value
Software companies ranked by federal contract value
#CompanyContractsDisclosed equity
2056Quick Shot Corp—$240K
2057Dendritic Health AI, Inc.—$770K
2058NEXGENT Inc.—$18M
2059Apostle, Inc.—$3.3M
2060Elemental AG Corp——
2061Elicit Research, PBC—$11M
2062Occipital, Inc.—$41M

Ranked on federal contract value rather than capital raised. The equity column is the comparison worth making — companies at the same procurement position often sit at very different points in their funding history.

Founders & Team

From Form D filings · 4 related persons
  • William DaiDirector
  • Dongliang GeDirector · Executive Officer
  • Xin GuoDirector
  • Bo ZhangDirector · Executive Officer

Patents

USPTO · 0 granted of 14
  • Apparatuses Systems And Methods For Enrichment And Separation Of Nucleic Acids By Sizeapplication
  • Apparatuses Systems And Methods Using Core-shell-shell Magnetic Beadsapplication
  • Predicting Cancer-related Pathogenic Impact Of Somatic Mutations Using Deep Learning-based Methodsapplication
  • Magnetic Nanoparticleapplication
  • Apparatuses Systems And Methods For Enrichment And Separation Of Nucleic Acids By Sizeapplication
  • Method For Enrichment And Separation Of Short Nucleic Acids Fragment Fraction By Magnetic Bead-based Chemistryapplication
  • Surface-modified Core-shell-shell Structured Magnetic Bead And Its Application In Separation And Enrichment Of Biomolecules By Sizeapplication
  • Predicting Cancer-related Pathogenic Impact Of Somatic Mutations Using Deep Learning-based Methodsapplication
  • Magnetic Nanoparticleapplication
  • Predicting Cancer-related Pathogenic Impact Of Somatic Mutations Using Deep Learning-based Methodsapplication
  • Magnetic Nanoparticleapplication
  • Apparatuses Systems And Methods Using Core-shell-shell Magnetic Beadsapplication